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[]
[null,"CARACTERÍSTICAS DE LA UBICACIÓN",null,null,null,null,null,null,null,null,"CARACTERÍSTICAS DEL ELEMENTO"]
[]
[null,null,"Comunidad Autónoma",null,null,null,null,null,null,null,null,"Grupo de material",null,null,"Material",null,null,null,null,null,null,null,null,null,"Espesor\n(m)","Espesor de cálculo\n(m)","Conductividad térmica\n(W/mK)","Resistencia térmica\n(m²K/W)","Factor μ","Sd\n(m)"]
[]
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[null,null,"Datos de partida:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y16,(VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y16,(VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z16/$AA16),(VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z16/$AA16),(VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O16,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,"Zona climática",null,"Altitud (m)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y17,(VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y17,(VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z17/$AA17),(VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z17/$AA17),(VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O17,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y18,(VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y18,(VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z18/$AA18),(VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z18/$AA18),(VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O18,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,{"$f":"IFERROR((VLOOKUP($C$11,Tabla1[[Población]:[HRext Enero\n(tanto por 1)]],2,FALSE)),\"\")","v":""},null,{"$f":"IFERROR((VLOOKUP($C$11,Tabla1[[Población]:[HRext Enero\n(tanto por 1)]],7,FALSE)),\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y19,(VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y19,(VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z19/$AA19),(VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z19/$AA19),(VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O19,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y20,(VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y20,(VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z20/$AA20),(VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z20/$AA20),(VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O20,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,"Temperatura exterior\nmedia en Enero (ºC)",null,"Temperatura interior\nconsiderada (ºC)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y21,(VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y21,(VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z21/$AA21),(VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z21/$AA21),(VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O21,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y22,(VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y22,(VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z22/$AA22),(VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z22/$AA22),(VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O22,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
[null,null,{"$f":"IFERROR((VLOOKUP($C$11,Tabla1[[Población]:[HRext Enero\n(tanto por 1)]],9,FALSE)),\"\")","v":""},null,{"$f":"IF(C19=\"\",\"\",20)","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y23,(VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y23,(VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z23/$AA23),(VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z23/$AA23),(VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O23,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
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[null,null,"Humedad relativa exterior\nen Enero (tanto por 1)",null,"Humedad relativa interior\n(tanto por 1)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF((IFERROR((IF((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y25,(VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE))=0,$Y25,(VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],2,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],3,FALSE)),\"\")))","v":""},{"$f":"IF((IFERROR((IF((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z25/$AA25),(VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\"))=0,\"\",(IFERROR((IF((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE))=0,($Z25/$AA25),(VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],4,FALSE)))),\"\")))","v":""},{"$f":"IF((IFERROR((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\"))=0,\"\",(IFERROR((VLOOKUP($O25,T_BaseDatos[[Material]:[Factor de resistencia a la\ndifusión del vapor de agua]],7,FALSE)),\"\")))","v":""},""]
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[]
[]
[null,"RESUMEN\nCERRAMIENTO",null,null,null,"COMPROBACIÓN DE CONDENSACIÓN SUPERFICIAL",null,null,null,null,null,null,null,null,null,null,null,"COMPROBACIÓN DE CONDENSACIONES INTERSTICIALES"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Elemento",null,null,null,null,null,null,null,"Presión de saturación\n(Pa)","Presión del vapor\n(Pa)","Condensación"]
[null,null,"Tipo de cerramiento",null,null,null,"Factor de temperatura de la\nsuperficie interior mínimo\nfRsi,min",null,null,null,null,null,null,{"$f":"IF(OR(E27=\"\",C19=\"\"),\"\",INDEX(AUXILIAR!B3:H5,AUXILIAR!K2,AUXILIAR!K3))","v":""}]
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[null,null,"Resistencia térmica\nmateriales (m²K/W)",null,null,null,"Factor de temperatura\nde la superficie interior\nfRsi",null,null,null,null,null,null,{"$f":"IF(C56=\"\",\"\",(1-(C56*0.25)))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S37<>0,(VLOOKUP(S37,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S38<>0,(VLOOKUP(S38,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,{"$f":"IF((SUM($AB$6:$AB$27))=0,\"\",(SUM($AB$6:$AB$27)))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S39<>0,(VLOOKUP(S39,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S40<>0,(VLOOKUP(S40,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,"Rse\n(m²K/W)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S41<>0,(VLOOKUP(S41,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,null,{"$f":"CONCATENATE(\"fRsi\",(IF(N33<N37,\" > \",\" < \")),\"fRsi,min\")","v":"fRsi < fRsi,min"},null,null,null,null,null,null,{"$f":"IF(OR(N33=\"\",N37=\"\"),\"\",(IF(N33<N37,\"NO CONDENSA\",\"CONDENSA\")))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S42<>0,(VLOOKUP(S42,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,{"$f":"IFERROR((VLOOKUP($C$35,Tabla4[],2,FALSE)),\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S43<>0,(VLOOKUP(S43,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S44<>0,(VLOOKUP(S44,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
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[null,null,"Resistencia térmica\ntotal (m²K/W)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S49<>0,(VLOOKUP(S49,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
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[null,null,"Transmitancia térmica\n\"U\" (m²K/W)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S54<>0,(VLOOKUP(S54,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
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[null,null,{"$f":"IFERROR((ROUND((IF((1/$C$51)=0,\"\",(1/$C$51))),2)),\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S56<>0,(VLOOKUP(S56,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,"Actualización: Marzo 2023",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$I$14:$O$37,4,FALSE)),\"\")),\"\")),(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$A$14:$G$37,4,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$I$14:$O$37,6,FALSE)),\"\")),\"\")),(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$A$14:$G$37,6,FALSE)),\"\")),\"\")))","v":""},{"$f":"IF($C$35=\"SUELO\",(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$I$14:$O$37,7,FALSE)),\"\")),\"\")),(IFERROR((IF(S57<>0,(VLOOKUP(S57,AUXILIAR!$A$14:$G$37,7,FALSE)),\"\")),\"\")))","v":""}]
[null,null,null,null,null,"José Carlos Merino Izquierdo"]

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["Comunidad\nAutónoma","Provincia","Población","Zona","Zona\nClimática","Latitud N","Longitud W","Coordenadas","Altitud\n(m)","Península","Text media Enero\n(ºC)","HRext Enero\n(tanto por 1)","Psat\n(Pa)","Pe\n(Pa)"]
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["Andalucía","Córdoba","Villafranca de Córdoba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"B"},"B4",37.963592800000001,-4.5442713000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"37,9635928, -4,5442713"},144,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":9.1999999999999993},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1163.05},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":953.7}]
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["Andalucía","Córdoba","Villanueva del Duque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.3939661,-4.9981321999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,3939661, -4,9981322"},584,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":859.77}]
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["Aragón","Huesca","Albalate de Cinca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.722639100000002,0.1460881,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7226391, 0,1460881"},188,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Albelda",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.848036200000003,0.46221430000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8480362, 0,4622143"},361,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
["Aragón","Huesca","Albero Alto",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.051405199999998,-0.3362038,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0514052, -0,3362038"},442,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":686.73}]
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["Aragón","Huesca","Alberuela de Tubo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.909354499999999,-0.213368,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9093545, -0,213368"},352,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
["Aragón","Huesca","Alcalá de Gurrea",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.067959700000003,-0.68394650000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0679597, -0,6839465"},461,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":685.54}]
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["Aragón","Huesca","Alfántega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.829865599999998,0.14855099999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8298656, 0,148551"},210,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Almunia de San Juan",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.937615299999997,0.2462694,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9376153, 0,2462694"},349,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
["Aragón","Huesca","Almuniente",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.9509057,-0.41096680000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9509057, -0,4109668"},337,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Aragüés del Puerto",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.707040800000001,-0.67008889999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7070408, -0,6700889"},970,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":576.20000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":576.20000000000005}]
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["Aragón","Huesca","Castelflorite",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.805009499999997,-2.0871799999999999E-2,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8050095, -0,0208718"},310,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Poleñino",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.870660100000002,-0.30890659999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8706601, -0,3089066"},296,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Puebla de Castro, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.145297100000001,0.2887072,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1452971, 0,2887072"},649,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.76}]
["Aragón","Huesca","Puente de Montañana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.1510392,0.69531989999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1510392, 0,6953199"},540,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.62}]
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["Aragón","Huesca","Puértolas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.548998900000001,0.13392100000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5489989, 0,133921"},1160,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":491.74},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":491.74}]
["Aragón","Huesca","Pueyo de Araguás, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.442117600000003,0.16299449999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4421176, 0,1629945"},699,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":684.13}]
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["Aragón","Huesca","Salas Altas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.116101100000002,7.1885599999999994E-2,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1161011, 0,0718856"},513,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":686.08}]
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["Aragón","Huesca","San Miguel del Cinca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.852294100000002,0.13069169999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8522941, 0,1306917"},235,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Santa Cilia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.5615813,-0.71315070000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5615813, -0,7131507"},649,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.76}]
["Aragón","Huesca","Santa Cruz de la Serós",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.524774800000003,-0.67407709999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5247748, -0,6740771"},788,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":661.14},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":661.14}]
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["Aragón","Huesca","Torrente de Cinca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.474574599999997,0.33542379999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4745746, 0,3354238"},109,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Torres de Barbués",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.9612634,-0.43105870000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9612634, -0,4310587"},350,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Valle de Bardají",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.435981099999999,0.46584179999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4359811, 0,4658418"},820,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":646.97},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":646.97}]
["Aragón","Huesca","Valle de Hecho",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.739688200000003,-0.74912460000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7396882, -0,7491246"},833,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":642.30999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":642.30999999999995}]
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["Aragón","Huesca","Velilla de Cinca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.587669300000002,0.26180199999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5876693, 0,261802"},125,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Vicién",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.057357500000002,-0.43939149999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0573575, -0,4393915"},394,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Villanueva de Sigena",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.716456999999998,-9.3436000000000005E-3,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,716457, -0,0093436"},231,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Huesca","Zaidín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.605048699999998,0.26550620000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6050487, 0,2655062"},155,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":683.02}]
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["Aragón","Teruel","Martín del Río",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.8455358,-0.89571500000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8455358, -0,895715"},909,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Teruel","Mazaleón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.051544300000003,0.1039249,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0515443, 0,1039249"},359,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Teruel","Monreal del Campo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.788030399999997,-1.3594847999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7880304, -1,3594848"},939,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Teruel","Monteagudo del Castillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.458179999999999,-0.81646200000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,45818, -0,816462"},1451,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":571.44000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":571.44000000000005}]
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["Aragón","Teruel","San Agustín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.060729000000002,-0.69028480000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,060729, -0,6902848"},959,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
["Aragón","Teruel","San Martín del Río",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.067640900000001,-1.386115,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0676409, -1,386115"},781,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Teruel","Santa Eulalia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.567560999999998,-1.3125537,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,567561, -1,3125537"},964,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Teruel","Torrecilla del Rebollar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.911015200000001,-1.0705446999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9110152, -1,0705447"},1142,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":576.46}]
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["Aragón","Teruel","Torres de Albarracín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.428662899999999,-1.5308071000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4286629, -1,5308071"},1228,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":578.38}]
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["Aragón","Teruel","Villastar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.282230400000003,-1.1508826999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2822304, -1,1508827"},858,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.72},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":577.07000000000005}]
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["Aragón","Zaragoza","Ainzón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.817442499999999,-1.5185185000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8174425, -1,5185185"},429,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.44}]
["Aragón","Zaragoza","Aladrén",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.250165899999999,-1.1548775,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2501659, -1,1548775"},783,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":628.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":628.5}]
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["Aragón","Zaragoza","Alarba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.205871399999999,-1.6117111,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2058714, -1,6117111"},844,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":600.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":600.51}]
["Aragón","Zaragoza","Alberite de San Juan",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.821313099999998,-1.470269,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8213131, -1,470269"},376,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.03}]
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["Aragón","Zaragoza","Alborge",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.335913900000001,-0.35638130000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3359139, -0,3563813"},156,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
["Aragón","Zaragoza","Alcalá de Ebro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.815951300000002,-1.1941022999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8159513, -1,1941023"},223,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":934.63},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.67}]
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["Aragón","Zaragoza","Alconchel de Ariza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.205300700000002,-2.1209896000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2053007, -2,1209896"},896,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":576.20000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":576.20000000000005}]
["Aragón","Zaragoza","Aldehuela de Liestos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.0653091,-1.7003603,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0653091, -1,7003603"},985,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":534.66999999999996},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":534.66999999999996}]
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["Aragón","Zaragoza","Alfamén",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.440227700000001,-1.2422631,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4402277, -1,2422631"},447,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
["Aragón","Zaragoza","Alforque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.330693099999998,-0.38407330000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3306931, -0,3840733"},164,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Almochuel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.281018500000002,-0.54950659999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2810185, -0,5495066"},275,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
["Aragón","Zaragoza","Almolda, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.554448899999997,-0.2098536,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5544489, -0,2098536"},491,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":716.83}]
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["Aragón","Zaragoza","Almonacid de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.398182300000002,-1.3217441000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3981823, -1,3217441"},598,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.57}]
["Aragón","Zaragoza","Almunia de Doña Godina, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.478186800000003,-1.3735743,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4781868, -1,3735743"},366,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.65}]
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["Aragón","Zaragoza","Aranda de Moncayo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.578804599999998,-1.7908748999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5788046, -1,7908749"},907,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":571.44000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":571.44000000000005}]
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["Aragón","Zaragoza","Ariza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.312877100000001,-2.0562304999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3128771, -2,0562305"},763,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
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["Aragón","Zaragoza","Badules",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.140009599999999,-1.2530452000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1400096, -1,2530452"},919,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":566.72},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":566.72}]
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["Aragón","Zaragoza","Balconchán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.088460699999999,-1.4594176000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0884607, -1,4594176"},887,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":580.99},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":580.99}]
["Aragón","Zaragoza","Bárboles",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.7140646,-1.1867411000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7140646, -1,1867411"},259,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.16}]
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["Aragón","Zaragoza","Belchite",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.307444500000003,-0.75431570000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3074445, -0,7543157"},447,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
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["Aragón","Zaragoza","Borja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.835357500000001,-1.5319545000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8353575, -1,5319545"},448,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
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["Aragón","Zaragoza","Brea de Aragón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.525751399999997,-1.6000999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5257514, -1,6000999"},553,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.17}]
["Aragón","Zaragoza","Bubierca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.314644700000002,-1.8540688000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3146447, -1,8540688"},647,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":695.26}]
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["Aragón","Zaragoza","Bulbuente",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.819384200000002,-1.6015481,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8193842, -1,6015481"},519,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":717.01}]
["Aragón","Zaragoza","Bureta",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.817484700000001,-1.4872152000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8174847, -1,4872152"},410,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":717.19}]
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["Aragón","Zaragoza","Buste, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.886918100000003,-1.6004376,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8869181, -1,6004376"},687,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":675.57}]
["Aragón","Zaragoza","Cabañas de Ebro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.7963418,-1.1615563,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7963418, -1,1615563"},222,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.66}]
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["Aragón","Zaragoza","Calmarza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.159366400000003,-1.9106486,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1593664, -1,9106486"},839,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":605.49},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":605.49}]
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["Aragón","Zaragoza","Carenas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.278928100000002,-1.7964267,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2789281, -1,7964267"},653,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.29}]
["Aragón","Zaragoza","Cariñena",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.339090499999998,-1.2252673999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3390905, -1,2252674"},591,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":718.47}]
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["Aragón","Zaragoza","Castejón de las Armas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.310586600000001,-1.8092238,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3105866, -1,8092238"},609,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":715.45}]
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["Aragón","Zaragoza","Cervera de la Cañada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.433184799999999,-1.7343388,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4331848, -1,7343388"},703,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":665.92},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":665.92}]
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["Aragón","Zaragoza","Cinco Olivas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.340291399999998,-0.37054409999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3402914, -0,3705441"},161,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Encinacorba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.2857883,-1.2738792000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2857883, -1,2738792"},762,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":642.30999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":642.30999999999995}]
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["Aragón","Zaragoza","Fayón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.240822700000002,0.33361190000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2408227, 0,3336119"},190,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Fuentes de Ebro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.513868700000003,-0.62856849999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5138687, -0,6285685"},196,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Gallur",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.869546499999998,-1.3130839000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8695465, -1,3130839"},254,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.16}]
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["Aragón","Zaragoza","Herrera de los Navarros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.210675799999997,-1.0808473999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2106758, -1,0808474"},809,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":619.44000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":619.44000000000005}]
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["Aragón","Zaragoza","Isuerre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.489629800000003,-1.0542651000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4896298, -1,0542651"},661,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.29}]
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["Aragón","Zaragoza","Jaulín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.452798199999997,-0.99232120000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4527982, -0,9923212"},508,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":768.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.11}]
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["Aragón","Zaragoza","Langa del Castillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.213266599999997,-1.3974500999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2132666, -1,3974501"},870,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":590.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":590.67999999999995}]
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["Aragón","Zaragoza","Lechón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.087047400000003,-1.2830204999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0870474, -1,2830205"},985,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":534.66999999999996},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":534.66999999999996}]
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["Aragón","Zaragoza","Longares",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.4043907,-1.1678656000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4043907, -1,1678656"},531,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.51}]
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["Aragón","Zaragoza","Magallón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.833781100000003,-1.4597359999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8337811, -1,459736"},419,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.36}]
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["Aragón","Zaragoza","Maleján",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.828173399999997,-1.5477725,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8281734, -1,5477725"},472,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.13}]
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["Aragón","Zaragoza","Mara",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.290536699999997,-1.5176061999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2905367, -1,5176062"},688,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":675.57}]
["Aragón","Zaragoza","María de Huerva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.539297699999999,-0.9944421,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5392977, -0,9944421"},343,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.21}]
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["Aragón","Zaragoza","Mediana de Aragón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.467688500000001,-0.7050883,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4676885, -0,7050883"},289,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":717.21}]
["Aragón","Zaragoza","Mequinenza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.375213799999997,0.30349730000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3752138, 0,3034973"},80,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Mezalocha",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.426873100000002,-1.0828690999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4268731, -1,0828691"},484,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":716.83}]
["Aragón","Zaragoza","Mianos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.584774199999998,-0.95382199999999995,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5847742, -0,953822"},692,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":675.57}]
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["Aragón","Zaragoza","Monegrillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.640737899999998,-0.41442380000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6407379, -0,4144238"},432,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.44}]
["Aragón","Zaragoza","Moneva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.1288196,-0.83308249999999995,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1288196, -0,8330825"},659,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.29}]
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["Aragón","Zaragoza","Monterde",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.175123999999997,-1.7339549999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,175124, -1,733955"},790,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":628.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":628.5}]
["Aragón","Zaragoza","Montón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.207447000000002,-1.5142355999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,207447, -1,5142356"},693,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.73}]
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["Aragón","Zaragoza","Morata de Jiloca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.247709499999999,-1.5857638999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2477095, -1,5857639"},619,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":710.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":710.35}]
["Aragón","Zaragoza","Morés",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.473963900000001,-1.5637312999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4739639, -1,5637313"},443,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
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["Aragón","Zaragoza","Navardún",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.513666399999998,-1.1461481,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5136664, -1,1461481"},495,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.5}]
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["Aragón","Zaragoza","Orcajo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.110903700000001,-1.4877133,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1109037, -1,4877133"},927,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":562.04},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":562.04}]
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["Aragón","Zaragoza","Oseja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.597169999999998,-1.6993438999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,59717, -1,6993439"},827,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":610.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":610.5}]
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["Aragón","Zaragoza","Paracuellos de Jiloca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.3149935,-1.6380694,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3149935, -1,6380694"},580,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.62}]
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["Aragón","Zaragoza","Pozuel de Ariza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.353727900000003,-2.1550962999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3537279, -2,1550963"},777,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":633.07000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.07000000000005}]
["Aragón","Zaragoza","Pozuelo de Aragón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.766175199999999,-1.4222577999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7661752, -1,4222578"},412,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":717.19}]
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["Aragón","Zaragoza","Puebla de Albortón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.386803100000002,-0.85395430000000005,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3868031, -0,8539543"},483,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":716.83}]
["Aragón","Zaragoza","Puebla de Alfindén, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.632483700000002,-0.74966739999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6324837, -0,7496674"},197,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Purujosa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.6829806,-1.7624947,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6829806, -1,7624947"},978,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":539.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":539.15}]
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["Aragón","Zaragoza","Retascón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.145648899999998,-1.3800330000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1456489, -1,380033"},883,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":580.99},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":580.99}]
["Aragón","Zaragoza","Ricla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.506542699999997,-1.4046156000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5065427, -1,4046156"},377,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.03}]
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["Aragón","Zaragoza","Rueda de Jalón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.634345099999997,-1.2736132,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6343451, -1,2736132"},301,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.13}]
["Aragón","Zaragoza","Ruesca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.283661000000002,-1.4807458,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,283661, -1,4807458"},764,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
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["Aragón","Zaragoza","Sádaba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.283201300000002,-1.2717715000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2832013, -1,2717715"},443,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
["Aragón","Zaragoza","Salillas de Jalón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.567532499999999,-1.3233641,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5675325, -1,3233641"},330,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.64}]
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["Aragón","Zaragoza","Samper del Salz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.235380499999998,-0.82407719999999995,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2353805, -0,8240772"},552,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":716.83}]
["Aragón","Zaragoza","San Martín de la Virgen de Moncayo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.839095299999997,-1.7908044999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8390953, -1,7908045"},813,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":614.96}]
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["Aragón","Zaragoza","Santa Cruz de Grío",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.371315000000003,-1.4282508,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,371315, -1,4282508"},649,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":695.26}]
["Aragón","Zaragoza","Santa Cruz de Moncayo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.884210600000003,-1.7564495,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8842106, -1,7564495"},629,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
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["Aragón","Zaragoza","Sierra de Luna",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.048598400000003,-0.90902119999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0485984, -0,9090212"},460,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":716.26}]
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["Aragón","Zaragoza","Torralba de los Frailes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.037365200000004,-1.6592737,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0373652, -1,6592737"},1095,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":487.62},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":487.62}]
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["Aragón","Zaragoza","Torres de Berrellén",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.7588838,-1.0633941,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7588838, -1,0633941"},211,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
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["Aragón","Zaragoza","Undués de Lerda",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.566609399999997,-1.1680925,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5666094, -1,1680925"},633,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":700.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":700.26}]
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["Aragón","Zaragoza","Urriés",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.520480300000003,-1.1276866000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5204803, -1,1276866"},557,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.17}]
["Aragón","Zaragoza","Used",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.055505500000002,-1.5577608999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0555055, -1,5577609"},1043,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":508.52},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":508.52}]
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["Aragón","Zaragoza","Val de San Martín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.058291699999998,-1.4464371,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0582917, -1,4464371"},984,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":534.66999999999996},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":534.66999999999996}]
["Aragón","Zaragoza","Valdehorna",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.073996399999999,-1.4222623000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0739964, -1,4222623"},879,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":585.82000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":585.82000000000005}]
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["Aragón","Zaragoza","Valpalmas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",42.159070499999999,-0.8539466,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1590705, -0,8539466"},493,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.5}]
["Aragón","Zaragoza","Valtorres",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.299934,-1.7393075,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,299934, -1,7393075"},678,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
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["Aragón","Zaragoza","Velilla de Jiloca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.2762934,-1.6030561000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2762934, -1,6030561"},597,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.57}]
["Aragón","Zaragoza","Vera de Moncayo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.825328800000001,-1.6854643,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8253288, -1,6854643"},631,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
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["Aragón","Zaragoza","Villadoz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.164382799999998,-1.2866048000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1643828, -1,2866048"},892,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":580.99},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":580.99}]
["Aragón","Zaragoza","Villafeliche",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.196752199999999,-1.5091114000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1967522, -1,5091114"},710,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":665.92},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":665.92}]
["Aragón","Zaragoza","Villafranca de Ebro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.575082600000002,-0.6491171,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5750826, -0,6491171"},176,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.21}]
["Aragón","Zaragoza","Villalba de Perejil",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.328745599999998,-1.5473295,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3287456, -1,5473295"},633,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":700.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":700.26}]
["Aragón","Zaragoza","Villalengua",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.436993200000003,-1.8392321,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4369932, -1,8392321"},782,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":633.07000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.07000000000005}]
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["Aragón","Zaragoza","Villanueva de Huerva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.353998199999999,-1.0342087,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3539982, -1,0342087"},531,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.51}]
["Aragón","Zaragoza","Villanueva de Jiloca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.076446599999997,-1.3910179,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0764466, -1,3910179"},768,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
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["Aragón","Zaragoza","Villarreal de Huerva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.191420399999998,-1.2876884,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1914204, -1,2876884"},867,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":590.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":590.67999999999995}]
["Aragón","Zaragoza","Villarroya de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.464782200000002,-1.7828179,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4647822, -1,7828179"},782,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":633.07000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.07000000000005}]
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["Aragón","Zaragoza","Vilueña, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.2736503,-1.7245315000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2736503, -1,7245315"},700,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.73}]
["Aragón","Zaragoza","Vistabella",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.219684399999998,-1.1525139,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2196844, -1,1525139"},754,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":642.30999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":642.30999999999995}]
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["Asturias","Asturias","Caso",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",43.183995500000002,-5.3434251000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,1839955, -5,3434251"},570,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":799.08}]
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["Asturias","Asturias","Coaña",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.515878299999997,-6.7507786999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,5158783, -6,7507787"},99,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1036.24},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":797.9}]
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["Asturias","Asturias","Villanueva de Oscos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",43.312874999999998,-6.9841750999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,312875, -6,9841751"},658,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":762.78}]
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["Asturias","Asturias","Villayón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.448762899999998,-6.7035897000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,4487629, -6,7035897"},357,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":799.95}]
["Asturias","Asturias","Yernes y Tameza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",43.252125700000001,-6.1265144999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,2521257, -6,1265145"},625,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":779.16}]
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["Canarias","Las Palmas","Puerto del Rosario",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"α"},"α3",28.4989341,-13.863792999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"28,4989341, -13,863793"},23,"NO",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":17.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.68},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1998.87},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":1359.23}]
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["Canarias","Las Palmas","Vega de San Mateo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"A"},"A2",28.0095983,-15.532779,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"28,0095983, -15,532779"},836,"NO",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":10.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1252.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":1252.2}]
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["Canarias","Santa Cruz de Tenerife","San Miguel de Abona",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"A"},"A2",28.097408000000001,-16.617954999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"28,097408, -16,617955"},630,"NO",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":11.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.98},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1374.32},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":1346.83}]
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["Cantabria","Cantabria","San Roque de Riomiera",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.235931999999998,-3.7006187000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,235932, -3,7006187"},426,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":857.63}]
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["Cantabria","Cantabria","Santa Cruz de Bezana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C1",43.443973999999997,-3.9001153999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,443974, -3,9001154"},48,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":9.1999999999999993},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.73},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1163.05},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":849.03}]
["Cantabria","Cantabria","Santa María de Cayón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C1",43.311515399999998,-3.8541382,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,3115154, -3,8541382"},84,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1139.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":854.8}]
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["Castilla la Mancha","Albacete","Casas de Juan Núñez",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.103307899999997,-1.5563678999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,1033079, -1,5563679"},700,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.22}]
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["Castilla la Mancha","Albacete","Chinchilla de Monte-Aragón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.922302600000002,-1.7247929,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9223026, -1,7247929"},920,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.26}]
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["Castilla la Mancha","Albacete","Ossa de Montiel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.9632243,-2.7414605000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9632243, -2,7414605"},900,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.5}]
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["Castilla la Mancha","Albacete","Pozo Cañada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.802569300000002,-1.7349908000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8025693, -1,7349908"},820,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.62}]
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["Castilla la Mancha","Albacete","San Pedro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.827751200000002,-2.1849626999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8277512, -2,1849627"},840,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.87}]
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["Castilla la Mancha","Albacete","Villa de Ves",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.223510900000001,-1.2577518000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2235109, -1,2577518"},740,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.18}]
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["Castilla la Mancha","Albacete","Villapalacios",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.5758954,-2.6337978,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,5758954, -2,6337978"},800,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":681.26}]
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["Castilla la Mancha","Albacete","Villatoya",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",39.3350461,-1.337359,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3350461, -1,337359"},400,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.05}]
["Castilla la Mancha","Albacete","Villavaliente",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.127656999999999,-1.4567684000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,127657, -1,4567684"},720,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":678.26}]
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["Castilla la Mancha","Ciudad Real","Agudo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.982311500000002,-4.8702281999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9823115, -4,8702282"},570,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Alamillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.679042600000002,-4.7883947999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6790426, -4,7883948"},445,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Alcázar de San Juan",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.393139400000003,-3.2090242,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3931394, -3,2090242"},644,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
["Castilla la Mancha","Ciudad Real","Alcoba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.2614351,-4.4754630999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2614351, -4,4754631"},636,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Alcubillas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.754823500000001,-3.1323455999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7548235, -3,1323456"},805,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":731.57}]
["Castilla la Mancha","Ciudad Real","Aldea del Rey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.740628800000003,-3.8382082,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7406288, -3,8382082"},663,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.14}]
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["Castilla la Mancha","Ciudad Real","Arenales de San Gregorio",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.310427300000001,-3.0255173000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3104273, -3,0255173"},645,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Argamasilla de Alba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.129276900000001,-3.092552,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,1292769, -3,092552"},670,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.04}]
["Castilla la Mancha","Ciudad Real","Argamasilla de Calatrava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.7278296,-4.0802098999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7278296, -4,0802099"},676,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":733.81}]
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["Castilla la Mancha","Ciudad Real","Cabezarrubias del Puerto",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.616897299999998,-4.1830642999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6168973, -4,1830643"},730,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.25}]
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["Castilla la Mancha","Ciudad Real","Carrizosa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.8445617,-2.9907818000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8445617, -2,9907818"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":729.35}]
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["Castilla la Mancha","Ciudad Real","Chillón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.797265099999997,-4.8630778000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7972651, -4,8630778"},520,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Ciudad Real",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.988690099999999,-3.9236784999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9886901, -3,9236785"},630,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Cortijos, Los",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.317267899999997,-4.0654390999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3172679, -4,0654391"},800,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":731.57}]
["Castilla la Mancha","Ciudad Real","Cózar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.660706599999997,-3.0701087,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6607066, -3,0701087"},860,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.41}]
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["Castilla la Mancha","Ciudad Real","Fontanarejo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.2212733,-4.5157425,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2212733, -4,5157425"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Fuenllana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.756872999999999,-2.9568425999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,756873, -2,9568426"},917,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.98},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":731.77}]
["Castilla la Mancha","Ciudad Real","Fuente el Fresno",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.229023300000001,-3.7727390999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2290233, -3,7727391"},700,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.36}]
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["Castilla la Mancha","Ciudad Real","Guadalmez",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.728393799999999,-4.9694121999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7283938, -4,9694122"},360,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Herencia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.368009700000002,-3.3540526000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3680097, -3,3540526"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Horcajo de los Montes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.3293897,-4.6485858999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3293897, -4,6485859"},600,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Labores, Las",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.2759401,-3.51763,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2759401, -3,51763"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Luciana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.985637699999998,-4.2925057999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9856377, -4,2925058"},540,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Malagón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.169434500000001,-3.8542714999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,1694345, -3,8542715"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
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["Castilla la Mancha","Ciudad Real","Moral de Calatrava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.828723799999999,-3.5760079999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8287238, -3,576008"},670,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.04}]
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["Castilla la Mancha","Ciudad Real","Navas de Estena",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.496043800000002,-4.5182048999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4960438, -4,5182049"},660,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.14}]
["Castilla la Mancha","Ciudad Real","Pedro Muñoz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.402324900000004,-2.9454142999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4023249, -2,9454143"},660,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.14}]
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["Castilla la Mancha","Ciudad Real","Poblete",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.9368628,-3.9806924000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9368628, -3,9806924"},626,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Pozuelo de Calatrava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.911863799999999,-3.8350285,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9118638, -3,8350285"},624,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Pozuelos de Calatrava, Los",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.900895900000002,-4.1681596000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9008959, -4,1681596"},580,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Puebla del Príncipe",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.568784100000002,-2.9248153000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,5687841, -2,9248153"},933,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734}]
["Castilla la Mancha","Ciudad Real","Puerto Lápice",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.32385,-3.4817881000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,32385, -3,4817881"},680,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":733.81}]
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["Castilla la Mancha","Ciudad Real","Robledo, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.219597700000001,-4.2799899999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2195977, -4,27999"},588,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Saceruela",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.945240599999998,-4.6067660000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9452406, -4,606766"},580,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","San Carlos del Valle",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.845216100000002,-3.2402514999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8452161, -3,2402515"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.7}]
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["Castilla la Mancha","Ciudad Real","Santa Cruz de los Cáñamos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.6390204,-2.8638461999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6390204, -2,8638462"},987,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":710.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":710.35}]
["Castilla la Mancha","Ciudad Real","Santa Cruz de Mudela",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.642677599999999,-3.4659328,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6426776, -3,4659328"},716,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.8}]
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["Castilla la Mancha","Ciudad Real","Solana del Pino",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.467022999999998,-4.0722961,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,467023, -4,0722961"},730,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.25}]
["Castilla la Mancha","Ciudad Real","Solana, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.943446299999998,-3.2365441000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9434463, -3,2365441"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.7}]
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["Castilla la Mancha","Ciudad Real","Tomelloso",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.159048300000002,-3.0173608000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,1590483, -3,0173608"},670,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.04}]
["Castilla la Mancha","Ciudad Real","Torralba de Calatrava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.019688899999998,-3.7473534000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,0196889, -3,7473534"},620,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Valdemanco del Esteras",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.940621200000002,-4.8287525999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9406212, -4,8287526"},560,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Ciudad Real","Villahermosa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.752574500000001,-2.8711109000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7525745, -2,8711109"},956,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.73}]
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["Castilla la Mancha","Ciudad Real","Villamayor de Calatrava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.788555600000002,-4.1381164999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7885556, -4,1381165"},661,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.14}]
["Castilla la Mancha","Ciudad Real","Villanueva de la Fuente",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.693666100000002,-2.6924152000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6936661, -2,6924152"},1000,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
["Castilla la Mancha","Ciudad Real","Villanueva de los Infantes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.738226599999997,-3.0115056999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,7382266, -3,0115057"},880,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":768.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":729.79}]
["Castilla la Mancha","Ciudad Real","Villanueva de San Carlos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.623590299999996,-3.9080634000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,6235903, -3,9080634"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
["Castilla la Mancha","Ciudad Real","Villar del Pozo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.851410000000001,-3.9624630999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,85141, -3,9624631"},638,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.34}]
["Castilla la Mancha","Ciudad Real","Villarrubia de los Ojos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.220543800000002,-3.6069977999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2205438, -3,6069978"},625,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Villarta de San Juan",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.239383099999998,-3.4217685000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,2393831, -3,4217685"},620,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
["Castilla la Mancha","Ciudad Real","Viso del Marqués",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.522400099999999,-3.5620872000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,5224001, -3,5620872"},780,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":733.68}]
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["Castilla la Mancha","Cuenca","Acebrón, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.909604100000003,-2.9825681999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,9096041, -2,9825682"},767,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Albalate de las Nogueras",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.368160400000001,-2.2750613,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3681604, -2,2750613"},855,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Albendea",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.4887327,-2.4165337,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4887327, -2,4165337"},835,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Alcalá de la Vega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.037142500000002,-1.5234814000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0371425, -1,5234814"},1194,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":641.80999999999995}]
["Castilla la Mancha","Cuenca","Alcantud",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.550019200000001,-2.3302748000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5500192, -2,3302748"},846,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Alcohujate",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.418793899999997,-2.6131536999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4187939, -2,6131537"},810,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Alconchel de la Estrella",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.7200633,-2.5727516000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7200633, -2,5727516"},842,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Arcas del Villar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.989289900000003,-2.1142865,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,9892899, -2,1142865"},960,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Casas de Fernando Alonso",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.351727599999997,-2.3257175999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,3517276, -2,3257176"},725,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Huelves",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.043788900000003,-2.8827791,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0437889, -2,8827791"},817,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Narboneta",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.751802900000001,-1.4732767,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7518029, -1,4732767"},873,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Olmedilla de Eliz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.304104299999999,-2.4181252,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3041043, -2,4181252"},873,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Osa de la Vega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.661583,-2.7586949000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,661583, -2,7586949"},756,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Parra de las Vegas, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.869930500000002,-2.2034566999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,8699305, -2,2034567"},1022,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":644.63}]
["Castilla la Mancha","Cuenca","Peral, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.499817399999998,-1.8963080999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4998174, -1,8963081"},795,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Portalrubio de Guadamejud",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.273802099999997,-2.6021017999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2738021, -2,6021018"},814,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Pozuelo, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.620854700000002,-2.2752919999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6208547, -2,275292"},1218,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":639.64}]
["Castilla la Mancha","Cuenca","Puebla de Don Francisco",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.226489399999998,-2.7602281999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2264894, -2,7602282"},799,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","San Martín de Boniches",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",39.8877527,-1.5723016000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,8877527, -1,5723016"},1207,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":700.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":644.24}]
["Castilla la Mancha","Cuenca","Santa María del Campo Rus",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.559474299999998,-2.4203226,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,5594743, -2,4203226"},796,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Valdemorillo de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.040122699999998,-1.7795186999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0401227, -1,7795187"},1211,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":639.64}]
["Castilla la Mancha","Cuenca","Valeras, Las",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.769595299999999,-2.1570377000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7695953, -2,1570377"},871,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Vara de Rey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.427217200000001,-2.2924604,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4272172, -2,2924604"},824,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Villaescusa de Haro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.599203899999999,-2.6730748000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,5992039, -2,6730748"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Villamayor de Santiago",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.7311853,-2.9229848,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7311853, -2,9229848"},772,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Villanueva de Guadamejud",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.226125199999998,-2.5039462000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2261252, -2,5039462"},812,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Villar del Humo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.871964400000003,-1.6264130000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,8719644, -1,626413"},989,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":646.69000000000005}]
["Castilla la Mancha","Cuenca","Villarejo de Fuentes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",39.789164700000001,-2.6940167000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7891647, -2,6940167"},865,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Villas de la Ventosa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.206421400000004,-2.4312988,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2064214, -2,4312988"},856,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Cuenca","Vindel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.5879963,-2.3797497999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5879963, -2,3797498"},889,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
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["Castilla la Mancha","Cuenca","Zarza de Tajo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.019450300000003,-3.1294830999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0194503, -3,1294831"},705,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":643}]
["Castilla la Mancha","Guadalajara","Ablanque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.899805600000001,-2.2283305000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8998056, -2,2283305"},1061,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
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["Castilla la Mancha","Guadalajara","Albendiego",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.228281099999997,-3.0503493000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2282811, -3,0503493"},1190,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":642.30999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":642.30999999999995}]
["Castilla la Mancha","Guadalajara","Alcolea del Pinar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.037623799999999,-2.4664378,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0376238, -2,4664378"},1205,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":633.07000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.07000000000005}]
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["Castilla la Mancha","Guadalajara","Almadrones",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.902164399999997,-2.7732389,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9021644, -2,7732389"},1054,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
["Castilla la Mancha","Guadalajara","Almoguera",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.298178399999998,-2.9799978999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2981784, -2,9799979"},659,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
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["Castilla la Mancha","Guadalajara","Angón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.067140700000003,-2.8536062000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0671407, -2,8536062"},974,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.3}]
["Castilla la Mancha","Guadalajara","Aranzueque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.493829400000003,-3.0755203,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4938294, -3,0755203"},694,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
["Castilla la Mancha","Guadalajara","Argecilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.8842249,-2.8163849999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8842249, -2,816385"},957,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.51}]
["Castilla la Mancha","Guadalajara","Arroyo de las Fraguas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.104092700000002,-3.1298037999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1040927, -3,1298038"},1216,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":628.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":628.5}]
["Castilla la Mancha","Guadalajara","Auñón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.518439200000003,-2.7910629999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5184392, -2,791063"},762,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.64}]
["Castilla la Mancha","Guadalajara","Baños de Tajo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.719427500000002,-1.9699469999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7194275, -1,969947"},1252,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":614.96}]
["Castilla la Mancha","Guadalajara","Bañuelos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.286989200000001,-2.9137802000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2869892, -2,9137802"},1154,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":656.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":656.38}]
["Castilla la Mancha","Guadalajara","Bodera, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.134736699999998,-2.8868155999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1347367, -2,8868156"},1125,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.73}]
["Castilla la Mancha","Guadalajara","Bujalaro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.973941400000001,-2.8823368,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9739414, -2,8823368"},841,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.44}]
["Castilla la Mancha","Guadalajara","Campillo de Dueñas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.884793199999997,-1.6843151999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8847932, -1,6843152"},1109,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
["Castilla la Mancha","Guadalajara","Canredondo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.813889699999997,-2.4920659000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8138897, -2,4920659"},1162,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":656.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":656.38}]
["Castilla la Mancha","Guadalajara","Cardoso de la Sierra, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.097378800000001,-3.463435,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0973788, -3,463435"},1275,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":600.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":600.51}]
["Castilla la Mancha","Guadalajara","Caspueñas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.694293500000001,-2.9775128999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6942935, -2,9775129"},850,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.36}]
["Castilla la Mancha","Guadalajara","Castilforte",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.558667100000001,-2.4310453999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5586671, -2,4310454"},995,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.98},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.43}]
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["Castilla la Mancha","Guadalajara","Cendejas de la Torre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.980480100000001,-2.8502320999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9804801, -2,8502321"},971,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.95}]
["Castilla la Mancha","Guadalajara","Chequilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.6071685,-1.826646,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6071685, -1,826646"},1357,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":562.04},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":562.04}]
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["Castilla la Mancha","Guadalajara","Cobeta",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.866535599999999,-2.1412068,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8665356, -2,1412068"},1116,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":675.57}]
["Castilla la Mancha","Guadalajara","Cogolludo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.949557499999997,-3.0861358000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9495575, -3,0861358"},891,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.21}]
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["Castilla la Mancha","Guadalajara","Durón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.625954299999997,-2.7251093000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6259543, -2,7251093"},755,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.64}]
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["Castilla la Mancha","Guadalajara","Establés",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.008771299999999,-2.0225314999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0087713, -2,0225315"},1154,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":656.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":656.38}]
["Castilla la Mancha","Guadalajara","Fontanar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.727494800000002,-3.1746579000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7274948, -3,1746579"},685,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
["Castilla la Mancha","Guadalajara","Fuentelahiguera de Albatages",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.786223999999997,-3.3067202,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,786224, -3,3067202"},901,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.13}]
["Castilla la Mancha","Guadalajara","Fuentenovilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.366790999999999,-3.0936340000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,366791, -3,093634"},808,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.03}]
["Castilla la Mancha","Guadalajara","Galve de Sorbe",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.2238246,-3.1820563000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2238246, -3,1820563"},1363,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":557.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":557.39}]
["Castilla la Mancha","Guadalajara","Gascueña de Bornova",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.144879199999998,-3.0204358999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1448792, -3,0204359"},1238,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":619.44000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":619.44000000000005}]
["Castilla la Mancha","Guadalajara","Henche",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.715992399999998,-2.7061518000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7159924, -2,7061518"},832,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":830.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.25}]
["Castilla la Mancha","Guadalajara","Hiendelaencina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.085249400000002,-3.0017857999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0852494, -3,0017858"},1085,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.29}]
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["Castilla la Mancha","Guadalajara","Huerce, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.153854899999999,-3.1689916,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1538549, -3,1689916"},1255,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":610.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":610.5}]
["Castilla la Mancha","Guadalajara","Hueva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.463217,-2.9593083,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,463217, -2,9593083"},892,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.21}]
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["Castilla la Mancha","Guadalajara","Jadraque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.9271338,-2.9228008999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9271338, -2,9228009"},830,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":830.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.25}]
["Castilla la Mancha","Guadalajara","Loranca de Tajuña",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.448305900000001,-3.1114351,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4483059, -3,1114351"},708,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
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["Castilla la Mancha","Guadalajara","Miñosa, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.180440500000003,-2.9304923,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1804405, -2,9304923"},1027,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":720.57}]
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["Castilla la Mancha","Guadalajara","Mondéjar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.324255800000003,-3.1082882999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3242558, -3,1082883"},805,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.03}]
["Castilla la Mancha","Guadalajara","Morenilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.787664900000003,-1.7061447999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7876649, -1,7061448"},1200,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
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["Castilla la Mancha","Guadalajara","Olmeda de Cobeta",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.860521800000001,-2.1813278,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8605218, -2,1813278"},1147,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":661.14},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":661.14}]
["Castilla la Mancha","Guadalajara","Orea",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.558630100000002,-1.7261557000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5586301, -1,7261557"},1497,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":500.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":500.06}]
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["Castilla la Mancha","Guadalajara","Pareja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.557368099999998,-2.6474362999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5573681, -2,6474363"},759,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.64}]
["Castilla la Mancha","Guadalajara","Peñalén",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.666664500000003,-2.0683582999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6666645, -2,0683583"},1366,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":557.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":557.39}]
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["Castilla la Mancha","Guadalajara","Pioz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.464174800000002,-3.1736201999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4641748, -3,1736202"},875,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
["Castilla la Mancha","Guadalajara","Poveda de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.644256400000003,-2.0273964000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6442564, -2,0273964"},1196,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
["Castilla la Mancha","Guadalajara","Prados Redondos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.785711800000001,-1.7918664,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7857118, -1,7918664"},1165,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":651.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":651.66}]
["Castilla la Mancha","Guadalajara","Puebla de Valles",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.928745499999998,-3.3021524000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9287455, -3,3021524"},855,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.44}]
["Castilla la Mancha","Guadalajara","Quer",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.608202800000001,-3.2768274000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6082028, -3,2768274"},706,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
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["Castilla la Mancha","Guadalajara","Rillo de Gallo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.867394400000002,-1.9362131,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8673944, -1,9362131"},1054,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.29}]
["Castilla la Mancha","Guadalajara","Romanillos de Atienza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.2752634,-2.8945728000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2752634, -2,8945728"},1105,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
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["Castilla la Mancha","Guadalajara","Salmerón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.5463375,-2.4916127000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5463375, -2,4916127"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":830.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.25}]
["Castilla la Mancha","Guadalajara","Santiuste",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.085720500000001,-2.8083249000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0857205, -2,8083249"},917,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.62}]
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["Castilla la Mancha","Guadalajara","Semillas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.059335699999998,-3.1187673,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0593357, -3,1187673"},1194,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
["Castilla la Mancha","Guadalajara","Sigüenza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.068926900000001,-2.6411473000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0689269, -2,6411473"},1005,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.62}]
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["Castilla la Mancha","Guadalajara","Taragudo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.824439900000002,-3.0782657000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8244399, -3,0782657"},773,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.9000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":865.8},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":718.61}]
["Castilla la Mancha","Guadalajara","Tendilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.545195800000002,-2.9568970000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5451958, -2,956897"},789,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.71}]
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["Castilla la Mancha","Guadalajara","Torija",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.7456399,-3.0296110999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7456399, -3,0296111"},957,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.51}]
["Castilla la Mancha","Guadalajara","Torrecuadrada de Molina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.750721400000003,-1.8054110000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7507214, -1,805411"},1180,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":646.97},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":646.97}]
["Castilla la Mancha","Guadalajara","Torrecuadradilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.854863199999997,-2.5313781,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8548632, -2,5313781"},1015,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.73}]
["Castilla la Mancha","Guadalajara","Torremocha del Campo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.9792214,-2.6172673999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9792214, -2,6172674"},1087,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.29}]
["Castilla la Mancha","Guadalajara","Torrubia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.966670700000002,-1.8988506999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9666707, -1,8988507"},1168,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":651.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":651.66}]
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["Castilla la Mancha","Guadalajara","Trillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.702946400000002,-2.5928122999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7029464, -2,5928123"},732,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.13}]
["Castilla la Mancha","Guadalajara","Valdarachas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.518019099999997,-3.1258336,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5180191, -3,1258336"},759,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.64}]
["Castilla la Mancha","Guadalajara","Valdeaveruelo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.637560299999997,-3.3159721000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6375603, -3,3159721"},740,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":724.97}]
["Castilla la Mancha","Guadalajara","Valdelcubo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.228013300000001,-2.6748788000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2280133, -2,6748788"},1011,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":723.62}]
["Castilla la Mancha","Guadalajara","Valdenuño Fernández",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.762590000000003,-3.3782884000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,76259, -3,3782884"},839,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.44}]
["Castilla la Mancha","Guadalajara","Valfermoso de Tajuña",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.621317099999999,-2.9527101999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6213171, -2,9527102"},962,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.51}]
["Castilla la Mancha","Guadalajara","Valtablado del Río",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.7152642,-2.4013010000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7152642, -2,401301"},843,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":725.44}]
["Castilla la Mancha","Guadalajara","Villanueva de Alcorón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.680158900000002,-2.2515763999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6801589, -2,2515764"},1271,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":605.49},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":605.49}]
["Castilla la Mancha","Guadalajara","Villares de Jadraque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.102812200000002,-3.0238166999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1028122, -3,0238167"},1041,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":715.45}]
["Castilla la Mancha","Guadalajara","Viñuelas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.795583999999998,-3.3418489999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,795584, -3,341849"},900,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":719.13}]
["Castilla la Mancha","Guadalajara","Yebes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.5343418,-3.1092160999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5343418, -3,1092161"},879,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":721.33}]
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["Castilla la Mancha","Guadalajara","Yunta, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.915449899999999,-1.6712396,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9154499, -1,6712396"},1104,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
["Castilla la Mancha","Guadalajara","Zorita de los Canes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.333440500000002,-2.8869881999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3334405, -2,8869882"},619,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":722.22}]
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["Castilla la Mancha","Toledo","Bargas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.940721699999997,-4.0182807,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,9407217, -4,0182807"},598,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":737.6}]
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["Castilla la Mancha","Toledo","Navalcán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",40.071359899999997,-5.0916199999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0713599, -5,09162"},394,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.07}]
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["Castilla la Mancha","Toledo","Polán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.7902287,-4.1655436999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7902287, -4,1655437"},648,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.73}]
["Castilla la Mancha","Toledo","Pueblanueva, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",39.914143799999998,-4.6783165000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,9141438, -4,6783165"},481,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":915.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.31}]
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["Castilla la Mancha","Toledo","Quintanar de la Orden",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.593350000000001,-3.0395957999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,59335, -3,0395958"},688,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.17}]
["Castilla la Mancha","Toledo","Retamoso de la Jara",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.744444100000003,-4.7541320999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7444441, -4,7541321"},607,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":732.45}]
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["Castilla la Mancha","Toledo","San Martín de Pusa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.784630499999999,-4.6302079000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7846305, -4,6302079"},507,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":731.24}]
["Castilla la Mancha","Toledo","San Román de los Montes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",40.070732900000003,-4.7311683999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0707329, -4,7311684"},447,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.07}]
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["Castilla la Mancha","Toledo","Torre de Esteban Hambrán, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.169917900000002,-4.2142894000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,1699179, -4,2142894"},577,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.8}]
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["Castilla la Mancha","Toledo","Urda",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.412755400000002,-3.7149435,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4127554, -3,7149435"},763,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.98},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.99}]
["Castilla la Mancha","Toledo","Ventas con Peña Aguilera, Las",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.6116344,-4.2289386999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,6116344, -4,2289387"},792,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.15}]
["Castilla la Mancha","Toledo","Ventas de San Julián, Las",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",40.008959400000002,-5.2947310999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0089594, -5,2947311"},315,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.07}]
["Castilla la Mancha","Toledo","Villafranca de los Caballeros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.428811500000002,-3.3601692000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,4288115, -3,3601692"},643,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":736.73}]
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["Castilla la Mancha","Toledo","Villarejo de Montalbán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.770297100000001,-4.5720796999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7702971, -4,5720797"},531,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":733.81}]
["Castilla la Mancha","Toledo","Villarrubia de Santiago",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.986504799999999,-3.3677655999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,9865048, -3,3677656"},754,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.66}]
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["Castilla la Mancha","Toledo","Yébenes, Los",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",39.582459999999998,-3.8674710999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,58246, -3,8674711"},808,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":730.93}]
["Castilla la Mancha","Toledo","Yunclillos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.022509399999997,-3.9890284999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,0225094, -3,9890285"},519,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":735.14}]
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["Castilla y León","Ávila","Barco de Ávila, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.357768900000003,-5.5229366999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3577689, -5,5229367"},1006,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Cabezas del Pozo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.002938399999998,-4.9532977999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0029384, -4,9532978"},851,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Cuevas del Valle",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",40.295390400000002,-5.0085300999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2953904, -5,0085301"},848,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Gotarrendura",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.826678200000003,-4.7385852000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8266782, -4,7385852"},927,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Herreros de Suso",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.8033255,-5.0371636000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8033255, -5,0371636"},1010,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Maello",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.810100599999998,-4.5084343999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8101006, -4,5084344"},1027,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Rasueros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",41.024724599999999,-5.0725175,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0247246, -5,0725175"},833,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","San Bartolomé de Béjar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.409483999999999,-5.6613310999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,409484, -5,6613311"},1120,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":573.33000000000004}]
["Castilla y León","Ávila","San Esteban de los Patos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.747260099999998,-4.6233930000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7472601, -4,623393"},1116,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":570.13}]
["Castilla y León","Ávila","San García de Ingelmos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.771132399999999,-5.1137826999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7711324, -5,1137827"},1064,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.76},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":575.61}]
["Castilla y León","Ávila","San Juan de Gredos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.360940800000002,-5.2492823,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3609408, -5,2492823"},1355,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":571.91}]
["Castilla y León","Ávila","San Juan del Molinillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.459988099999997,-4.8162456999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4599881, -4,8162457"},1142,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.36}]
["Castilla y León","Ávila","San Lorenzo de Tormes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.371164999999998,-5.4866929999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,371165, -5,486693"},1035,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
["Castilla y León","Ávila","San Miguel de Serrezuela",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.671553899999999,-5.2867347999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6715539, -5,2867348"},1099,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":570.89}]
["Castilla y León","Ávila","San Vicente de Arévalo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.9691525,-4.7994801999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9691525, -4,7994802"},876,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Santa María del Arroyo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.602164700000003,-4.9228597000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6021647, -4,9228597"},1151,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":710.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":575.38}]
["Castilla y León","Ávila","Santa María del Tiétar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",40.305494099999997,-4.5536633999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3054941, -4,5536634"},699,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Sigeres",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.800818200000002,-4.9315935,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8008182, -4,9315935"},962,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Ávila","Vega de Santa María",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.837324799999998,-4.6414929000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8373248, -4,6414929"},944,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
["Castilla y León","Ávila","Villafranca de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.498506800000001,-5.2293295000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4985068, -5,2293295"},1110,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":570.13}]
["Castilla y León","Ávila","Villanueva del Aceral",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",41.042435300000001,-4.8523930000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0424353, -4,852393"},847,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
["Castilla y León","Ávila","Villarejo del Valle",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",40.287461100000002,-4.9951207999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2874611, -4,9951208"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":572.09}]
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["Castilla y León","Burgos","Arenillas de Riopisuerga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.357601899999999,-4.2318369000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3576019, -4,2318369"},790,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Balbases, Los",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.2161154,-4.0612900999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2161154, -4,0612901"},800,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Basconcillos del Tozo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.702728700000002,-3.9889226999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7027287, -3,9889227"},915,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":710.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":632.21}]
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["Castilla y León","Burgos","Caleruega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.826249799999999,-3.4834645000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8262498, -3,4834645"},956,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":690.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":635.07000000000005}]
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["Castilla y León","Burgos","Cardeñajimeno",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.331707100000003,-3.6183999999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3317071, -3,6184"},920,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":634.76}]
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["Castilla y León","Burgos","Castildelgado",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.437811099999998,-3.0838893000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4378111, -3,0838893"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Castrillo de Riopisuerga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.515891199999999,-4.2510094,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5158912, -4,2510094"},820,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Cuevas de San Clemente",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.131365199999998,-3.5668413999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1313652, -3,5668414"},1033,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":651.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":632.11}]
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["Castilla y León","Burgos","Gumiel de Izán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.774054999999997,-3.6870085000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,774055, -3,6870085"},859,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Hontoria de Valdearados",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.745217599999997,-3.5183336000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7452176, -3,5183336"},860,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Hornillos del Camino",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.339505000000003,-3.9249811999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,339505, -3,9249812"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Huerta de Rey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.841336099999999,-3.3462733999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8413361, -3,3462734"},990,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":630.49}]
["Castilla y León","Burgos","Ibeas de Juarros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.332806400000003,-3.5340547,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3328064, -3,5340547"},930,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":700.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":630.23}]
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["Castilla y León","Burgos","Isar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.3627076,-3.9289645000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3627076, -3,9289645"},849,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Jaramillo Quemado",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.8606506,-3.3578842,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8606506, -3,3578842"},977,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":635.04}]
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["Castilla y León","Burgos","Medina de Pomar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.931427399999997,-3.4858905,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,9314274, -3,4858905"},601,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Merindad de Valdivielso",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.833480199999997,-3.5401804000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8334802, -3,5401804"},630,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Miraveche",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.675191699999999,-3.1977053,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6751917, -3,1977053"},800,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Orbaneja Riopico",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.360939999999999,-3.5822576000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,36094, -3,5822576"},925,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":634.76}]
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["Castilla y León","Burgos","Palazuelos de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.213351799999998,-3.4591476000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2133518, -3,4591476"},1115,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":614.96}]
["Castilla y León","Burgos","Pancorbo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.636135799999998,-3.1103774,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6361358, -3,1103774"},640,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Pedrosa de Río Úrbel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.411262399999998,-3.8209148000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4112624, -3,8209148"},846,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Peñaranda de Duero",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.689280099999998,-3.4779917,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6892801, -3,4779917"},854,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Piérnigas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.591502400000003,-3.4118217999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5915024, -3,4118218"},740,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Quintana del Pidio",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.760153299999999,-3.7496516,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7601533, -3,7496516"},846,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Quintanapalla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.409358099999999,-3.5334883000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4093581, -3,5334883"},922,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":634.76}]
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["Castilla y León","Burgos","Quintanilla del Agua y Tordueles",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.035445000000003,-3.6523659999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,035445, -3,652366"},850,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Quintanilla Vivar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.416146099999999,-3.6892702000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4161461, -3,6892702"},850,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Santa Cruz del Valle Urbión",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.305468900000001,-3.2208090999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3054689, -3,2208091"},962,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":685.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":630.52}]
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["Castilla y León","Burgos","Valdorros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.173183399999999,-3.7074134999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1731834, -3,7074135"},900,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":629.6}]
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["Castilla y León","Burgos","Valle de Oca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.437622699999999,-3.3191429000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4376227, -3,3191429"},860,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Valle de Tobalina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.7934652,-3.2689992999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7934652, -3,2689993"},550,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Valle de Zamanzas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.850766700000001,-3.75284,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8507667, -3,75284"},670,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Valluércanes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.5730887,-3.1194042,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5730887, -3,1194042"},730,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Villafruela",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.918847900000003,-3.9116458999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9188479, -3,9116459"},896,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":634.1}]
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["Castilla y León","Burgos","Villahoz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.076904499999998,-3.9120914,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0769045, -3,9120914"},818,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
["Castilla y León","Burgos","Villalbilla de Gumiel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.807735000000001,-3.624771,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,807735, -3,624771"},910,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":710.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":632.21}]
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["Castilla y León","Burgos","Villamiel de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.1926202,-3.4166099000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1926202, -3,4166099"},1146,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":595.58000000000004},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":595.58000000000004}]
["Castilla y León","Burgos","Villanueva de Argaño",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.381597599999999,-3.9316722999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3815976, -3,9316723"},838,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Villariezo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.2704752,-3.7317814999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2704752, -3,7317815"},875,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":635.91}]
["Castilla y León","Burgos","Villatuelda",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.816868100000001,-3.8804002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8168681, -3,8804002"},855,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","Burgos","Villegas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.468702999999998,-4.0150679,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,468703, -4,0150679"},827,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.09}]
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["Castilla y León","León","Bañeza, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.297835800000001,-5.8991676999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2978358, -5,8991677"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":557.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":557.39}]
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["Castilla y León","León","Boñar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.867040699999997,-5.3216006,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8670407, -5,3216006"},979,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":467.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":467.5}]
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["Castilla y León","León","Castropodame",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.580257400000001,-6.4667051000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5802574, -6,4667051"},750,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":566.72},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":566.72}]
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["Castilla y León","León","Destriana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.328113899999998,-6.0945871,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3281139, -6,0945871"},881,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":504.27},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":504.27}]
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["Castilla y León","León","Gordaliza del Pino",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.344822100000002,-5.1572180999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3448221, -5,1572181"},821,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":530.23},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":530.23}]
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["Castilla y León","León","Izagre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.224948699999999,-5.2561171,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2249487, -5,2561171"},786,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":548.20000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":548.20000000000005}]
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["Castilla y León","León","Lucillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.4108126,-6.3022032000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4108126, -6,3022032"},1215,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":381.05},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":381.05}]
["Castilla y León","León","Mansilla de las Mulas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.501574400000003,-5.4157235000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5015744, -5,4157235"},802,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":539.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":539.15}]
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["Castilla y León","León","Páramo del Sil",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.821264599999999,-6.4891740999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8212646, -6,4891741"},870,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":512.79999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":512.79999999999995}]
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["Castilla y León","León","Roperuelos del Páramo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.238622599999999,-5.7813314,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2386226, -5,7813314"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":557.39},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":557.39}]
["Castilla y León","León","San Andrés del Rabanedo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.610976399999998,-5.6089019000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6109764, -5,6089019"},850,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":521.45000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":521.45000000000005}]
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["Castilla y León","León","San Pedro Bercianos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.392557699999998,-5.7081904000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3925577, -5,7081904"},828,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":530.23},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":530.23}]
["Castilla y León","León","Santa Colomba de Somoza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.445871099999998,-6.242947,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4458711, -6,242947"},992,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":459.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":459.67}]
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["Castilla y León","León","Toral de los Guzmanes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.242722700000002,-5.5670044000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2427227, -5,5670044"},745,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":566.72},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":566.72}]
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["Castilla y León","León","Val de San Lorenzo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.419014799999999,-6.1212590000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4190148, -6,121259"},880,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":508.52},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":508.52}]
["Castilla y León","León","Valdelugueros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.974042400000002,-5.4115815999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,9740424, -5,4115816"},1200,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":387.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":387.66}]
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["Castilla y León","León","Vega de Infanzones",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.482139099999998,-5.5317634,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4821391, -5,5317634"},782,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":548.20000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":548.20000000000005}]
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["Castilla y León","León","Villadangos del Páramo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.517265399999999,-5.7650604999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5172654, -5,7650605"},890,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":504.27},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":504.27}]
["Castilla y León","León","Villadecanes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.543440199999999,-6.7750662000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5434402, -6,7750662"},530,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":617.07000000000005}]
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["Castilla y León","León","Villamartín de Don Sancho",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.570406800000001,-5.0589874999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5704068, -5,0589875"},899,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":500.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":500.06}]
["Castilla y León","León","Villamol",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.429229599999999,-5.0476732999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4292296, -5,0476733"},820,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":534.66999999999996},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":534.66999999999996}]
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["Castilla y León","León","Villaquilambre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.6474428,-5.5571229000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6474428, -5,5571229"},890,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":504.27},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":504.27}]
["Castilla y León","León","Villasabariego",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.534492399999998,-5.4133398000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5344924, -5,4133398"},851,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":517.1},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":517.1}]
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["Castilla y León","León","Villazala",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.361990499999997,-5.8545218999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3619905, -5,8545219"},795,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":543.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":543.66}]
["Castilla y León","Palencia","Abarca de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.063533200000002,-4.8394871000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0635332, -4,8394871"},759,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":684.42}]
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["Castilla y León","Palencia","Becerril de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.108902499999999,-4.6388248000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1089025, -4,6388248"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
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["Castilla y León","Palencia","Boadilla de Rioseco",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.1807327,-4.9675919000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1807327, -4,9675919"},777,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
["Castilla y León","Palencia","Bustillo de la Vega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.457282800000002,-4.7396972999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4572828, -4,7396973"},884,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.07}]
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["Castilla y León","Palencia","Guardo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.790701200000001,-4.8400935,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7907012, -4,8400935"},1124,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":614.96}]
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["Castilla y León","Palencia","Mantinos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.754139500000001,-4.8402329999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7541395, -4,840233"},1070,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
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["Castilla y León","Palencia","Puebla de Valdavia, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.672163900000001,-4.6091036000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6721639, -4,6091036"},950,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":688.31}]
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["Castilla y León","Palencia","San Román de la Cuba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.264090000000003,-4.8562192,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,26409, -4,8562192"},804,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":688.56}]
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["Castilla y León","Palencia","Venta de Baños",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",41.919484599999997,-4.4952953999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9194846, -4,4952954"},730,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.92}]
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["Castilla y León","Palencia","Villaherreros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.389574500000002,-4.4608487999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3895745, -4,4608488"},825,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":686.5}]
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["Castilla y León","Palencia","Villamartín de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.016252700000003,-4.6624083000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0162527, -4,6624083"},755,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.27}]
["Castilla y León","Palencia","Villamediana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.050855400000003,-4.3600181999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0508554, -4,3600182"},794,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":685.66}]
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["Castilla y León","Palencia","Villanueva del Rebollar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.242022800000001,-4.7416476000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2420228, -4,7416476"},838,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":684.35}]
["Castilla y León","Palencia","Villarmentero de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.297687699999997,-4.4987534,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2976877, -4,4987534"},791,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":685.66}]
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["Castilla y León","Palencia","Villaviudas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",41.962823,-4.3406715,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,962823, -4,3406715"},761,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":684.42}]
["Castilla y León","Palencia","Villodre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.212469800000001,-4.2447609000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2124698, -4,2447609"},766,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":684.42}]
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["Castilla y León","Salamanca","Ahigal de los Aceiteros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.873599200000001,-6.7459084999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8735992, -6,7459085"},633,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Alamedilla, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.473762800000003,-6.8259828999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4737628, -6,8259829"},756,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Alba de Yeltes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.6729713,-6.3149762000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6729713, -6,3149762"},788,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
["Castilla y León","Salamanca","Aldea del Obispo, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.707839900000003,-6.7911617,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7078399, -6,7911617"},692,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Aldearrodrigo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.112144999999998,-5.8056178999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,112145, -5,8056179"},785,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.62}]
["Castilla y León","Salamanca","Aldeaseca de la Frontera",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.943164500000002,-5.2059730999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9431645, -5,2059731"},870,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.68}]
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["Castilla y León","Salamanca","Berrocal de Salvatierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.634153499999996,-5.6887873000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6341535, -5,6887873"},900,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.93}]
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["Castilla y León","Salamanca","Canillas de Abajo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.923532999999999,-5.9275811000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,923533, -5,9275811"},814,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":673.08}]
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["Castilla y León","Salamanca","Ciudad Rodrigo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.6012123,-6.5299677000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6012123, -6,5299677"},658,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Encina de San Silvestre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.015193600000003,-6.0910124999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0151936, -6,0910125"},800,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.87}]
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["Castilla y León","Salamanca","Escurial de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.618179400000002,-5.9552711,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6181794, -5,9552711"},963,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":695.26},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.4}]
["Castilla y León","Salamanca","Espino de la Orbada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.107956999999999,-5.4228483000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,107957, -5,4228483"},797,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.87}]
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["Castilla y León","Salamanca","Fregeneda, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.989378700000003,-6.8661843999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9893787, -6,8661844"},527,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Fuenteguinaldo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.429484899999999,-6.6753534999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4294849, -6,6753535"},860,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.5}]
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["Castilla y León","Salamanca","Gajates",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.783136200000001,-5.3636005999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7831362, -5,3636006"},853,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.83}]
["Castilla y León","Salamanca","Gallegos de Argañán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.6317649,-6.7008619999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6317649, -6,700862"},664,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Golpejas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.000865400000002,-5.9057415999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0008654, -5,9057416"},787,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
["Castilla y León","Salamanca","Guadramiro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.018045299999997,-6.4918591000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0180453, -6,4918591"},745,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Horcajo Medianero",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.640861000000001,-5.4052781999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,640861, -5,4052782"},1008,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.73}]
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["Castilla y León","Salamanca","Malpartida",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.763712900000002,-5.2308266000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7637129, -5,2308266"},900,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.93}]
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["Castilla y León","Salamanca","Molinillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.469874900000001,-5.9432117,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4698749, -5,9432117"},723,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Monforte de la Sierra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.484233799999998,-6.0547452000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,4842338, -6,0547452"},839,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.07}]
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["Castilla y León","Salamanca","Montemayor del Río",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.349107400000001,-5.8926274999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3491074, -5,8926275"},677,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Morille",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.807782099999997,-5.6975661000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8077821, -5,6975661"},937,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.08}]
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["Castilla y León","Salamanca","Navacarros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.398667500000002,-5.7135555,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3986675, -5,7135555"},1120,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":619.44000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":619.44000000000005}]
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["Castilla y León","Salamanca","Navarredonda de la Rinconada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.607820799999999,-6.0097328000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6078208, -6,0097328"},1026,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.1000000000000001},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":661.14},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":661.14}]
["Castilla y León","Salamanca","Olmedo de Camaces",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.881467700000002,-6.6219852000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8814677, -6,6219852"},713,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Parada de Arriba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.987655599999997,-5.7916540999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9876556, -5,7916541"},824,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":768.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.02}]
["Castilla y León","Salamanca","Pastores",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.516553399999999,-6.5094745999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5165534, -6,5094746"},764,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Peñaranda de Bracamonte",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.9030415,-5.1987031999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9030415, -5,1987032"},899,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.93}]
["Castilla y León","Salamanca","Peralejos de Arriba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.005276799999997,-6.3324353000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0052768, -6,3324353"},789,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
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["Castilla y León","Salamanca","Redonda, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.909661900000003,-6.7476517999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9096619, -6,7476518"},668,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","Saelices el Chico",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.670481700000003,-6.6332861999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6704817, -6,6332862"},651,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Salamanca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.966230600000003,-5.6618319000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9662306, -5,6618319"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Salamanca","San Martín del Castañar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.523370499999999,-6.0636539000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5233705, -6,0636539"},834,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":678.87}]
["Castilla y León","Salamanca","San Morales",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.994596199999997,-5.5013078000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9945962, -5,5013078"},794,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
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["Castilla y León","Salamanca","San Pedro del Valle",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.034732699999999,-5.8588230000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0347327, -5,858823"},791,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
["Castilla y León","Salamanca","Sanchón de la Sagrada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.744633399999998,-6.0237394000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7446334, -6,0237394"},863,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.5}]
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["Castilla y León","Salamanca","Santiz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.206465299999998,-5.8955073000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2064653, -5,8955073"},893,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":730.93},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":679.76}]
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["Castilla y León","Salamanca","Vega de Tirados",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.026943799999998,-5.8858388000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0269438, -5,8858388"},789,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
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["Castilla y León","Salamanca","Villagonzalo de Tormes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.893429099999999,-5.4939305999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8934291, -5,4939306"},801,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.87}]
["Castilla y León","Salamanca","Villanueva del Conde",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.510118400000003,-6.0105405999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,5101184, -6,0105406"},801,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":677.87}]
["Castilla y León","Salamanca","Villar de Argañán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.674441600000002,-6.7180878999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,6744416, -6,7180879"},718,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Villar de la Yegua",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.726383599999998,-6.7029351000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,7263836, -6,7029351"},713,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
["Castilla y León","Salamanca","Villares de Yeltes",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",40.867926699999998,-6.4115178999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,8679267, -6,4115179"},725,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":676.46}]
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["Castilla y León","Valladolid","Almenara de Adaja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.214743599999998,-4.6759431999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2147436, -4,6759432"},773,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.08}]
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["Castilla y León","Valladolid","Bolaños de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.007390299999997,-5.2827017999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0073903, -5,2827018"},711,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.67}]
["Castilla y León","Valladolid","Cabezón de Pisuerga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.73462,-4.6443028000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,73462, -4,6443028"},698,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.24}]
["Castilla y León","Valladolid","Campillo, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.2587793,-5.0136592000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2587793, -5,0136592"},747,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.51}]
["Castilla y León","Valladolid","Canalejas de Peñafiel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.527524900000003,-4.1140827,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5275249, -4,1140827"},895,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":672.52}]
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["Castilla y León","Valladolid","Castromonte",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.774667399999998,-5.0393442000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7746674, -5,0393442"},840,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.68}]
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["Castilla y León","Valladolid","Cervillego de la Cruz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.188554099999998,-4.9492079999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1885541, -4,949208"},755,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.71}]
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["Castilla y León","Valladolid","Herrín de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.126075399999998,-4.9513822999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1260754, -4,9513823"},784,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":673.08}]
["Castilla y León","Valladolid","Langayo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.570819200000003,-4.1975822999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5708192, -4,1975823"},835,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":672.03}]
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["Castilla y León","Valladolid","Matilla de los Caños",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.549207500000001,-4.9663003999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5492075, -4,9663004"},746,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.51}]
["Castilla y León","Valladolid","Medina del Campo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.309842500000002,-4.9136972999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3098425, -4,9136973"},720,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.93}]
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["Castilla y León","Valladolid","Mojados",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.432624799999999,-4.6633453999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4326248, -4,6633454"},718,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.67}]
["Castilla y León","Valladolid","Moral de la Reina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.986639500000003,-5.0710845000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9866395, -5,0710845"},767,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
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["Castilla y León","Valladolid","Mudarra, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.780836100000002,-4.9432825999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7808361, -4,9432826"},847,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":741.41},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.68}]
["Castilla y León","Valladolid","Nueva Villa de las Torres",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.268903299999998,-5.0549160999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2689033, -5,0549161"},749,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.51}]
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["Castilla y León","Valladolid","Palazuelo de Vedija",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.930812099999997,-5.1441708999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9308121, -5,1441709"},785,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":673.08}]
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["Castilla y León","Valladolid","Portillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.4800927,-4.5867110999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4800927, -4,5867111"},850,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.9}]
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["Castilla y León","Valladolid","Rábano",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.532986700000002,-4.0603562999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5329867, -4,0603563"},974,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.99},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":675.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.81}]
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["Castilla y León","Valladolid","Rubí de Bracamonte",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.2153524,-4.9222713000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2153524, -4,9222713"},756,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.71}]
["Castilla y León","Valladolid","Rueda",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.413564800000003,-4.9586136999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4135648, -4,9586137"},726,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.93}]
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["Castilla y León","Valladolid","San Miguel del Arroyo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.443513799999998,-4.4582800000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4435138, -4,45828"},821,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.31}]
["Castilla y León","Valladolid","San Pedro de Latarce",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.736831700000003,-5.3243115000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7368317, -5,3243115"},706,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.24}]
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["Castilla y León","Valladolid","Santervás de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.218927100000002,-5.0990143000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2189271, -5,0990143"},770,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.08}]
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["Castilla y León","Valladolid","Tordehumos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.816188599999997,-5.1574365999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8161886, -5,1574366"},743,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.51}]
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["Castilla y León","Valladolid","Traspinedo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.5766274,-4.4729656000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5766274, -4,4729656"},751,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.71}]
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["Castilla y León","Valladolid","Valdearcos de la Vega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.644163300000002,-4.0470480000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6441633, -4,047048"},777,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.08}]
["Castilla y León","Valladolid","Valdestillas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.476974800000001,-4.7695080000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4769748, -4,769508"},702,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.24}]
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["Castilla y León","Valladolid","Villalán de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.015537700000003,-5.2348094999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0155377, -5,2348095"},754,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.71}]
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["Castilla y León","Valladolid","Villamuriel de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.948103799999998,-5.2059120999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9481038, -5,2059121"},741,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":668.51}]
["Castilla y León","Valladolid","Villanueva de Duero",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.518892000000001,-4.8668778000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,518892, -4,8668778"},694,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":671.24}]
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["Castilla y León","Valladolid","Villasexmir",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.640502699999999,-5.0630207,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6405027, -5,0630207"},724,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.93}]
["Castilla y León","Valladolid","Villaverde de Medina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.307942400000002,-5.0247273999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3079424, -5,0247274"},729,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":669.93}]
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["Castilla y León","Zamora","Barcial del Barco",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.934364600000002,-5.6625351999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9343646, -5,6625352"},710,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":685.66}]
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["Castilla y León","Zamora","Brime de Urz",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.038734699999999,-5.8716470999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0387347, -5,8716471"},717,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":688.56}]
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["Castilla y León","Zamora","Maire de Castroponce",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.113409300000001,-5.7831026000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1134093, -5,7831026"},748,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.22}]
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["Castilla y León","Zamora","Molacillos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.583229099999997,-5.6588459000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5832291, -5,6588459"},639,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.62}]
["Castilla y León","Zamora","Monfarracinos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.5560185,-5.7056880000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5560185, -5,705688"},639,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.62}]
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["Castilla y León","Zamora","Moralina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.491419899999997,-6.1371038000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4914199, -6,1371038"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
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["Castilla y León","Zamora","Olmillos de Castro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.732107300000003,-5.9670984000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7321073, -5,9670984"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
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["Castilla y León","Zamora","Pobladura de Valderaduey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.700276600000002,-5.5407362999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7002766, -5,5407363"},675,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.38}]
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["Castilla y León","Zamora","Riofrío de Aliste",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.817505699999998,-6.1767875999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8175057, -6,1767876"},791,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.94},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.98}]
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["Castilla y León","Zamora","Rosinos de la Requejada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.086412500000002,-6.5323986999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0864125, -6,5323987"},1020,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":623.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":623.96}]
["Castilla y León","Zamora","San Cebrián de Castro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.706644799999999,-5.7528581000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7066448, -5,7528581"},692,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
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["Castilla y León","Zamora","San Martín de Valderaduey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.814371600000001,-5.4709690999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8143716, -5,4709691"},684,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
["Castilla y León","Zamora","San Pedro de Ceque",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.044955199999997,-6.0716539999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0449552, -6,071654"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
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["Castilla y León","Zamora","Villamor de los Escuderos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.254209400000001,-5.5728914999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,2542094, -5,5728915"},820,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.75}]
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["Castilla y León","Zamora","Villar del Buey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.332015400000003,-6.1918920000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3320154, -6,191892"},760,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
["Castilla y León","Zamora","Villaralbo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.492601700000002,-5.6832820999999996,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,4926017, -5,6832821"},637,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.62}]
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["Castilla y León","Zamora","Villarrín de Campos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.796705899999999,-5.6375707000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7967059, -5,6375707"},690,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
["Castilla y León","Zamora","Villaveza del Agua",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.920069300000002,-5.6770126000000003,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9200693, -5,6770126"},700,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.52}]
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["Cataluña","Barcelona","Sant Antoni de Vilamajor",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.673675600000003,2.4017542000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6736756, 2,4017542"},265,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":824.46}]
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["Cataluña","Barcelona","Santa Eugènia de Berga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",41.901320400000003,2.2839014999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9013204, 2,2839015"},539,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":779.16}]
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["Cataluña","Barcelona","Santa Maria de Besora",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.128571100000002,2.2589654000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1285711, 2,2589654"},870,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":614.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":614.96}]
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["Cataluña","Barcelona","Vilobí del Penedès",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.389682399999998,1.6628239,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3896824, 1,6628239"},282,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":934.63},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":822.47}]
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["Cataluña","Girona","Escala, L'",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C2",42.125931399999999,3.1348932999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1259314, 3,1348933"},14,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":987.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":760.51}]
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["Cataluña","Girona","Riudellots de la Selva",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C2",41.894109800000003,2.8043602000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,8941098, 2,8043602"},98,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":987.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":760.51}]
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["Cataluña","Girona","Salt",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C2",41.974960600000003,2.7887848000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9749606, 2,7887848"},86,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":987.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":760.51}]
["Cataluña","Girona","Sant Feliu de Buixalleu",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.792029900000003,2.5871976999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,7920299, 2,5871977"},402,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":758.41}]
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["Cataluña","Girona","Sant Jaume de Llierca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.213152200000003,2.6084535999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2131522, 2,6084536"},203,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":758.12}]
["Cataluña","Girona","Sant Joan de Mollet",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C2",42.047462000000003,2.9432092000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,047462, 2,9432092"},54,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":987.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":760.51}]
["Cataluña","Girona","Sant Julià del Llor i Bonmatí",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.972144900000004,2.6652086000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9721449, 2,6652086"},141,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.77},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":987.67},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":760.51}]
["Cataluña","Girona","Sant Llorenç de la Muga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.321158500000003,2.7894511,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3211585, 2,7894511"},173,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":967.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":764.31}]
["Cataluña","Girona","Sant Miquel de Campmajor",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.136641599999997,2.6798316999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1366416, 2,6798317"},217,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":941.12},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":762.31}]
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["Cataluña","Lleida","Omellons, Els",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.5116777,0.96030749999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,5116777, 0,9603075"},385,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":734.66}]
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["Cataluña","Lleida","Sant Guim de Freixenet",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.657182499999998,1.4211985,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,6571825, 1,4211985"},738,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":580.99},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":580.99}]
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["Cataluña","Tarragona","Pla de Santa Maria, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.3630882,1.2933565,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,3630882, 1,2933565"},381,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":805.5}]
["Cataluña","Tarragona","Pobla de Mafumet, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.188009899999997,1.2114697999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1880099, 1,2114698"},101,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.71},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1147.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":814.69}]
["Cataluña","Tarragona","Pobla de Montornès, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.179736900000002,1.4153157999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1797369, 1,4153158"},56,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":9.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.68},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1186.79},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":807.02}]
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["Cataluña","Tarragona","Ulldemolins",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",41.322834999999998,0.87708240000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,322835, 0,8770824"},651,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":784.68}]
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["Cataluña","Tarragona","Vandellòs i l'Hospitalet de l'Infant",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.020724399999999,0.83246849999999994,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,0207244, 0,8324685"},281,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1015.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":812.14}]
["Cataluña","Tarragona","Vilalba dels Arcs",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",41.121005699999998,0.41112120000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,1210057, 0,4111212"},450,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":902.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":812.49}]
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["Extremadura","Badajoz","Garrovilla, La",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.920026300000004,-6.4774797,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9200263, -6,4774797"},216,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1101.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":903.45}]
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["Extremadura","Badajoz","Medina de las Torres",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.343747899999997,-6.4106591000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,3437479, -6,4106591"},529,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":890.29}]
["Extremadura","Badajoz","Mirandilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",39.003151199999998,-6.2874850000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,0031512, -6,287485"},290,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1050.5},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":903.43}]
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["Extremadura","Badajoz","Montijo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.910259000000003,-6.6127396999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,910259, -6,6127397"},201,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1116.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":904.62}]
["Extremadura","Badajoz","Navalvillar de Pela",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",39.092382999999998,-5.4673812000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,092383, -5,4673812"},350,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1008.23},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":897.32}]
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["Extremadura","Badajoz","Peñalsordo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.820920899999997,-5.1141985999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,8209209, -5,1141986"},400,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":974.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":896.24}]
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["Extremadura","Badajoz","Puebla de Sancho Pérez",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.3966365,-6.3984687999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,3966365, -6,3984688"},520,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":896.51}]
["Extremadura","Badajoz","Pueblonuevo del Guadiana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",38.923891300000001,-6.7548376000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,9238913, -6,7548376"},196,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1116.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":904.62}]
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["Extremadura","Badajoz","Salvaleón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",38.511835300000001,-6.7865051999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,5118353, -6,7865052"},520,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":896.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":896.51}]
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["Extremadura","Badajoz","Villafranca de los Barros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C3",38.563744999999997,-6.3373711999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"38,563745, -6,3373712"},410,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.93},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":967.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":899.76}]
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["Extremadura","Badajoz","Villar del Rey",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",39.132841499999998,-6.8464252999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,1328415, -6,8464253"},241,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.1999999999999993},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1086.9000000000001},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":902.13}]
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["Extremadura","Cáceres","San Martín de Trevejo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.214286999999999,-6.7949384000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,214287, -6,7949384"},610,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":909.06},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":827.24}]
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["Extremadura","Cáceres","Santa Marta de Magasca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",39.5125162,-6.0979780999999997,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,5125162, -6,0979781"},379,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1057.69},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":825}]
["Extremadura","Cáceres","Santibáñez el Bajo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C4",40.177188399999999,-6.2224887000000004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,1771884, -6,2224887"},379,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":7.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1057.69},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":825}]
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["Islas Baleares","Islas Baleares","Sóller",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"B"},"B3",39.766908200000003,2.7180488999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"39,7669082, 2,7180489"},41,"NO",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":11.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.73},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1329.55},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":970.57}]
["La Rioja","La Rioja","Ábalos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.574401199999997,-2.7085501999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5744012, -2,7085502"},589,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.38}]
["La Rioja","La Rioja","Aguilar del Río Alhama",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",41.962982199999999,-1.9917925999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,9629822, -1,9917926"},637,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":768.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.38}]
["La Rioja","La Rioja","Ajamil",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.168543900000003,-2.4870622,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1685439, -2,4870622"},1047,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":566.72},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":566.72}]
["La Rioja","La Rioja","Alcanadre",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.406315399999997,-2.1192419999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4063154, -2,119242"},346,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":921.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.33}]
["La Rioja","La Rioja","Alesón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.406124800000001,-2.6889154,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4061248, -2,6889154"},576,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.27}]
["La Rioja","La Rioja","Anguiano",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.262928500000001,-2.7629717,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2629285, -2,7629717"},663,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.22}]
["La Rioja","La Rioja","Arnedillo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.213523100000003,-2.2353187999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2135231, -2,2353188"},654,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":694.13}]
["La Rioja","La Rioja","Ausejo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.3458896,-2.1677962000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3458896, -2,1677962"},540,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.46}]
["La Rioja","La Rioja","Badarán",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.369008200000003,-2.8056866,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3690082, -2,8056866"},624,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":693.45}]
["La Rioja","La Rioja","Baños de Rioja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.513520900000003,-2.9446150000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5135209, -2,944615"},553,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.62}]
["La Rioja","La Rioja","Berceo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.339807,-2.8509335,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,339807, -2,8509335"},728,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.75}]
["La Rioja","La Rioja","Bezares",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.371578800000002,-2.6696539000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3715788, -2,6696539"},721,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.95},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":725.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.44}]
["La Rioja","La Rioja","Briñas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.6022946,-2.8314151000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6022946, -2,8314151"},455,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.79},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":871.86},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":688.77}]
["La Rioja","La Rioja","Calahorra",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.305503600000002,-1.9639004,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3055036, -1,9639004"},358,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":921.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.33}]
["La Rioja","La Rioja","Canillas de Río Tuerto",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.399680699999998,-2.8398563999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3996807, -2,8398564"},630,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":773.66},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":688.56}]
["La Rioja","La Rioja","Casalarreina",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.5492499,-2.9086539999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5492499, -2,908654"},510,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":841.9},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.36}]
["La Rioja","La Rioja","Cenicero",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.482088699999998,-2.6429152999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4820887, -2,6429153"},437,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.61}]
["La Rioja","La Rioja","Cidamón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.496359200000001,-2.8785514000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4963592, -2,8785514"},584,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.27}]
["La Rioja","La Rioja","Cihuri",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.565919600000001,-2.9214215000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5659196, -2,9214215"},489,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.81},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":853.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.56}]
["La Rioja","La Rioja","Cordovín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.386131800000001,-2.8132869999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3861318, -2,813287"},594,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.38}]
["La Rioja","La Rioja","Corporales",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.433563900000003,-2.9939214999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4335639, -2,9939215"},735,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2000000000000002},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.97},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":715.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":693.99}]
["La Rioja","La Rioja","Entrena",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.389825199999997,-2.5304570000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3898252, -2,530457"},557,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.92}]
["La Rioja","La Rioja","Ezcaray",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.325493899999998,-3.0121362,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3254939, -3,0121362"},813,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
["La Rioja","La Rioja","Galbárruli",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.622674000000004,-2.9603701999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,622674, -2,9603702"},652,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":694.13}]
["La Rioja","La Rioja","Gimileo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.551218300000002,-2.8213216000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5512183, -2,8213216"},482,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.82}]
["La Rioja","La Rioja","Haro",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.576653499999999,-2.8489084999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5766535, -2,8489085"},479,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.82}]
["La Rioja","La Rioja","Herce",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.215502600000001,-2.1640586000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2155026, -2,1640586"},612,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.52}]
["La Rioja","La Rioja","Hormilleja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.456479399999999,-2.7294071999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4564794, -2,7294072"},495,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.82},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":695.21}]
["La Rioja","La Rioja","Hornillos de Cameros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.211172099999999,-2.4177873000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2111721, -2,4177873"},1152,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-1.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":521.45000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":521.45000000000005}]
["La Rioja","La Rioja","Jalón de Cameros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.218987400000003,-2.4891985000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2189874, -2,4891985"},876,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":646.97},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":646.97}]
["La Rioja","La Rioja","Lardero",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.428699700000003,-2.4620931000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4286997, -2,4620931"},436,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":884.11},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.61}]
["La Rioja","La Rioja","Logroño",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.463748000000002,-2.4465895999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,463748, -2,4465896"},379,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":921.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.33}]
["La Rioja","La Rioja","Lumbreras",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.105887000000003,-2.6212086000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,105887, -2,6212086"},1184,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":504.27},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":504.27}]
["La Rioja","La Rioja","Matute",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.299642200000001,-2.7937688000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2996422, -2,7937688"},668,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
["La Rioja","La Rioja","Medrano",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.384240699999999,-2.5527286,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3842407, -2,5527286"},600,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":790.25},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.52}]
["La Rioja","La Rioja","Muro de Aguas",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.1347205,-2.1104316000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1347205, -2,1104316"},896,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":637.67999999999995},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":637.67999999999995}]
["La Rioja","La Rioja","Navajún",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",41.966023999999997,-2.0975771999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"41,966024, -2,0975772"},930,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":623.96},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":623.96}]
["La Rioja","La Rioja","Nieva de Cameros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.219637300000002,-2.6656005999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2196373, -2,6656006"},1033,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":576.20000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":576.20000000000005}]
["La Rioja","La Rioja","Ocón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.314920100000002,-2.2073974000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3149201, -2,2073974"},905,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":0.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":633.07000000000005},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":633.07000000000005}]
["La Rioja","La Rioja","Pazuengos",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.318714999999997,-2.9241568,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,318715, -2,9241568"},1162,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":517.1},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":517.1}]
["La Rioja","La Rioja","Pradejón",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.336104400000004,-2.0665719999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3361044, -2,066572"},361,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":921.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.33}]
["La Rioja","La Rioja","Quel",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.2298592,-2.0475389000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2298592, -2,0475389"},484,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.8},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":859.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.82}]
["La Rioja","La Rioja","Rabanera",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.190509800000001,-2.4850680999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,1905098, -2,4850681"},978,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-0.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":600.51},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":600.51}]
["La Rioja","La Rioja","Rincón de Soto",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.234159900000002,-1.8487308,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2341599, -1,8487308"},286,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.75},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":921.77},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.33}]
["La Rioja","La Rioja","Rodezno",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.5262162,-2.8441600999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5262162, -2,8441601"},547,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":687.62}]
["La Rioja","La Rioja","San Millán de la Cogolla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.330812299999998,-2.8598148999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3308123, -2,8598149"},726,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.75}]
["La Rioja","La Rioja","San Torcuato",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.483041200000002,-2.8886753999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4830412, -2,8886754"},605,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":690.52}]
["La Rioja","La Rioja","Santa Eulalia Bajera",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.21096,-2.1899215999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,21096, -2,1899216"},619,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.89},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":693.45}]
["La Rioja","La Rioja","Santo Domingo de la Calzada",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.441659399999999,-2.9525814000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4416594, -2,9525814"},639,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":768.2},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.38}]
["La Rioja","La Rioja","Sorzano",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.343879600000001,-2.5265502,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3438796, -2,5265502"},729,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":720.57},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.75}]
["La Rioja","La Rioja","Sotés",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.400449799999997,-2.6012159000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4004498, -2,6012159"},668,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":752.03},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.87}]
["La Rioja","La Rioja","Tirgo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.547022900000002,-2.9476301,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5470229, -2,9476301"},523,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":693.9}]
["La Rioja","La Rioja","Torrecilla en Cameros",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.257077899999999,-2.6284274999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2570779, -2,6284275"},759,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.98},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":705.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":691.18}]
["La Rioja","La Rioja","Treviana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.559631799999998,-3.0499440999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5596318, -3,0499441"},587,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.38}]
["La Rioja","La Rioja","Tudelilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.2997497,-2.1156335999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,2997497, -2,1156336"},541,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":824.36},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.46}]
["La Rioja","La Rioja","Ventosa",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.4050346,-2.6254898999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,4050346, -2,6254899"},655,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.91},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":757.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.22}]
["La Rioja","La Rioja","Villalba de Rioja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.611277600000001,-2.8862529000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6112776, -2,8862529"},580,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":689.27}]
["La Rioja","La Rioja","Villalobar de Rioja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.492004999999999,-2.9634949000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,492005, -2,9634949"},590,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":692.38}]
["La Rioja","La Rioja","Villar de Arnedo, El",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D2",42.321465600000003,-2.0940927999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3214656, -2,0940928"},429,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":5.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.78},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":890.29},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":694.43}]
["La Rioja","La Rioja","Villarejo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.374969399999998,-2.8854657000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3749694, -2,8854657"},830,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":670.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":670.73}]
["La Rioja","La Rioja","Villaverde de Rioja",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.321288600000003,-2.8125079999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3212886, -2,812508"},813,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":680.45},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":680.45}]
["La Rioja","La Rioja","Viniegra de Arriba",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.096528200000002,-2.8325193999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,0965282, -2,8325194"},1185,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":-2.2999999999999998},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":504.27},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":504.27}]
["La Rioja","La Rioja","Zorraquín",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.326839300000003,-3.0373803000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,3268393, -3,0373803"},862,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":656.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":656.38}]
["Madrid","Madrid","Alameda del Valle",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",40.918685400000001,-3.8413583,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,9186854, -3,8413583"},1110,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":656.38},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":656.38}]
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["Madrid","Madrid","San Martín de la Vega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.2100133,-3.5710814000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,2100133, -3,5710814"},515,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.71},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":672.83}]
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["Madrid","Madrid","Villamantilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D3",40.338790299999999,-4.1296062999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"40,3387903, -4,1296063"},551,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":6.2},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.71},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":947.65},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":672.83}]
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["Navarra","Navarra","Saldías",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.091404500000003,-1.7770726999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,0914045, -1,7770727"},554,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.5},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":784.68},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":674.82}]
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["Navarra","Navarra","San Martín de Unx",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.525824100000001,-1.5595988000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5258241, -1,5595988"},627,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":746.7},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":672.03}]
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["País Vasco","Álava","Arraia-Maeztu",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.740214000000002,-2.4465807000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,740214, -2,4465807"},659,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.1},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.92},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":762.78},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":701.76}]
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["País Vasco","Álava","Artziniega",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.121938999999998,-3.1266123000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,121939, -3,1266123"},209,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Asparrena",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.890790099999997,-2.3154246000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8907901, -2,3154246"},600,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.7},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":795.84},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":700.34}]
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["País Vasco","Álava","Baños de Ebro/Mañueta",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.531271199999999,-2.6773368,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5312712, -2,6773368"},416,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Barrundia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.916476799999998,-2.4927869,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,9164768, -2,4927869"},575,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":707.18}]
["País Vasco","Álava","Berantevilla",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.683829899999999,-2.8584136,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,6838299, -2,8584136"},479,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Bernedo",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.627882999999997,-2.4975752999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,627883, -2,4975753"},711,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":2.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.96},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":736.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":706.7}]
["País Vasco","Álava","Campezo/Kanpezu",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.670820999999997,-2.3507921000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,670821, -2,3507921"},583,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":702.22}]
["País Vasco","Álava","Elburgo/Burgelu",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.850508599999998,-2.5447285000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8505086, -2,5447285"},542,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":830.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.64}]
["País Vasco","Álava","Elciego",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.516677100000003,-2.6171549000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5166771, -2,6171549"},440,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Elvillar/Bilar",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.568641800000002,-2.5441034999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5686418, -2,5441035"},585,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":807.15},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":702.22}]
["País Vasco","Álava","Harana/Valle de Arana",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.753998199999998,-2.3297626,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7539982, -2,3297626"},815,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":1.6},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":1},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":685.35},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":685.35}]
["País Vasco","Álava","Iruña Oka/Iruña de Oca",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.818842500000002,-2.8128467000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8188425, -2,8128467"},501,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Iruraiz-Gauna",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.832196699999997,-2.4742679000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8321967, -2,4742679"},637,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.9},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":779.16},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":701.24}]
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["País Vasco","Álava","Lanciego/Lantziego",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.563554400000001,-2.5114922000000002,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5635544, -2,5114922"},545,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.3},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.85},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":830.17},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.64}]
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["País Vasco","Álava","Laudio/Llodio",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",43.143613600000002,-2.9612650999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,1436136, -2,9612651"},127,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
["País Vasco","Álava","Legutiano",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.9809731,-2.6412684,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,9809731, -2,6412684"},570,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":707.18}]
["País Vasco","Álava","Leza",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.566260300000003,-2.6332985999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5662603, -2,6332986"},566,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.0999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.86},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":818.59},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.99}]
["País Vasco","Álava","Moreda de Álava",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.525689499999999,-2.4072054999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5256895, -2,4072055"},468,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
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["País Vasco","Álava","Ribera Baja/Erribera Beitia",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.7136043,-2.9163508,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,7136043, -2,9163508"},483,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
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["País Vasco","Álava","Samaniego",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.568915500000003,-2.6777519999999999,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5689155, -2,677752"},573,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.87},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":812.85},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":707.18}]
["País Vasco","Álava","San Millán/Donemiliaga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"E"},"E1",42.874928500000003,-2.3762040999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8749285, -2,3762041"},595,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":3.8},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.88},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":801.48},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":705.3}]
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["País Vasco","Álava","Valdegovía",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.8486707,-3.0975378999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,8486707, -3,0975379"},533,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.4000000000000004},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.84},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":836.02},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":702.26}]
["País Vasco","Álava","Villabuena de Álava/Eskuernaga",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"D"},"D1",42.549247100000002,-2.6650648000000001,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"42,5492471, -2,6650648"},486,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":4.5999999999999996},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.83},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":847.82},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":703.69}]
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["País Vasco","Vizcaya","Valle de Trápaga/Trapagaran",{"$f":"IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"α1\",Tabla1[[#This Row],[Zona\nClimática]]=\"α2\",Tabla1[[#This Row],[Zona\nClimática]]=\"α3\",Tabla1[[#This Row],[Zona\nClimática]]=\"α4\")),\"α\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"A1\",Tabla1[[#This Row],[Zona\nClimática]]=\"A2\",Tabla1[[#This Row],[Zona\nClimática]]=\"A3\",Tabla1[[#This Row],[Zona\nClimática]]=\"A4\")),\"A\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"B1\",Tabla1[[#This Row],[Zona\nClimática]]=\"B2\",Tabla1[[#This Row],[Zona\nClimática]]=\"B3\",Tabla1[[#This Row],[Zona\nClimática]]=\"B4\")),\"B\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"C1\",Tabla1[[#This Row],[Zona\nClimática]]=\"C2\",Tabla1[[#This Row],[Zona\nClimática]]=\"C3\",Tabla1[[#This Row],[Zona\nClimática]]=\"C4\")),\"C\",(IF((OR(Tabla1[[#This Row],[Zona\nClimática]]=\"D1\",Tabla1[[#This Row],[Zona\nClimática]]=\"D2\",Tabla1[[#This Row],[Zona\nClimática]]=\"D3\",Tabla1[[#This Row],[Zona\nClimática]]=\"D4\")),\"D\",\"E\")))))))))","v":"C"},"C1",43.3061449,-3.0361254999999998,{"$f":"CONCATENATE(Tabla1[[#This Row],[Latitud N]],\", \",Tabla1[[#This Row],[Longitud W]])","v":"43,3061449, -3,0361255"},38,"SI",{"$f":"ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]<(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE)),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,4,FALSE))-((Tabla1[[#This Row],[Altitud\n(m)]]-(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)))/100)))),1)","v":8.9},{"$f":"IF((ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2))>1,1,(ROUND((IF(Tabla1[[#This Row],[Altitud\n(m)]]>=(VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$2:$D$54,3,FALSE)),(((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$A$3:$Q$54,17,FALSE))/(IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),(610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))))))),((VLOOKUP(Tabla1[[#This Row],[Provincia]],AUX_LOCALIDADES!$S$3:$AG$54,4,FALSE))/100))),2)))","v":0.73},{"$f":"IF(Tabla1[[#This Row],[Text media Enero\n(ºC)]]<0,(ROUND((610.5*(EXP((21.875*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(265.5+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)),(ROUND((610.5*(EXP((17.269*Tabla1[[#This Row],[Text media Enero\n(ºC)]])/(237.3+Tabla1[[#This Row],[Text media Enero\n(ºC)]])))),2)))","v":1139.73},{"$f":"ROUND((Tabla1[[#This Row],[Psat\n(Pa)]]*Tabla1[[#This Row],[HRext Enero\n(tanto por 1)]]),2)","v":832}]
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{"sheet":"MATERIALES","index":2,"n_rows":443,"n_cols":8,"rows_kept":443,"cut":false,"hidden":true,"merged":[]}
["Grupo","Material","Espesor\n(m)","Conductividad térmica\n(W/mK)","Resistencia térmica\n(m²K/W)","Densidad\n(Kg/m³)","Calor Específico\n(Cp)","Factor de resistencia a la\ndifusión del vapor de agua"]
["AislamientosValero","EEPS-GrafipolTR0_Valero",null,3.3000000000000002E-2,null,13,1200,30]
["AislamientosValero","EEPS-GrafipolTR0-Impact_Valero",null,3.3000000000000002E-2,null,13,1200,30]
["AislamientosValero","EPS-DonpolAzul_Valero",null,3.3000000000000002E-2,null,26,1200,40]
["AislamientosValero","EPS-DonpolVerdeHidrófobo_Valero",null,3.2000000000000001E-2,null,30,1200,40]
["AislamientosValero","EPS-GrafipolCubInclinadas_Valero",null,2.9000000000000001E-2,null,28,1200,40]
["AislamientosValero","EPS-GrafipolFrenteForjado_Valero",null,3.2000000000000001E-2,null,13,1200,30]
["AislamientosValero","EPS-GrafipolMedianeras_Valero",null,3.2000000000000001E-2,null,13,1200,30]
["AislamientosValero","EPS-GrafipolTermoimpact_Valero",null,0.03,null,18,1200,40]
["AislamientosValero","EPS-GrafipolTR29_Valero",null,2.9000000000000001E-2,null,28,1200,40]
["AislamientosValero","EPS-GrafipolTR30_Valero",null,0.03,null,18,1200,40]
["AislamientosValero","EPS-GrafipolTR31_Valero",null,3.1E-2,null,16,1200,40]
["AislamientosValero","EPS-GrafipolTR32_Valero",null,3.2000000000000001E-2,null,13,1200,30]
["AislamientosValero","EPS-GrafipolTR5_Valero",4.2000000000000003E-2,3.2000000000000001E-2,1.25,140,1200,30]
["AislamientosValero","EPS-GrafipolTR-SATE_Valero",null,3.1E-2,null,16,1200,40]
["AislamientosValero","EPS-GVSATE_Valero",null,3.5999999999999997E-2,null,16,1200,40]
["Aislantes","EPS Poliestireno expandido [0,029 W/mK]",null,2.9000000000000001E-2,null,30,1000,20]
["Aislantes","EPS Poliestireno expandido [0,032 W/mK]",null,3.2000000000000001E-2,null,30,1000,20]
["Aislantes","EPS Poliestireno expandido [0,036 W/mK]",null,3.5999999999999997E-2,null,30,1000,20]
["Aislantes","MW Lana mineral [0,032 W/mK]",null,3.2000000000000001E-2,null,40,1000,1]
["Aislantes","MW Lana mineral [0,034 W/mK]",null,3.4000000000000002E-2,null,40,1000,1]
["Aislantes","MW Lana mineral [0,035 W/mK]",null,3.5000000000000003E-2,null,40,1000,1]
["Aislantes","MW Lana mineral [0,036 W/mK]",null,3.5999999999999997E-2,null,40,1000,1]
["Aislantes","MW Lana mineral [0,037 W/mK]",null,3.6999999999999998E-2,null,40,1000,1]
["Aislantes","MW Lana mineral [0,041 W/mK]",null,4.1000000000000002E-2,null,40,1000,1]
["Aislantes","Panel de vidrio celular [CG]",null,4.8000000000000001E-2,null,125,1000,{"$f":"1E+30","v":1E+30}]
["Aislantes","PIR espuma de Poliisocianurato [0,023 W/mK]",null,2.3E-2,null,40,1000,100]
["Aislantes","PIR espuma de Poliisocianurato [0,025 W/mK]",null,2.5000000000000001E-2,null,40,1000,100]
["Aislantes","PUR espuma de Poliuretano [0,028 W/mK]",null,2.8000000000000001E-2,null,35,650,60]
["Aislantes","XPS Poliestireno extruido [0,033 W/mK]",null,3.3000000000000002E-2,null,30,1450,80]
["Aislantes","XPS Poliestireno extruido [0,034 W/mK]",null,3.4000000000000002E-2,null,30,1450,80]
["Aislantes","XPS Poliestireno extruido [0,036 W/mK]",null,3.5999999999999997E-2,null,30,1450,80]
["Aislantes","XPS Poliestireno extruido [0,038 W/mK]",null,3.7999999999999999E-2,null,30,1450,80]
["Bituminosos","Asfalto",null,0.7,null,2100,1000,50000]
["Bituminosos","Asfalto arenoso",null,0.15,null,2100,1000,50000]
["Bituminosos","Betún fieltro o lámina",null,0.23,null,1100,1000,50000]
["Bituminosos","Betún puro",null,0.17,null,1050,1000,50000]
["Bloque_Cerámico","BC con mortero aislante espesor 140 mm",0.14000000000000001,0.32400000000000001,0.432,1020,1000,10]
["Bloque_Cerámico","BC con mortero aislante espesor 190 mm",0.19,0.30599999999999999,0.621,910,1000,10]
["Bloque_Cerámico","BC con mortero aislante espesor 240 mm",0.24,0.29799999999999999,0.80500000000000005,920,1000,10]
["Bloque_Cerámico","BC con mortero aislante espesor 290 mm",0.28999999999999998,0.29499999999999998,0.98299999999999998,910,1000,10]
["Bloque_Cerámico","BC con mortero convencional espesor 140 mm",0.14000000000000001,0.438,0.32,1170,1000,10]
["Bloque_Cerámico","BC con mortero convencional espesor 190 mm",0.19,0.433,0.439,1080,1000,10]
["Bloque_Cerámico","BC con mortero convencional espesor 240 mm",0.24,0.42399999999999999,0.56599999999999995,1090,1000,10]
["Bloque_Cerámico","BC con mortero convencional espesor 290 mm",0.28999999999999998,0.42099999999999999,0.68899999999999995,1080,1000,10]
["Bloque_HormigónAL","BH aligerado hueco espesor 250 mm",0.25,0.47199999999999998,0.53,760,1000,6]
["Bloque_HormigónAL","BH aligerado hueco espesor 300 mm",0.3,0.45400000000000001,0.66100000000000003,1050,1000,6]
["Bloque_HormigónAL","BH aligerado hueco -muro de carga- espesor 300 mm",0.3,0.47499999999999998,0.63200000000000001,1160,1000,6]
["Bloque_HormigónAL","BH aligerado hueco -muro de carga- espesor 300 mm con mortero aligerado",0.3,0.42099999999999999,0.71299999999999997,1100,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 140 mm",0.14000000000000001,0.17499999999999999,0.8,1134,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 170 mm",0.17,0.309,0.55000000000000004,1450,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 240 mm",0.24,0.26400000000000001,0.90900000000000003,900,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 290 mm",0.28999999999999998,0.30499999999999999,0.95099999999999996,1050,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 290 mm, muro de carga",0.28999999999999998,0.46,0.63,1160,1000,6]
["Bloque_HormigónAL","BH aligerado macizo con áridos ligeros 290 mm, muro de carga con mortero aislante",0.28999999999999998,0.40799999999999997,0.71099999999999997,1100,1000,6]
["Bloque_HormigónAL","BH aligerado macizo espesor 200 mm",0.2,0.28699999999999998,0.69699999999999995,840,1000,6]
["Bloque_HormigónAL","BH aligerado macizo espesor 250 mm",0.25,0.3,0.83299999999999996,850,1000,6]
["Bloque_HormigónAL","BH aligerado macizo espesor 300 mm",0.3,0.317,0.94599999999999995,860,1000,6]
["Bloque_HormigónAL","BH aligerado macizo -muro de carga- espesor 300 mm",0.3,0.33800000000000002,0.88800000000000001,940,1000,6]
["Bloque_HormigónAL","BH aligerado macizo -muro de carga- espesor 300 mm con mortero aligerado",0.3,0.28699999999999998,1.0449999999999999,910,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 110 mm",0.11,0.186,0.59099999999999997,1095,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 140 mm",0.14000000000000001,0.20599999999999999,0.68,1000,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 190 mm",0.19,0.253,0.751,950,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 240 mm",0.24,0.28899999999999998,0.83,850,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 290 mm",0.28999999999999998,0.30499999999999999,0.95099999999999996,860,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 290 mm, muro de carga",0.28999999999999998,0.32600000000000001,0.89,970,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 290 mm, muro de carga con mortero aislante",0.28999999999999998,0.27600000000000002,1.0509999999999999,910,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 80 mm",0.08,0.17799999999999999,0.44900000000000001,1220,1000,6]
["Bloque_HormigónAL","BH aligerado perforado con áridos ligeros 90 mm",0.09,0.17299999999999999,0.52,1150,1000,6]
["Bloque_HormigónAL","Bloque de picón aligerado de 120 mm con cámara doble",0.12,0.38700000000000001,0.31,900,800,10]
["Bloque_HormigónAL","Bloque de picón aligerado de 150 mm con cámara doble",0.15,0.34899999999999998,0.43,950,800,10]
["Bloque_HormigónAL","Bloque de picón aligerado de 200 mm con cámara doble",0.2,0.41699999999999998,0.48,900,800,10]
["Bloque_HormigónAL","Bloque de picón aligerado de 250 mm con cámara doble",0.25,0.46300000000000002,0.54,800,800,10]
["Bloque_HormigónAL","Bloque de picón aligerado de 250 mm con cámara triple",0.25,0.40300000000000002,0.62,900,800,10]
["Bloque_HormigónAL","Bloque de picón aligerado de 90 mm con cámara simple",0.09,0.33300000000000002,0.27,1000,800,10]
["Bloque_HormigónAL","Bloque de picón de 120 mm con cámara doble",0.12,0.46200000000000002,0.26,1100,800,10]
["Bloque_HormigónAL","Bloque de picón de 150 mm con cámara doble",0.15,0.42899999999999999,0.35,1150,800,10]
["Bloque_HormigónAL","Bloque de picón de 200 mm con cámara doble",0.2,0.5,0.4,1000,800,10]
["Bloque_HormigónAL","Bloque de picón de 250 mm con cámara doble",0.25,0.55600000000000005,0.45,900,800,10]
["Bloque_HormigónAL","Bloque de picón de 250 mm con cámara triple",0.25,0.5,0.5,1000,800,10]
["Bloque_HormigónAL","Bloque de picón de 90 mm con cámara simple",0.09,0.40899999999999997,0.22,1200,800,10]
["Bloque_HormigónCO","BH convencional espesor 100 mm",0.1,0.63200000000000001,0.158,1210,1000,10]
["Bloque_HormigónCO","BH convencional espesor 150 mm",0.15,0.78900000000000003,0.19,1040,1000,10]
["Bloque_HormigónCO","BH convencional espesor 200 mm",0.2,0.92300000000000004,0.217,860,1000,10]
["Bloque_HormigónCO","BH convencional espesor 250 mm",0.25,1.0069999999999999,0.248,685,1000,10]
["Bloque_HormigónCO","BH convencional espesor 300 mm",0.3,1.1599999999999999,0.25900000000000001,585,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 110 mm",0.11,0.64700000000000002,0.17,1300,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 140 mm",0.14000000000000001,0.73699999999999999,0.19,1200,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 190 mm",0.19,0.86399999999999999,0.22,1100,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 240 mm",0.24,0.96,0.25,1100,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 290 mm",0.28999999999999998,1.115,0.26,1000,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 50 mm",0.05,1,0.05,2090,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 60 mm",0.06,0.85699999999999998,7.0000000000000007E-2,1552,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 80 mm",0.08,0.8,0.1,1514,1000,10]
["Bloque_HormigónCO","BH hueco con áridos densos 90 mm",0.09,0.56299999999999994,0.16,1400,1000,10]
["Cámaras_Aire","Cámara de aire ligeramente ventilada horizontal 1 cm",0.01,null,7.4999999999999997E-2,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada horizontal 10 cm",0.1,null,0.09,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada horizontal 2 cm",0.02,null,0.08,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada horizontal 5 cm",0.05,null,0.08,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada vertical 1 cm",0.01,null,7.4999999999999997E-2,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada vertical 10 cm",0.1,null,9.5000000000000001E-2,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada vertical 2 cm",0.02,null,8.5000000000000006E-2,null,null,1]
["Cámaras_Aire","Cámara de aire ligeramente ventilada vertical 5 cm",0.05,null,0.09,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar horizontal 1 cm",0.01,null,0.15,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar horizontal 10 cm",0.1,null,0.18,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar horizontal 2 cm",0.02,null,0.16,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar horizontal 5 cm",0.05,null,0.16,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar vertical 1 cm",0.01,null,0.15,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar vertical 10 cm",0.1,null,0.19,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar vertical 2 cm",0.02,null,0.17,null,null,1]
["Cámaras_Aire","Cámara de aire sin ventilar vertical 5 cm",0.05,null,0.18,null,null,1]
["Cámaras_Aire","Cámara de aire ventilada, flujo ascendente",null,null,0.06,null,null,1]
["Cámaras_Aire","Cámara de aire ventilada, flujo descendente",null,null,0.13,null,null,1]
["Cámaras_Aire","Cámara de aire ventilada, flujo horizontal",null,null,0.09,null,null,1]
["Cauchos","Butadieno",null,0.25,null,980,1000,100000]
["Cauchos","Butilo [isobutelo] compacto/colado en aceite",null,0.24,null,1200,1400,200000]
["Cauchos","Caucho celular",null,0.06,null,70,1500,7000]
["Cauchos","Caucho natural",null,0.13,null,910,1100,10000]
["Cauchos","Caucho rígido [ebonita] sólido",null,0.17,null,1200,1400,{"$f":"1E+30","v":1E+30}]
["Cauchos","Etileno propileno dieno monómero [EPDM]",null,0.25,null,1150,1000,6000]
["Cauchos","Neopreno [policloropreno]",null,0.23,null,1240,2140,10000]
["Cauchos","Poliisobutileno",null,0.2,null,930,1100,10000]
["Cauchos","Polisulfuro",null,0.4,null,1700,1000,10000]
["Cerámicos","Azulejo cerámico",null,1.3,null,2300,840,{"$f":"1E+30","v":1E+30}]
["Cerámicos","Gres (sílice) 2200 < d < 2590",null,2.2999999999999998,null,2395,1000,30]
["Cerámicos","Gres calcáreo 2000 < d < 2700",null,1.9,null,2350,1000,20]
["Cerámicos","Gres cuarzoso 2600 < d < 2800",null,2.6,null,2700,1000,30]
["Cerámicos","Plaqueta o baldosa cerámica",null,1,null,2000,800,30]
["Cerámicos","Plaqueta o baldosa de gres",null,2.2999999999999998,null,2500,1000,30]
["Cerámicos","Teja cerámica-porcelana",null,1.3,null,2300,840,30]
["Cerámicos","Teja de arcilla cocida",null,1,null,2000,800,30]
["Enlucidos","Enlucido de yeso 1000 < d < 1300",null,0.56999999999999995,null,1150,1000,6]
["Enlucidos","Enlucido de yeso aislante 500 < d < 600",null,0.18,null,550,1000,6]
["Enlucidos","Enlucido de yeso aislante 600 < d < 900",null,0.3,null,750,1000,6]
["Enlucidos","Enlucido de yeso d < 1000",null,0.4,null,900,1000,6]
["ForjadosRET","FR Entrevigado cerámico - Canto 250 mm",0.25,1.64,0.152,166,1000,10]
["ForjadosRET","FR Entrevigado cerámico - Canto 300 mm",0.3,1.6779999999999999,0.17899999999999999,1580,1000,10]
["ForjadosRET","FR Entrevigado cerámico - Canto 350 mm",0.35,1.7170000000000001,0.20399999999999999,1520,1000,10]
["ForjadosRET","FR Entrevigado de EPS mecanizado enrasado - Canto 250 mm",0.25,1.19,0.21,1280,1000,60]
["ForjadosRET","FR Entrevigado de EPS mecanizado enrasado - Canto 300 mm",0.3,0.66700000000000004,0.45,1470,1000,60]
["ForjadosRET","FR Entrevigado de EPS mecanizado enrasado - Canto 350 mm",0.35,0.70699999999999996,0.495,1420,1000,60]
["ForjadosRET","FR Entrevigado de EPS mecanizado enrasado - Canto 400 mm",0.4,0.74099999999999999,0.54,1390,1000,60]
["ForjadosRET","FR Entrevigado de EPS mecanizado enrasado - Canto 450 mm",0.45,0.76900000000000002,0.58499999999999996,1360,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado descolgado - Canto 250 mm",0.25,0.30499999999999999,0.82,1140,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado descolgado - Canto 300 mm",0.3,0.35699999999999998,0.84,1330,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado descolgado - Canto 350 mm",0.35,0.40200000000000002,0.871,1310,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado descolgado - Canto 400 mm",0.4,0.44,0.90900000000000003,1290,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado descolgado - Canto 450 mm",0.45,0.47899999999999998,0.93899999999999995,1280,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado enrasado - Canto 250 mm",0.25,1.1910000000000001,0.21,1280,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado enrasado - Canto 300 mm",0.3,1.056,0.28399999999999997,1460,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado enrasado - Canto 350 mm",0.35,1.0649999999999999,0.32900000000000001,1420,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado enrasado - Canto 400 mm",0.4,1.073,0.373,1380,1000,60]
["ForjadosRET","FR Entrevigado de EPS moldeado enrasado - Canto 450 mm",0.45,1.079,0.41699999999999998,1360,1000,60]
["ForjadosRET","FR Entrevigado de hormigón - Canto 250 mm",0.25,1.901,0.13200000000000001,1740,1000,10]
["ForjadosRET","FR Entrevigado de hormigón - Canto 300 mm",0.3,1.9470000000000001,0.154,1670,1000,10]
["ForjadosRET","FR Entrevigado de hormigón - Canto 350 mm",0.35,1.9950000000000001,0.17499999999999999,1610,1000,10]
["ForjadosRET","FR Entrevigado de hormigón - Canto 400 mm",0.4,2.0430000000000001,0.19600000000000001,1570,1000,10]
["ForjadosRET","FR Entrevigado de hormigón - Canto 450 mm",0.45,2.0910000000000002,0.215,1540,1000,10]
["ForjadosRET","FR Entrevigado de hormigón aligerado - Canto 250 mm",0.25,1.788,0.14000000000000001,1645,1000,6]
["ForjadosRET","FR Entrevigado de hormigón aligerado - Canto 300 mm",0.3,1.8380000000000001,0.16300000000000001,1570,1000,6]
["ForjadosRET","FR Entrevigado de hormigón aligerado - Canto 350 mm",0.35,1.89,0.185,1515,1000,6]
["ForjadosRET","FR Entrevigado de hormigón aligerado - Canto 400 mm",0.4,1.9359999999999999,0.20699999999999999,1480,1000,6]
["ForjadosRET","FR Entrevigado de hormigón aligerado - Canto 450 mm",0.45,1.986,0.22700000000000001,1455,1000,6]
["ForjadosRET","FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 250 mm",0.25,1.786,0.14000000000000001,1238,1000,6]
["ForjadosRET","FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 300 mm",0.3,1.875,0.16,1185,1000,6]
["ForjadosRET","FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 350 mm",0.35,1.8420000000000001,0.19,1138,1000,6]
["ForjadosRET","FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 400 mm",0.4,1.905,0.21,1115,1000,6]
["ForjadosRET","FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 450 mm",0.45,2.0910000000000002,0.215,1092,1000,6]
["ForjadosRET","FR sin Entrevigado - Canto 250 mm",0.25,4.1669999999999998,0.06,2350,1000,80]
["ForjadosRET","FR sin Entrevigado - Canto 300 mm",0.3,4.2859999999999996,7.0000000000000007E-2,2350,1000,80]
["ForjadosRET","FR sin Entrevigado - Canto 350 mm",0.35,4.6509999999999998,7.4999999999999997E-2,2350,1000,80]
["ForjadosUNI","FU con viguetas de madera con entrevigado de revoltón de ladrillo y cascote [min. 120 mm]",null,1.335,null,840,800,5]
["ForjadosUNI","FU Entrevigado cerámico - Canto 210 mm",0.21,0.84,0.25,1338,800,10]
["ForjadosUNI","FU Entrevigado cerámico - Canto 250 mm",0.25,0.90800000000000003,0.27500000000000002,1220,1000,10]
["ForjadosUNI","FU Entrevigado cerámico - Canto 300 mm",0.3,0.84599999999999997,0.35499999999999998,1110,1000,10]
["ForjadosUNI","FU Entrevigado cerámico - Canto 350 mm",0.35,0.995,0.35199999999999998,1030,1000,10]
["ForjadosUNI","FU Entrevigado de EPS mecanizado enrasado - Canto 250 mm",0.25,0.26600000000000001,0.94,800,1000,60]
["ForjadosUNI","FU Entrevigado de EPS mecanizado enrasado - Canto 300 mm",0.3,0.25600000000000001,1.1719999999999999,750,1000,60]
["ForjadosUNI","FU Entrevigado de EPS mecanizado enrasado - Canto 350 mm",0.35,0.255,1.373,700,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado descolgado - Canto 250 mm",0.25,0.17599999999999999,1.42,710,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado descolgado - Canto 300 mm",0.3,0.2,1.5,670,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado descolgado - Canto 350 mm",0.35,0.223,1.57,640,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado enrasado - Canto 250 mm",0.25,0.313,0.79900000000000004,790,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado enrasado - Canto 300 mm",0.3,0.34100000000000003,0.88,740,1000,60]
["ForjadosUNI","FU Entrevigado de EPS moldeado enrasado - Canto 350 mm",0.35,0.36799999999999999,0.95099999999999996,690,1000,60]
["ForjadosUNI","FU Entrevigado de hormigón - Canto 250 mm",0.25,1.323,0.189,1330,1000,80]
["ForjadosUNI","FU Entrevigado de hormigón - Canto 300 mm",0.3,1.4219999999999999,0.21099999999999999,1240,1000,80]
["ForjadosUNI","FU Entrevigado de hormigón - Canto 350 mm",0.35,1.528,0.22900000000000001,1180,1000,80]
["ForjadosUNI","FU Entrevigado de hormigón aligerado - Canto 250 mm",0.25,1,0.25,1180,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado - Canto 300 mm",0.3,1.111,0.27,1090,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado - Canto 350 mm",0.35,1.2110000000000001,0.28899999999999998,1035,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado - Canto 400 mm",0.4,1.3109999999999999,0.30499999999999999,985,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado d < 1200 - Canto 250 mm",0.25,1.121,0.223,1180,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado d < 1200 - Canto 300 mm",0.3,1.22,0.246,1090,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado d < 1200 - Canto 350 mm",0.35,1.3109999999999999,0.26700000000000002,1035,1000,6]
["ForjadosUNI","FU Entrevigado de hormigón aligerado d < 1200 - Canto 400 mm",0.4,1.4079999999999999,0.28399999999999997,985,1000,6]
["ForjadosUNI","FU Entrevigado de picón - Canto 300 mm",0.3,0.88200000000000001,0.34,1273,800,80]
["ForjadosUNI","FU Entrevigado de picón - Canto 350 mm",0.35,0.97199999999999998,0.36,1306,800,80]
["Hormigones","Hormigón armado 2300 < d < 2500",null,2.2999999999999998,null,2400,1000,80]
["Hormigones","Hormigón armado d > 2500",null,2.5,null,2600,1000,80]
["Hormigones","Hormigón celular curado en autoclave d 1000",null,0.28999999999999998,null,1000,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 300",null,0.09,null,300,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 400",null,0.12,null,400,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 500",null,0.14000000000000001,null,500,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 600",null,0.18,null,600,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 700",null,0.2,null,700,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 800",null,0.23,null,800,1000,6]
["Hormigones","Hormigón celular curado en autoclave d 900",null,0.27,null,900,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1000",null,0.35,null,1000,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1100",null,0.39,null,1100,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1200",null,0.44,null,1200,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1300",null,0.5,null,1300,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1400",null,0.55000000000000004,null,1400,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1500",null,0.61,null,1500,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1600",null,0.68,null,1600,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 1700",null,0.76,null,1700,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 800",null,0.27,null,800,1000,6]
["Hormigones","Hormigón con arcilla expandida como árido principal d 900",null,0.3,null,900,1000,6]
["Hormigones","Hormigón con arcilla expandida sin otros áridos d 400",null,0.13,null,400,1000,4]
["Hormigones","Hormigón con arcilla expandida sin otros áridos d 500",null,0.16,null,500,1000,4]
["Hormigones","Hormigón con arcilla expandida sin otros áridos d 600",null,0.19,null,600,1000,4]
["Hormigones","Hormigón con arcilla expandida sin otros áridos d 700",null,0.22,null,700,1000,4]
["Hormigones","Hormigón con áridos ligeros 1600 < d < 1800",null,1.1499999999999999,null,1700,1000,60]
["Hormigones","Hormigón con áridos ligeros 1800 < d < 2000",null,1.35,null,1900,1000,60]
["Hormigones","Hormigón con otros áridos ligeros d 1000",null,0.3,null,1000,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1100",null,0.34,null,1100,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1200",null,0.37,null,1200,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1300",null,0.42,null,1300,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1400",null,0.46,null,1400,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1500",null,0.52,null,1500,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1600",null,0.59,null,1600,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 1800",null,1.22,null,1800,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 2000",null,1.5,null,2000,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 500",null,0.94,null,500,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 600",null,0.83,null,600,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 700",null,0.74,null,700,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 800",null,0.65,null,800,1000,10]
["Hormigones","Hormigón con otros áridos ligeros d 900",null,0.27,null,900,1000,10]
["Hormigones","Hormigón convencional d 1600",null,0.97,null,1600,1000,120]
["Hormigones","Hormigón convencional d 1700",null,1.03,null,1700,1000,120]
["Hormigones","Hormigón convencional d 1800",null,1.1200000000000001,null,1800,1000,120]
["Hormigones","Hormigón convencional d 1900",null,1.2,null,1900,1000,120]
["Hormigones","Hormigón convencional d 2000",null,1.32,null,2000,1000,120]
["Hormigones","Hormigón convencional d 2100",null,1.44,null,2100,1000,120]
["Hormigones","Hormigón convencional d 2200",null,1.57,null,2200,1000,120]
["Hormigones","Hormigón convencional d 2300",null,1.72,null,2300,1000,120]
["Hormigones","Hormigón convencional d 2400",null,1.9,null,2400,1000,120]
["Hormigones","Hormigón en masa 2000 < d < 2300",null,1.65,null,2150,1000,70]
["Hormigones","Hormigón en masa 2300 < d < 2600",null,2,null,2450,1000,80]
["Hormigones","Teja de hormigón",null,1.5,null,2100,1000,60]
["Ladrillo","1 pie LM métrico o catalán 40 mm < G < 50 mm",0.24,1.03,0.23300000000000001,2140,1000,10]
["Ladrillo","1 pie LP métrico o catalán 40 mm < G < 60 mm",0.24,0.66700000000000004,0.36,1220,1000,10]
["Ladrillo","1 pie LP métrico o catalán 60 mm < G < 80 mm",0.24,0.56699999999999995,0.42299999999999999,1150,1000,10]
["Ladrillo","1 pie LP métrico o catalán 80 mm < G < 100 mm",0.24,0.51200000000000001,0.46899999999999997,1000,1000,10]
["Ladrillo","1/2 pie LM métrico o catalán 40 mm < G < 50 mm",0.123,1.02,0.121,2170,1000,10]
["Ladrillo","1/2 pie LP métrico o catalán 40 mm < G < 60 mm",0.123,0.68,0.18099999999999999,1140,1000,10]
["Ladrillo","1/2 pie LP métrico o catalán 60 mm < G < 80 mm",0.115,0.56699999999999995,0.20300000000000001,1020,1000,10]
["Ladrillo","1/2 pie LP métrico o catalán 80 mm < G < 100 mm",0.115,0.51200000000000001,0.22500000000000001,900,1000,10]
["Ladrillo","Ladrillo de hormigón macizo de áridos densos",null,1.714,null,1800,1000,10]
["Ladrillo","Ladrillo de hormigón perforado de áridos densos",null,1.091,null,1258,1000,10]
["Ladrillo","Ladrillo de hormigón perforado de áridos ligeros",null,0.39500000000000002,null,1183,1000,6]
["Ladrillo","Tabicón de LH doble [60 mm < E < 90 mm]",null,0.432,null,930,1000,10]
["Ladrillo","Tabicón de LH doble Gran Formato [60 mm < E < 90 mm]",null,0.21199999999999999,null,630,1000,10]
["Ladrillo","Tabicón de LH sencillo [40 mm < E < 60 mm]",null,0.55600000000000005,null,1000,1000,10]
["Ladrillo","Tabique de LH sencillo Gran Formato [40 mm < E < 60 mm]",null,0.22800000000000001,null,670,1000,10]
["Ladrillo","Tabique de LH triple [100 mm < E < 110 mm]",null,0.42699999999999999,null,920,1000,10]
["Ladrillo","Tabicón de LH triple Gran Formato [100 mm < E < 110 mm]",null,0.20599999999999999,null,620,1000,10]
["Losas_Alveolares","Con capa de compresión - Canto 200 mm",0.2,1.4039999999999999,0.14199999999999999,1810,1000,80]
["Losas_Alveolares","Con capa de compresión - Canto 250 mm",0.25,1.56,0.16,1580,1000,80]
["Losas_Alveolares","Con capa de compresión - Canto 300 mm",0.3,1.6180000000000001,0.185,1530,1000,80]
["Losas_Alveolares","Con capa de compresión - Canto 350 mm",0.35,1.698,0.20599999999999999,1440,1000,80]
["Losas_Alveolares","Con capa de compresión - Canto 400 mm",0.4,1.8,0.222,1320,1000,80]
["Losas_Alveolares","Con capa de compresión - Canto 500 mm",0.5,2.02,0.248,1300,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 200 mm",0.2,1.667,0.12,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 250 mm",0.25,1.667,0.15,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 300 mm",0.3,1.667,0.18,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 350 mm",0.35,1.667,0.21,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 400 mm",0.4,1.667,0.24,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2000 - Canto 500 mm",0.5,1.667,0.3,2000,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 200 mm",0.2,2.5,0.08,2500,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 250 mm",0.25,2.5,0.1,2500,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 300 mm",0.3,2.5,0.12,2500,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 350 mm",0.35,2.5,0.14000000000000001,2500,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 400 mm",0.4,2.5,0.16,2500,1000,80]
["Losas_Alveolares","Losa de hormigón d = 2500 - Canto 500 mm",0.5,2.5,0.2,2500,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 200 mm",0.2,1.4039999999999999,0.14199999999999999,1410,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 250 mm",0.25,1.56,0.16,1380,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 300 mm",0.3,1.6180000000000001,0.185,1180,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 350 mm",0.35,1.698,0.20599999999999999,1180,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 400 mm",0.4,1.8,0.222,1180,1000,80]
["Losas_Alveolares","Sin capa de compresión - Canto 500 mm",0.5,2.02,0.248,1120,1000,80]
["Maderas","Balsa d < 200",null,5.7000000000000002E-2,null,180,1600,20]
["Maderas","Conífera de peso medio 435 < d < 520",null,0.15,null,480,1600,20]
["Maderas","Conífera ligera d < 435",null,0.13,null,430,1600,20]
["Maderas","Conífera muy pesada d > 610",null,0.23,null,620,1600,20]
["Maderas","Conífera pesada 520 < d < 610",null,0.18,null,570,1600,20]
["Maderas","Corcho Comprimido",null,0.1,null,450,1560,5]
["Maderas","Corcho Expandido con resinas sintéticas 100 < d < 150",null,4.9000000000000002E-2,null,125,1560,5]
["Maderas","Corcho Expandido con resinas sintéticas 150 < d < 250",null,5.5E-2,null,200,1560,5]
["Maderas","Corcho Expandido puro 100 < d < 150",null,4.9000000000000002E-2,null,125,1560,5]
["Maderas","Frondosa ligera 435 < d < 565",null,0.15,null,500,1600,50]
["Maderas","Frondosa muy ligera 200 < d < 435",null,0.13,null,320,1600,50]
["Maderas","Frondosa muy pesada d > 870",null,0.28999999999999998,null,900,1600,50]
["Maderas","Frondosa pesada 750 < d < 870",null,0.23,null,775,1600,50]
["Maderas","Frondosa peso medio 565 < d < 750",null,0.18,null,660,1600,50]
["Maderas","Paneles de fibras con conglomerante hidraúlico 250 < d < 350",null,0.1,null,300,1700,5]
["Maderas","Paneles de fibras con conglomerante hidraúlico 350 < d < 450",null,0.12,null,400,1700,5]
["Maderas","Paneles de fibras con conglomerante hidraúlico 450 < d < 550",null,0.15,null,500,1700,12]
["Maderas","Placas de corcho",null,6.5000000000000002E-2,null,450,1500,20]
["Maderas","Tablero contrachapado 250 < d < 350",null,0.11,null,300,1600,50]
["Maderas","Tablero contrachapado 350 < d < 450",null,0.13,null,400,1600,70]
["Maderas","Tablero contrachapado 450 < d < 500",null,0.15,null,475,1600,70]
["Maderas","Tablero contrachapado 500 < d < 600",null,0.17,null,550,1600,90]
["Maderas","Tablero contrachapado 600 < d < 750",null,0.21,null,675,1600,110]
["Maderas","Tablero contrachapado 700 < d < 900",null,0.24,null,800,1600,110]
["Maderas","Tablero contrachapado d < 250",null,0.09,null,200,1600,50]
["Maderas","Tablero de partículas 180 < d < 270",null,0.1,null,225,1700,20]
["Maderas","Tablero de partículas 270 < d < 450",null,0.13,null,360,1700,20]
["Maderas","Tablero de partículas 450 < d < 640",null,0.15,null,545,1700,20]
["Maderas","Tablero de partículas 640 < d < 820",null,0.18,null,730,1700,20]
["Maderas","Tablero de partículas con cemento d = 1200",null,0.23,null,1200,1500,30]
["Maderas","Tablero de virutas orientadas [OSB] d < 650",null,0.13,null,600,1700,30]
["Maderas","Tableros de fibras incluyendo MDF 200 < d < 350",null,0.1,null,275,1700,6]
["Maderas","Tableros de fibras incluyendo MDF 350 < d < 550",null,0.14000000000000001,null,450,1700,12]
["Maderas","Tableros de fibras incluyendo MDF 550 < d < 750",null,0.18,null,650,1700,20]
["Maderas","Tableros de fibras incluyendo MDF 750 < d < 1000",null,0.2,null,875,1700,20]
["Maderas","Tableros de fibras incluyendo MDF d < 200",null,7.0000000000000007E-2,null,180,1700,2]
["Metales","Acero",null,50,null,7800,450,{"$f":"1E+30","v":1E+30}]
["Metales","Acero Inoxidable",null,17,null,7900,460,{"$f":"1E+30","v":1E+30}]
["Metales","Aliminio aleaciones",null,160,null,2700,880,1E+30]
["Metales","Aluminio",null,230,null,2800,880,1E+30]
["Metales","Bronce",null,65,null,8700,380,1E+30]
["Metales","Cobre",null,380,null,8900,380,1E+30]
["Metales","Cromo",null,93.7,null,7160,449,1E+30]
["Metales","Estaño",null,66.599999999999994,null,7310,227,1E+30]
["Metales","Hierro",null,72,null,7870,450,1E+30]
["Metales","Hierro fundición",null,50,null,7500,450,1E+30]
["Metales","Latón",null,120,null,8400,380,1E+30]
["Metales","Níquel",null,90.7,null,8900,444,1E+30]
["Metales","Plomo",null,35,null,11300,130,1E+30]
["Metales","Titanio",null,21.9,null,4500,522,1E+30]
["Metales","Zinc",null,110,null,7200,380,1E+30]
["Morteros","Mortero de áridos ligeros [vermiculita perlita]",null,0.41,null,900,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido  d > 2000",null,1.8,null,2100,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 1000 < d < 1250",null,0.55000000000000004,null,1125,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 1250 < d < 1450",null,0.7,null,1350,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 1450 < d < 1600",null,0.8,null,1525,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 1600 < d < 1800",null,1,null,1700,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 1800 < d < 2000",null,1.3,null,1900,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 500 < d < 750",null,0.3,null,625,1000,10]
["Morteros","Mortero de cemento o cal para albañilería y para revoco/enlucido 750 < d < 1000",null,0.4,null,875,1000,10]
["Morteros","Mortero de yeso",null,0.8,null,1500,1000,6]
["Pétreos_Suelos","Arcilla o limo [1200 < d < 1800]",null,1.5,null,1500,2100,50]
["Pétreos_Suelos","Arena y grava [1700 < d < 2200]",null,2,null,1450,1050,50]
["Pétreos_Suelos","Arenisca [2200 < d < 2600]",null,3,null,2400,1000,50]
["Pétreos_Suelos","Asperón [1300 < d < 1900]",null,0.9,null,1600,1000,20]
["Pétreos_Suelos","Asperón [1900 < d < 2500]",null,1.8,null,2200,1000,40]
["Pétreos_Suelos","Basalto [2700 < d < 3000]",null,3.5,null,2850,1000,10000]
["Pétreos_Suelos","Caliza blanda [1600 < d < 1790]",null,1.1000000000000001,null,1625,1000,25]
["Pétreos_Suelos","Caliza dura [2000 < d < 2190]",null,1.7,null,2095,1000,150]
["Pétreos_Suelos","Caliza dureza media [1800 < d < 1990]",null,1.4,null,1895,1000,40]
["Pétreos_Suelos","Caliza muy blanda [d < 1590]",null,0.85,null,1500,1000,20]
["Pétreos_Suelos","Caliza muy dura [2200 < d < 2590]",null,2.2999999999999998,null,2395,1000,200]
["Pétreos_Suelos","Cascote de ladrillo",null,0.41,null,1300,100,10]
["Pétreos_Suelos","Esquisto Pizarra [2000 < d < 2800]",null,2.2000000000000002,null,2400,1000,800]
["Pétreos_Suelos","Gneis Pórfido [2300 < d < 2900]",null,3.5,null,2600,1000,10000]
["Pétreos_Suelos","Granito [2500 < d < 2700]",null,2.8,null,2600,1000,10000]
["Pétreos_Suelos","Mármol [2600 < d < 2800]",null,3.5,null,2700,1000,10000]
["Pétreos_Suelos","Piedra artificial",null,1.3,null,1700,1000,40]
["Pétreos_Suelos","Piedra pómez natural [d < 400]",null,0.12,null,390,1000,6]
["Pétreos_Suelos","Relleno de cascote de ladrillo",null,0.41,null,1300,800,10]
["Pétreos_Suelos","Roca natural porosa [por ejem. Lava] d < 1600",null,0.55000000000000004,null,1500,1000,15]
["Pétreos_Suelos","Silex [2600 < d < 2800]",null,2.6,null,2700,1000,10000]
["Pétreos_Suelos","Tierra apisonada adobe bloques de tierra comprimida [1770 < d < 2000]",null,1.1000000000000001,null,1885,1000,1]
["Pétreos_Suelos","Tierra cruda con densidad 1000 Kg/m³",null,0.4,null,1000,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 1200 Kg/m³",null,0.5,null,1200,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 1400 Kg/m³",null,0.6,null,1400,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 1600 Kg/m³",null,0.8,null,1600,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 1800 Kg/m³",null,1,null,1800,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 2000 Kg/m³",null,1.2,null,2000,1000,3]
["Pétreos_Suelos","Tierra cruda con densidad 800 Kg/m³",null,0.3,null,800,1000,3]
["Pétreos_Suelos","Tierra vegetal [d < 2050]",null,0.52,null,2000,1845,1]
["Pétreos_Suelos","Traquita andesita [2000 < d < 2700]",null,1.1000000000000001,null,2350,1000,15]
["Plásticos","Acrílicos",null,0.2,null,1050,1500,10000]
["Plásticos","Cloruro de polivinilo [PVC]",null,0.17,null,1390,900,50000]
["Plásticos","Linóleo",null,0.17,null,1200,1400,800]
["Plásticos","Poliacetato",null,0.3,null,1410,1400,100000]
["Plásticos","Poliamida [nylon] [PA]",null,0.25,null,1150,1600,50000]
["Plásticos","Poliamida 6.6 [PA6.6] 25% fibra de vidrio",null,0.3,null,1450,1600,50000]
["Plásticos","Policarbonatos [PC]",null,0.2,null,1200,1200,5000]
["Plásticos","Poliestireno [PS]",null,0.16,null,1050,1300,100000]
["Plásticos","Polietileno alta densidad [HDPE]",null,0.5,null,980,1800,100000]
["Plásticos","Polietileno baja densidad [LDPE]",null,0.33,null,920,2200,100000]
["Plásticos","Polimetilmetacrilato [PMMA]",null,0.18,null,1180,1500,50000]
["Plásticos","Polipropileno [PP]",null,0.22,null,910,1800,10000]
["Plásticos","Polipropileno [PP] 25% fibra de vidrio",null,0.25,null,1200,1800,10000]
["Plásticos","Politetrafluoretileno [PTFE]",null,0.25,null,2200,1000,10000]
["Plásticos","Poliuretano [PU]",null,0.25,null,1200,1800,6000]
["Plásticos","Resina epoxi",null,0.2,null,1200,1400,10000]
["Plásticos","Resina fenólica",null,0.3,null,1300,1700,100000]
["Plásticos","Resina poliéster no saturado [UP]",null,0.19,null,1400,1200,10000]
["Plásticos","Teja plástico",null,0.2,null,1000,1000,10000]
["Sellantes","Cloruro de polivinilo [PVC] + 40% plastificante",null,0.14000000000000001,null,1200,1000,100000]
["Sellantes","Espuma de polietileno",null,0.05,null,70,2300,100]
["Sellantes","Espuma de poliuretano [PU]",null,0.05,null,70,1500,60]
["Sellantes","Espuma de silicona",null,0.12,null,750,1000,10000]
["Sellantes","Espuma elastomérica-flexible",null,0.05,null,70,1500,10000]
["Sellantes","Sílica gel [desecante]",null,0.13,null,720,1000,{"$f":"1E+30","v":1E+30}]
["Sellantes","Silicona masilla",null,0.5,null,1450,1000,5000]
["Sellantes","Silicona pura",null,0.35,null,1200,1000,5000]
["Sellantes","Uretano o poliuretano [rotura de puente térmico]",null,0.21,null,1300,1800,60]
["Textiles","Moquetas revestimientos textiles",null,0.06,null,200,1300,5]
["Textiles","Subcapa fieltro",null,0.05,null,120,1300,15]
["Textiles","Subcapa lana",null,0.06,null,200,1300,15]
["Vidrios","Cuarzo",null,1.4,null,2200,750,{"$f":"1E+30","v":1E+30}]
["Vidrios","Sodocálcico [inc. Vidrio flotado]",null,1,null,2500,750,{"$f":"1E+30","v":1E+30}]
["Vidrios","Vidrio prensado",null,1.2,null,2000,750,{"$f":"1E+30","v":1E+30}]
["Yesos","Placa de yeso laminado [PYL] 750 < d < 900",null,0.25,null,825,1000,4]
["Yesos","Placa de yeso o escayola 750 < d < 900",null,0.25,null,825,1000,4]
["Yesos","Placas de yeso armado con fibras minerales 800 < d < 1000",null,0.25,null,900,1000,4]
["Yesos","Yeso alta dureza 1200 < d < 1500",null,0.56000000000000005,null,1350,1000,4]
["Yesos","Yeso alta dureza 900 < d < 1200",null,0.43,null,1050,1000,4]
["Yesos","Yeso baja dureza d < 600",null,0.18,null,500,1000,4]
["Yesos","Yeso dureza media 600 < d < 900",null,0.3,null,750,1000,4]
["Otro","Barrera de Vapor - Sd = 2,0 m",1E-3,500,null,"-","-",2000]
["Otro","Barrera de Vapor - Sd = 3,0 m",1E-3,500,null,"-","-",3000]
["Otro","Barrera de Vapor - Sd = 4,0 m",1E-3,500,null,"-","-",4000]
["Otro","Barrera de Vapor - Sd = 5,0 m",1E-3,500,null,"-","-",5000]
["Otro","Barrera de Vapor - Sd = 6,0 m",1E-3,500,null,"-","-",6000]
["Otro","Barrera de Vapor - Sd = 7,0 m",1E-3,500,null,null,null,7000]
["Otro","Barrera de Vapor - Sd = 8,0 m",1E-3,500,null,null,null,8000]
["Otro","Barrera de Vapor - Sd = 9,0 m",1E-3,500,null,null,null,9000]
["Otro","Barrera de Vapor - Sd = 10,0 m",1E-3,500,null,null,null,10000]
["Otro","Barrera de Vapor - Sd = 11,0 m",1E-3,500,null,null,null,11000]
["Otro","Barrera de Vapor - Sd = 12,0 m",1E-3,500,null,null,null,12000]
["Otro","Barrera de Vapor - Sd = 13,0 m",1E-3,500,null,null,null,13000]
["Otro","Barrera de Vapor - Sd = 14,0 m",1E-3,500,null,null,null,14000]
["Otro","Barrera de Vapor - Sd = 15,0 m",1E-3,500,null,null,null,15000]
["Otro","Barrera de Vapor - Sd = 16,0 m",1E-3,500,null,null,null,16000]
["Otro","Barrera de Vapor - Sd = 17,0 m",1E-3,500,null,null,null,17000]
["Otro","Barrera de Vapor - Sd = 18,0 m",1E-3,500,null,null,null,18000]
["Otro","Barrera de Vapor - Sd = 19,0 m",1E-3,500,null,null,null,19000]
["Otro","Barrera de Vapor - Sd = 20,0 m",1E-3,500,null,null,null,20000]

{"sheet":"AUX_LOCALIDADES","index":3,"n_rows":54,"n_cols":33,"rows_kept":54,"cut":false,"hidden":true,"merged":[[0,1,0,14],[0,19,0,32]]}
[null,"TEMPERATURA MEDIA - T med (ºC)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"HUMEDAD RELATIVA - HR (%)"]
["Provincia","Mes","Altitud","Enero","Febrero","Marzo","Abril","Mayo","Junio","Julio","Agosto","Septiembre","Octubre","Noviembre","Diciembre",null,"Presion vapor Enero",null,"Provincia","Mes","Altitud","Enero","Febrero","Marzo","Abril","Mayo","Junio","Julio","Agosto","Septiembre","Octubre","Noviembre","Diciembre"]
["Almería","Almería",10,12.4,13,14.4,16.100000000000001,18.7,22.3,25.5,26,24.1,20.100000000000001,16.2,13.3,null,{"$f":"(V3/100)*(IF(D3<0,(610.5*(EXP((21.875*D3)/(265.5+D3)))),(610.5*(EXP((17.269*D3)/(237.3+D3))))))","v":1007.4471495221727},null,"Almería","Almería",10,70,68,66,65,67,65,64,66,66,69,70,69]
["Cádiz","Cádiz",10,12.8,13.5,14.7,16.2,18.7,21.5,24,24.5,23.5,20.100000000000001,16.100000000000001,13.3,null,{"$f":"(V4/100)*(IF(D4<0,(610.5*(EXP((21.875*D4)/(265.5+D4)))),(610.5*(EXP((17.269*D4)/(237.3+D4))))))","v":1137.6645522796796},null,"Cádiz","Cádiz",10,77,75,70,71,71,70,69,69,70,73,76,77]
["Córdoba","Córdoba",113,9.5,10.9,13.1,15.2,19.2,23.1,26.9,26.7,23.7,18.399999999999999,12.9,9.6999999999999993,null,949.43331234628658,null,"Córdoba","Córdoba",113,80,75,67,65,58,53,46,49,55,67,76,80]
["Granada","Granada",754,6.5,8.4,10.5,12.4,16.3,21.1,24.3,24.1,21.1,15.4,10.6,7.4,null,735.28168521432542,null,"Granada","Granada",754,76,71,64,61,56,49,42,42,53,62,73,77]
["Huelva","Huelva",50,12.2,12.8,14.4,16.5,19.2,22.2,25.3,25.7,23.7,20,15.4,12.5,null,1079.504566249605,null,"Huelva","Huelva",50,76,72,66,63,60,59,54,54,60,67,72,75]
["Jaén","Jaén",436,8.6999999999999993,9.9,12,14.3,18.5,23.1,27.2,27.1,23.6,17.600000000000001,12.2,8.6999999999999993,null,865.79352491184807,null,"Jaén","Jaén",436,77,72,67,64,59,53,44,45,55,67,75,77]
["Málaga","Málaga",10,12.2,12.8,14,15.8,18.7,22.1,24.7,25.3,23.1,19.100000000000001,15.1,12.6,null,1008.4845289963414,null,"Málaga","Málaga",10,71,70,66,65,61,59,60,63,65,70,72,72]
["Sevilla","Sevilla",9,10.7,11.9,14,16,19.600000000000001,23.4,26.8,26.8,24.4,19.5,14.3,11.1,null,1016.0011401699041,null,"Sevilla","Sevilla",9,79,75,68,65,59,56,51,52,58,67,76,79]
["Huesca","Huesca",432,4.7,6.7,9,11.3,15.3,19.5,23.3,22.7,19.7,14.6,8.6999999999999993,5.3,null,683.02018437383367,null,"Huesca","Huesca",432,80,73,64,63,60,56,48,53,61,70,78,81]
["Teruel","Teruel",995,3.8,4.8,6.8,9.3000000000000007,12.6,17.5,21.3,20.6,17.899999999999999,12.1,7,4.5,null,577.06365197864648,null,"Teruel","Teruel",995,72,67,60,60,60,55,50,54,59,66,71,76]
["Zaragoza","Zaragoza",207,6.2,8,10.3,12.8,16.8,21,24.3,23.8,20.7,15.4,9.6999999999999993,6.5,null,720.2115142131837,null,"Zaragoza","Zaragoza",207,76,69,60,59,55,52,48,54,61,70,75,77]
["Asturias","Oviedo",214,7.5,8.5,9.5,10.3,12.8,15.8,18,18.3,17.399999999999999,14,10.4,8.6999999999999993,null,797.90399589645892,null,"Asturias","Oviedo",214,77,75,74,77,79,80,80,80,78,78,78,76]
["Las Palmas","Las Palmas",114,17.5,17.600000000000001,18.3,18.7,19.899999999999999,21.4,23.2,24,23.9,22.5,20.399999999999999,18.3,null,1359.2298139559205,null,"Las Palmas","Las Palmas",114,68,67,65,66,65,67,66,67,69,70,70,68]
["Santa Cruz de Tenerife","Santa Cruz de Tenerife",10,17.899999999999999,18,18.600000000000001,19.100000000000001,20.5,22.2,24.6,25.1,24.4,22.4,20.7,18.8,null,1352.9313873877143,null,"Santa Cruz de Tenerife","Santa Cruz de Tenerife",10,66,66,62,61,60,59,56,58,63,65,67,66]
["Cantabria","Santander",1,9.6999999999999993,10.3,10.8,11.9,14.3,17,19.3,19.5,18.5,16.100000000000001,12.5,10.5,null,854.02740910794182,null,"Cantabria","Santander",1,71,71,71,74,75,77,77,78,77,75,73,72]
["Albacete","Albacete",677,5,6.3,8.5,10.9,15.3,20,24,23.7,20,14.1,8.5,5.3,null,680.05432968752393,null,"Albacete","Albacete",677,78,70,62,60,54,50,44,50,58,70,77,79]
["Ciudad Real","Ciudad Real",630,5.7,7.2,9.6,11.9,16,20.8,25,24.7,21,14.8,9.1,5.9,null,732.31448856078828,null,"Ciudad Real","Ciudad Real",630,80,74,66,65,59,54,47,48,57,68,78,82]
["Cuenca","Cuenca",975,4.2,5.2,7.4,9.6,13.6,18.2,22.4,22.1,18.600000000000001,12.9,7.6,4.8,null,643.00170060688004,null,"Cuenca","Cuenca",975,78,73,64,62,58,54,44,46,56,68,76,79]
["Guadalajara","Guadalajara",708,5.5,6.8,8.8000000000000007,11.6,15.3,19.8,23.5,22.8,19.5,14.1,9,5.9,null,722.21208650442179,null,"Guadalajara","Guadalajara",708,80,76,69,68,67,62,53,54,61,72,79,81]
["Toledo","Toledo",445,6.1,8.1,10.9,12.8,16.8,22.5,26.5,25.7,22.6,16.2,10.7,7.1,null,734.07130529753658,null,"Toledo","Toledo",445,78,72,59,62,55,47,43,45,54,68,77,81]
["Ávila","Ávila",1054,3.1,4,5.6,7.6,11.5,16,19.899999999999999,19.399999999999999,16.5,11.2,6,3.4,null,572.08237494094624,null,"Ávila","Ávila",1054,75,70,62,61,55,50,39,40,50,65,73,77]
["Burgos","Burgos",861,2.6,3.9,5.7,7.6,11.2,15,18.399999999999999,18.3,15.8,11.1,5.8,3.2,null,633.09103058098526,null,"Burgos","Burgos",861,86,80,73,72,69,67,61,62,67,76,83,86]
["León","León",346,3.1,4.4000000000000004,6.6,8.6,12.1,16.399999999999999,19.7,19.100000000000001,16.7,11.7,6.8,3.8,null,617.84896493622205,null,"León","León",346,81,75,66,63,60,57,52,53,60,72,78,81]
["Palencia","Palencia",722,4.0999999999999996,5.6,7.5,9.5,13,17.2,20.7,20.3,17.899999999999999,13,7.6,4.4000000000000004,null,687.61292204923393,null,"Palencia","Palencia",722,84,77,71,70,67,64,58,59,63,73,80,85]
["Salamanca","Salamanca",770,3.7,5.3,7.3,9.6,13.4,17.8,21,20.3,17.5,12.3,7,4.0999999999999996,null,676.46796346613837,null,"Salamanca","Salamanca",770,85,78,69,66,62,58,50,53,62,74,82,86]
["Segovia","Segovia",1013,4.0999999999999996,5.2,7.1,9.1,13.1,17.7,21.6,21.2,17.899999999999999,12.6,7.3,4.3,null,613.94010897253031,null,"Segovia","Segovia",1013,75,71,65,65,61,55,47,49,55,65,73,78]
["Soria","Soria",984,2.9,4,5.8,8,11.8,16.100000000000001,19.899999999999999,19.5,16.5,11.3,6.1,3.4,null,579.06044538620586,null,"Soria","Soria",984,77,73,68,67,64,60,53,54,60,70,76,78]
["Valladolid","Valladolid",704,4.0999999999999996,6.1,8.1,9.9,13.3,18,21.5,21.3,18.600000000000001,12.9,7.6,4.8,null,671.2411858099664,null,"Valladolid","Valladolid",704,82,72,62,61,57,52,44,46,53,67,77,83]
["Zamora","Zamora",617,4.3,6.3,8.3000000000000007,10.5,14,18.5,21.8,21.3,18.7,13.4,8.1,4.9000000000000004,null,689.04226116207644,null,"Zamora","Zamora",617,83,75,65,63,59,54,47,50,58,70,79,83]
["Barcelona","Barcelona",1,8.8000000000000007,9.5,11.1,12.8,16,19.7,22.9,23,21,17.100000000000001,12.5,9.6,null,826.39211571107467,null,"Barcelona","Barcelona",1,73,70,70,70,72,70,69,72,74,74,74,71]
["Girona","Girona",143,6.8,7.9,9.8000000000000007,11.6,15.4,19.399999999999999,22.8,22.4,19.899999999999999,15.2,10.199999999999999,7.7,null,760.50568169684902,null,"Girona","Girona",143,77,73,71,71,70,67,62,68,72,76,77,75]
["Lleida","Lleida",131,5.5,7.8,10.3,13,17.100000000000001,21.2,24.6,24,21.1,15.7,9.1999999999999993,5.8,null,731.23973758572708,null,"Lleida","Lleida",131,81,69,61,56,55,54,47,54,62,70,77,82]
["Tarragona","Tarragona",1,10,11.3,13.1,15.3,18.399999999999999,22.2,25.3,25.3,22.7,18.399999999999999,13.5,10.7,null,810.02451083151459,null,"Tarragona","Tarragona",1,66,63,59,59,61,60,59,62,67,70,68,66]
["Ceuta","Ceuta",10,11.5,11.6,12.6,13.9,16.3,18.8,21.7,22.2,20.2,17.7,14.1,12.1,null,1179.9432370046788,null,"Ceuta","Ceuta",10,87,87,88,87,87,87,87,87,89,89,88,88]
["Alicante","Alicante",7,11.6,12.4,13.8,15.7,18.600000000000001,22.2,25,25.5,23.2,19.100000000000001,15,12.1,null,914.72506742359394,null,"Alicante","Alicante",7,67,65,63,65,65,65,64,68,69,70,69,68]
["Castellón","Castellón",18,10.1,11.1,12.7,14.2,17.2,21.3,24.1,24.5,22.3,18.3,13.5,11.2,null,840.17937317496785,null,"Castellón","Castellón",18,68,66,64,66,67,66,66,69,71,71,73,69]
["Valencia","Valencia",8,10.4,11.4,12.6,14.5,17.399999999999999,21.1,24,24.5,22.3,18.3,13.7,10.9,null,794.17496411067521,null,"Valencia","Valencia",8,63,61,60,62,64,66,67,69,68,67,66,64]
["Badajoz","Badajoz",186,8.6999999999999993,10.1,12,14.2,17.899999999999999,22.3,25.3,25,22.6,17.399999999999999,12.1,9,null,899.52574016815379,null,"Badajoz","Badajoz",186,80,76,69,66,60,55,50,50,57,68,77,82]
["Cáceres","Cáceres",385,7.8,9.3000000000000007,11.7,13,16.600000000000001,22.3,26.1,25.4,23.6,17.399999999999999,12,8.8000000000000007,null,824.99819110987289,null,"Cáceres","Cáceres",385,78,73,63,60,55,44,37,39,49,65,76,80]
["Coruña, A","Coruña, A",1,10.199999999999999,10.5,11.3,12.1,14.1,16.399999999999999,18.399999999999999,18.899999999999999,18.100000000000001,15.7,12.7,10.9,null,957.76807008541277,null,"Coruña, A","Coruña, A",1,77,76,74,76,78,79,79,79,79,79,79,78]
["Lugo","Lugo",412,5.8,6.5,7.8,9.5,11.7,14.9,17.2,17.5,16,12.5,8.6,6.3,null,783.50050367900121,null,"Lugo","Lugo",412,85,81,77,77,76,76,75,75,77,82,84,85]
["Ourense","Ourense",327,7.4,9.3000000000000007,10.7,12.4,15.3,19.3,21.9,21.7,19.8,15,10.6,8.1999999999999993,null,854.21461768324241,null,"Ourense","Ourense",327,83,75,69,70,67,64,61,62,64,73,83,84]
["Pontevedra","Pontevedra",77,9.9,10.7,11.9,13.6,15.4,18.8,20.7,20.5,19.100000000000001,16.100000000000001,12.6,10.3,null,902.1416085856149,null,"Pontevedra","Pontevedra",77,74,73,69,67,68,66,65,65,69,72,73,74]
["Islas Baleares","Palma de Mallorca",1,11.6,11.8,12.9,14.7,17.600000000000001,21.8,24.6,25.3,23.5,20,15.6,13,null,969.33551921007711,null,"Islas Baleares","Palma de Mallorca",1,71,69,68,67,69,69,67,71,73,72,72,71]
["La Rioja","Logroño",379,5.8,7.3,9.4,11.5,15.1,19,22.2,21.8,19.2,14.4,9.1,6.3,null,691.32397383441287,null,"La Rioja","Logroño",379,75,68,62,61,59,56,55,56,61,69,73,76]
["Madrid","Madrid",589,6.2,7.4,9.9,12.2,16,20.7,24.4,23.9,20.5,14.7,9.4,6.4,null,672.82917775178998,null,"Madrid","Madrid",589,71,66,56,55,51,46,37,39,50,63,70,73]
["Melilla","Melilla",130,13.2,13.8,14.6,15.9,18.3,21.5,24.4,25.3,23.5,20,16.600000000000001,14.1,null,1091.9905037983235,null,"Melilla","Melilla",130,72,72,71,70,69,68,67,68,72,75,74,73]
["Murcia","Murcia",25,10.6,11.4,12.6,14.5,17.399999999999999,21,23.9,24.6,22.5,18.7,14.3,11.3,null,919.82409962533427,null,"Murcia","Murcia",25,72,69,69,68,70,71,72,74,73,73,73,73]
["Navarra","Pamplona",456,4.5,6.5,8,9.9,13.3,17.3,20.5,20.3,18.2,13.7,8.3000000000000007,5.7,null,673.52028685018649,null,"Navarra","Pamplona",456,80,73,68,66,66,62,58,61,61,68,76,79]
["Álava","Vitoria",512,4.5999999999999996,6,7.2,9.1999999999999993,12.4,15.6,18.3,18.5,16.5,12.7,7.5,5,null,703.6901507327733,null,"Álava","Vitoria",512,83,78,72,71,71,71,69,70,70,74,81,83]
["Guipúzcoa","San Sebastián",5,7.9,8.5,9.4,10.7,13.5,16.100000000000001,18.399999999999999,18.7,18,15.2,10.9,8.6,null,809.3442893766171,null,"Guipúzcoa","San Sebastián",5,76,74,74,79,79,82,82,83,79,76,76,76]
["Vizcaya","Bilbao",214,8.9,9.6,10.4,11.8,14.6,17.399999999999999,19.7,19.8,18.8,16,11.8,9.5,null,832.00028238828656,null,"Vizcaya","Bilbao",214,73,70,70,72,71,72,73,75,74,74,74,74]

{"sheet":"AUXILIAR","index":4,"n_rows":38,"n_cols":15,"rows_kept":38,"cut":false,"hidden":true,"merged":[[0,2,0,7]]}
[null,"HRint","Frsi,min"]
["Clase higrometría","(%)","α","A","B","C","D","E",null,"Fila",{"$f":"MATCH(((VLOOKUP(DATOS!C14,Tabla2[],2,FALSE))),Tabla2[(%)],0)","v":{"$error":"#N/A"}}]
["Clase de higrometría 3 o inferior",55,0.42,0.5,0.52,0.56000000000000005,0.61,0.64,null,"Columna",{"$f":"MATCH(DATOS!C19,Tabla2[[#Headers],[(%)]:[E]],0)","v":{"$error":"#N/A"}}]
["Clase de higrometría 4",62,0.56000000000000005,0.66,0.66,0.69,0.75,0.78]
["Clase de higrometría 5",70,0.7,0.8,0.8,0.8,0.9,0.9]
[]
["Cerramiento","Rse","Rsi",null,"Psat(φi)","θsi,mín"]
["FACHADA",0.04,0.13,null,{"$f":"(DATOS!$E$27*2337)/0.8","v":{"$error":"#VALUE!"}},{"$f":"(237.3*(LN(E8/610.5)))/(17.269-(LN(E8/610.5)))","v":{"$error":"#VALUE!"}}]
["CUBIERTA",0.04,0.1]
["SUELO",0.04,0.17]
[]
["Nombre","Temperatura","Resistencia","Psat","Sd","Pv","CONDENSA",null,"Nombre","Temperatura","Resistencia","Psat","Sd","Pv","CONDENSA"]
["Exterior",{"$f":"DATOS!C23","v":""},"-",{"$f":"IF(B13<0,(ROUND((610.5*(EXP((21.875*B13)/(265.5+B13)))),2)),(ROUND((610.5*(EXP((17.269*B13)/(237.3+B13)))),2)))","v":{"$error":"#VALUE!"}},"-",{"$f":"D13*DATOS!$C$27","v":{"$error":"#VALUE!"}},{"$f":"IF(C13=0,\"\",(IF(F13<D13,\"NO\",\"SI\")))","v":{"$error":"#VALUE!"}},null,"Interior",{"$f":"DATOS!E23","v":""},"-",{"$f":"IF(J13<0,(ROUND((610.5*(EXP((21.875*J13)/(265.5+J13)))),2)),(ROUND((610.5*(EXP((17.269*J13)/(237.3+J13)))),2)))","v":{"$error":"#VALUE!"}},"-",{"$f":"(2337*DATOS!$E$27)","v":{"$error":"#VALUE!"}},{"$f":"IF(K13=0,\"\",(IF(N13<L13,\"NO\",\"SI\")))","v":{"$error":"#VALUE!"}}]
[{"$f":"IF(SUM(DATOS!AB6:AB27)=0,\"\",\"Superficie exterior\")","v":""},{"$f":"ROUND(((AUXILIAR!B13+((C14/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"DATOS!C43","v":""},{"$f":"IF(B14<0,(ROUND((610.5*(EXP((21.875*B14)/(265.5+B14)))),2)),(ROUND((610.5*(EXP((17.269*B14)/(237.3+B14)))),2)))","v":{"$error":"#VALUE!"}},0,{"$f":"IFERROR((F13+((E14/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},{"$f":"IF(C14=0,\"\",(IF(F14<D14,\"NO\",\"SI\")))","v":{"$error":"#VALUE!"}},null,{"$f":"IF(SUM(DATOS!AB6:AB27)=0,\"\",\"Superficie interior\")","v":""},{"$f":"ROUND(((J15+((K14/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"DATOS!C47","v":""},{"$f":"IF(J14<0,(ROUND((610.5*(EXP((21.875*J14)/(265.5+J14)))),2)),(ROUND((610.5*(EXP((17.269*J14)/(237.3+J14)))),2)))","v":{"$error":"#VALUE!"}},"-",{"$f":"(2337*DATOS!$E$27)","v":{"$error":"#VALUE!"}},{"$f":"IF(K14=0,\"\",(IF(N14<L14,\"NO\",\"SI\")))","v":{"$error":"#VALUE!"}}]
[{"$f":"DATOS!O6","v":0},{"$f":"ROUND(((AUXILIAR!B14+((C15/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A15,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A15,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F14+((E15/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O6","v":0},{"$f":"ROUND(((J16+((K15/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I15,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I15,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K15=0,$N$38,(IFERROR((N16+((M15/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O7","v":0},{"$f":"ROUND(((AUXILIAR!B15+((C16/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A16,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A16,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F15+((E16/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O7","v":0},{"$f":"ROUND(((J17+((K16/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I16,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I16,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K16=0,$N$38,(IFERROR((N17+((M16/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O8","v":0},{"$f":"ROUND(((AUXILIAR!B16+((C17/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A17,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A17,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F16+((E17/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O8","v":0},{"$f":"ROUND(((J18+((K17/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I17,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I17,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K17=0,$N$38,(IFERROR((N18+((M17/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O9","v":0},{"$f":"ROUND(((AUXILIAR!B17+((C18/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A18,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A18,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F17+((E18/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O9","v":0},{"$f":"ROUND(((J19+((K18/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I18,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I18,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K18=0,$N$38,(IFERROR((N19+((M18/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
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[{"$f":"DATOS!O11","v":0},{"$f":"ROUND(((AUXILIAR!B19+((C20/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A20,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A20,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F19+((E20/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O11","v":0},{"$f":"ROUND(((J21+((K20/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I20,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I20,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K20=0,$N$38,(IFERROR((N21+((M20/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O12","v":0},{"$f":"ROUND(((AUXILIAR!B20+((C21/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A21,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A21,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F20+((E21/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O12","v":0},{"$f":"ROUND(((J22+((K21/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I21,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I21,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K21=0,$N$38,(IFERROR((N22+((M21/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O13","v":0},{"$f":"ROUND(((AUXILIAR!B21+((C22/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A22,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A22,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F21+((E22/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O13","v":0},{"$f":"ROUND(((J23+((K22/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I22,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I22,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K22=0,$N$38,(IFERROR((N23+((M22/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O14","v":0},{"$f":"ROUND(((AUXILIAR!B22+((C23/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A23,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A23,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F22+((E23/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O14","v":0},{"$f":"ROUND(((J24+((K23/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I23,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I23,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K23=0,$N$38,(IFERROR((N24+((M23/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O15","v":0},{"$f":"ROUND(((AUXILIAR!B23+((C24/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A24,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A24,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F23+((E24/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O15","v":0},{"$f":"ROUND(((J25+((K24/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I24,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I24,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K24=0,$N$38,(IFERROR((N25+((M24/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O16","v":0},{"$f":"ROUND(((AUXILIAR!B24+((C25/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A25,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A25,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F24+((E25/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O16","v":0},{"$f":"ROUND(((J26+((K25/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I25,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I25,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K25=0,$N$38,(IFERROR((N26+((M25/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O17","v":0},{"$f":"ROUND(((AUXILIAR!B25+((C26/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A26,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A26,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F25+((E26/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O17","v":0},{"$f":"ROUND(((J27+((K26/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I26,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I26,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K26=0,$N$38,(IFERROR((N27+((M26/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
[{"$f":"DATOS!O18","v":0},{"$f":"ROUND(((AUXILIAR!B26+((C27/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(A27,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(A27,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IFERROR((F26+((E27/(SUM($E$15:$E$36)))*((2337*DATOS!$E$27)-AUXILIAR!$F$13))),\"\")","v":""},"",null,{"$f":"DATOS!O18","v":0},{"$f":"ROUND(((J28+((K27/DATOS!$C$51)*(DATOS!$E$23-DATOS!$C$23)))),1)","v":{"$error":"#VALUE!"}},{"$f":"IFERROR((VLOOKUP(I27,DATOS!$O$6:$AD$27,14,FALSE)),0)","v":0},{"$error":"#VALUE!"},{"$f":"IFERROR((VLOOKUP(I27,DATOS!$O$6:$AD$27,16,FALSE)),\"\")","v":""},{"$f":"IF(K27=0,$N$38,(IFERROR((N28+((M27/(SUM($M$15:$M$36)))*((2337*DATOS!$E$27)-$N$38))),\"\")))","v":{"$error":"#VALUE!"}},""]
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["Alcóntar","Barrios, Los","Belalcázar","Albuñuelas","Aroche","Arquillos","Alhaurín el Grande","Algámitas","Albalatillo","Albalate del Arzobispo","Alagón","Cabrales","Betancuria","Breña Alta","Astillero, El","Alcaraz","Alcubillas","Alcalá de la Vega","Albendiego","Aldea en Cabo","Arenal, El","Alfoz de Quintanadueñas","Astorga","Amusco","Alba de Tormes","Aldealengua de Pedraza","Aldealices","Almenara de Adaja","Andavías","Arenys de Munt","Arbúcies","Albatàrrec","Aleixar, L'",null,"Alcoleja","Almazora/Almassora","Albal","Alconera","Alcántara","Bergondo","Begonte","Barbadás","Campo Lameiro","Banyalbufar","Aldeanueva de Ebro","Aldea del Fresno",null,"Alguazas","Aguilar de Codés","Artziniega","Altzaga","Arantzazu"]
["Alcudia de Monteagud","Benalup-Casas Viejas","Belmez","Aldeire","Arroyomolinos de León","Arroyo del Ojanco","Almáchar","Almadén de la Plata","Albelda","Albarracín","Alarba","Cabranes","Firgas","Breña Baja","Bárcena de Cicero","Almansa","Aldea del Rey","Alcantud","Alcocer","Aldeanueva de Barbarroya","Arenas de San Pedro","Alfoz de Santa Gadea","Balboa","Antigüedad","Alba de Yeltes","Aldealengua de Santa María","Aldealpozo","Amusquillo","Arcenillas","Argençola","Argelaguer","Albesa","Alfara de Carles",null,"Alcoy/Alcoi","Almedíjar","Albalat de la Ribera","Aljucén","Alcollarín","Betanzos","Bóveda","Barco de Valdeorras, O","Cangas","Binissalem","Alesanco","Algete",null,"Alhama de Murcia","Aibar/Oibar","Asparrena","Altzo","Areatza"]
["Alhabia","Benaocaz","Benamejí","Alfacar","Ayamonte","Baeza","Almargen","Almensilla","Albero Alto","Albentosa","Alberite de San Juan","Candamo","Gáldar","Buenavista del Norte","Bárcena de Pie de Concha","Alpera","Alhambra","Alcázar del Rey","Alcolea de las Peñas","Aldeanueva de San Bartolomé","Arevalillo","Altable","Bañeza, La","Arconada","Alberca, La","Aldeanueva de la Serrezuela","Aldealseñor","Arroyo de la Encomienda","Arcos de la Polvorosa","Argentona","Armentera, L'","Albi, L'","Alforja",null,"Alfafara","Almenara","Albalat dels Sorells","Almendral","Alcuéscar","Boimorto","Burela","Beade","Cañiza, A","Búger","Alesón","Alpedrete",null,"Archena","Allín","Ayala/Aiara","Amezketa","Arrankudiaga"]
["Alhama de Almería","Bornos","Blázquez, Los","Algarinejo","Beas","Bailén","Almogía","Arahal","Albero Bajo","Alcaine","Albeta","Cangas de Onís","Haría","Candelaria","Bareyo","Ayna","Almadén","Alcohujate","Alcolea del Pinar","Almendral de la Cañada","Arévalo","Altos, Los","Barjas","Astudillo","Alberguería de Argañán, La","Aldeanueva del Codonal","Aldehuela de Periáñez","Ataquines","Argañín","Artés","Avinyonet de Puigventós","Alcanó","Alió",null,"Alfàs del Pi, l'","Alquerías del Niño Perdido","Albalat dels Tarongers","Almendralejo","Aldea de Trujillo","Boiro","Carballedo","Beariz","Catoira","Bunyola","Alfaro","Ambite",null,"Beniel","Allo","Baños de Ebro/Mañueta","Andoain","Arratzu"]
["Alicún","Bosque, El","Bujalance","Alhama de Granada","Berrocal","Baños de la Encina","Álora","Aznalcázar","Alberuela de Tubo","Alcalá de la Selva","Alborge","Cangas del Narcea","Ingenio","Fasnia","Cabezón de la Sal","Balazote","Almadenejos","Alconchel de la Estrella","Alcoroches","Almonacid de Toledo","Aveinte","Ameyugo","Barrios de Luna, Los","Autilla del Pino","Alconada","Aldeasoña","Aldehuelas, Las","Bahabón","Argujillo","Avià","Banyoles","Alcarràs","Almoster",null,"Algorfa","Altura","Alberic","Arroyo de San Serván","Aldea del Cano","Boqueixón","Castro de Rei","Blancos, Os","Cerdedo","Calvià","Almarza de Cameros","Anchuelo",null,"Blanca","Altsasu/Alsasua","Barrundia","Anoeta","Arrieta"]
["Almería","Cádiz","Cabra","Alhendín","Bollullos Par del Condado","Beas de Segura","Alozaina","Aznalcóllar","Alcalá de Gurrea","Alcañiz","Alcalá de Ebro","Caravia","Mogán","Frontera","Cabezón de Liébana","Ballestero, El","Almagro","Algarra","Aldeanueva de Guadalajara","Almorox","Avellaneda","Anguix","Bembibre","Autillo de Campos","Aldea del Obispo, La","Aldehorno","Alentisque","Barcial de la Loma","Arquillinos","Avinyó","Bàscara","Alcoletge","Altafulla",null,"Algueña","Arañuel","Alborache","Atalaya","Aldeacentenera","Brión","Castroverde","Boborás","Cotobade","Campanet","Anguciana","Aranjuez",null,"Bullas","Améscoa Baja","Berantevilla","Antzuola","Arrigorriaga"]
["Almócita","Castellar de la Frontera","Cañete de las Torres","Alicún de Ortega","Bonares","Bedmar y Garcíez","Alpandeire","Badolatosa","Alcalá del Obispo","Alcorisa","Alcalá de Moncayo","Carreño","Moya","Fuencaliente de la Palma","Cabuérniga","Balsa de Ves","Almedina","Aliaguilla","Algar de Mesa","Añover de Tajo","Ávila","Aranda de Duero","Benavides","Ayuela","Aldeacipreste","Aldehuela del Codonal","Aliud","Barruelo del Valle","Arrabalde","Avinyonet del Penedès","Begur","Alfarràs","Ametlla de Mar, L'",null,"Alicante/Alacant","Ares del Maestre","Alboraya","Azuaga","Aldeanueva de la Vera","Cabana de Bergantiños","Cervantes","Bola, A","Covelo","Campos","Anguiano","Arganda del Rey",null,"Calasparra","Ancín","Bernedo","Arama","Artea"]
["Alsodux","Chiclana de la Frontera","Carcabuey","Almegíjar","Cabezas Rubias","Begíjar","Antequera","Benacazón","Alcampell","Alfambra","Alconchel de Ariza","Caso","Oliva, La","Garachico","Camaleño","Barrax","Almodóvar del Campo","Almarcha, La","Algora","Arcicóllar","Barco de Ávila, El","Arandilla","Benuza","Baltanás","Aldeadávila de la Ribera","Aldeonte","Almajano","Becilla de Valderaduey","Aspariegos","Badalona","Bellcaire d'Empordà","Alfés","Ampolla, L'",null,"Almoradí","Argelita","Albuixech","Badajoz","Aldeanueva del Camino","Cabanas","Cervo","Bolo, O","Crecente","Capdepera","Arenzana de Abajo","Arroyomolinos",null,"Campos del Río","Andosilla","Campezo/Kanpezu","Aretxabaleta","Artzentales"]
["Antas","Chipiona","Cardeña","Almuñécar","Cala","Bélmez de la Moraleda","Árchez","Bollullos de la Mitación","Alcolea de Cinca","Aliaga","Aldehuela de Liestos","Castrillón","Pájara","Garafía","Camargo","Bienservida","Almuradiel","Almendros","Alhóndiga","Argés","Barraco, El","Arauzo de Miel","Bercianos del Páramo","Baquerín de Campos","Aldealengua","Anaya","Almaluez","Benafarces","Asturianos","Badia del Vallès","Besalú","Algerri","Amposta",null,"Almudaina","Artana","Alcàntera de Xúquer","Barcarrota","Aldehuela de Jerte","Camariñas","Chantada","Calvos de Randín","Cuntis","Castell, Es","Arenzana de Arriba","Atazar, El",null,"Caravaca de la Cruz","Ansoáin","Elburgo/Burgelu","Arrasate/Mondragón","Atxondo"]
["Arboleas","Conil de la Frontera","Carlota, La","Alpujarra de la Sierra","Calañas","Benatae","Archidona","Bormujos","Alcubierre","Allepuz","Alfajarín","Castropol","Palmas de Gran Canaria, Las","Granadilla de Abona","Campoo de Enmedio","Bogarra","Anchuras","Almodóvar del Pinar","Alique","Azután","Barromán","Arauzo de Salce","Bercianos del Real Camino","Bárcena de Campos","Aldeanueva de Figueroa","Añe","Almarza","Bercero","Ayoó de Vidriales","Bagà","Bescanó","Alguaire","Arboç, L'",null,"Alqueria d'Asnar, l'","Atzeneta del Maestrat","Alcàsser","Baterno","Alía","Cambre","Corgo, O","Carballeda de Avia","Dozón","Ciutadella de Menorca","Arnedillo","Batres",null,"Cartagena","Anue","Elciego","Asteasu","Aulesti"]
["Armuña de Almanzora","Espera","Carpio, El","Alquife","Campillo, El","Cabra del Santo Cristo","Ardales","Brenes","Alerre","Alloza","Alfamén","Coaña","Puerto del Rosario","Guancha, La","Campoo de Yuso","Bonete","Arenales de San Gregorio","Almonacid del Marquesado","Almadrones","Barcience","Becedas","Arauzo de Torre","Berlanga del Bierzo","Barruelo de Santullán","Aldeanueva de la Sierra","Arahuetes","Almazán","Berceruelo","Barcial del Barco","Balenyà","Beuda","Alins","Arbolí",null,"Altea","Ayódar","Alcublas","Benquerencia de la Serena","Aliseda","Capela, A","Cospeito","Carballeda de Valdeorras","Estrada, A","Consell","Arnedo","Becerril de la Sierra",null,"Cehegín","Añorbe","Elvillar/Bilar","Astigarraga","Bakio"]
["Bacares","Gastor, El","Castro del Río","Arenas del Rey","Campofrío","Cambil","Arenas","Burguillos","Alfántega","Allueva","Alforque","Colunga","San Bartolomé","Guía de Isora","Cartes","Bonillo, El","Arenas de San Juan","Altarejos","Almoguera","Bargas","Becedillas","Arcos","Boca de Huérgano","Báscones de Ojeda","Aldearrodrigo","Arcones","Almazul","Berrueces","Belver de los Montes","Balsareny","Bisbal d'Empordà, La","Almacelles","Argentera, L'",null,"Aspe","Azuébar","Alcúdia de Crespins, l'","Berlanga","Almaraz","Carballo","Folgoso do Courel","Carballiño, O","Forcarei","Costitx","Arrúbal","Belmonte de Tajo",null,"Ceutí","Aoiz/Agoitz","Harana/Valle de Arana","Ataun","Balmaseda"]
["Bayárcal","Grazalema","Conquista","Armilla","Cañaveral de León","Campillo de Arenas","Arriate","Cabezas de San Juan, Las","Almudévar","Almohaja","Alhama de Aragón","Corvera de Asturias","San Bartolomé de Tirajana","Güímar","Castañeda","Carcelén","Argamasilla de Alba","Arandilla del Arroyo","Almonacid de Zorita","Belvís de la Jara","Bercial de Zapardiel","Arenillas de Riopisuerga","Boñar","Becerril de Campos","Aldearrubia","Arevalillo de Cega","Almenar de Soria","Bobadilla del Campo","Benavente","Barberà del Vallès","Biure","Almatret","Arnes",null,"Balones","Barracas","Alcúdia, l'","Bienvenida","Almoharín","Cariño","Fonsagrada, A","Cartelle","Fornelos de Montes","Deyá","Ausejo","Berrueco, El",null,"Cieza","Araitz","Iruña Oka/Iruña de Oca","Azkoitia","Barakaldo"]
["Bayarque","Jerez de la Frontera","Córdoba","Atarfe","Cartaya","Canena","Atajate","Camas","Almunia de San Juan","Alobras","Almochuel","Cudillero","Santa Brígida","Hermigua","Castro-Urdiales","Casas de Juan Núñez","Argamasilla de Calatrava","Arcas del Villar","Alocén","Borox","Berlanas, Las","Arija","Borrenes","Belmonte de Campos","Aldeaseca de Alba","Armuña","Alpanseque","Bocigas","Benegiles","Barcelona","Blanes","Almenar","Ascó",null,"Banyeres de Mariola","Bejís","Aldaia","Bodonal de la Sierra","Arroyo de la Luz","Carnota","Foz","Castrelo de Miño","Gondomar","Eivissa","Autol","Berzosa del Lozoya",null,"Fortuna","Arakil","Iruraiz-Gauna","Azpeitia","Barrika"]
["Bédar","Jimena de la Frontera","Doña Mencía","Baza","Castaño del Robledo","Carboneros","Benadalid","Campana, La","Almuniente","Alpeñés","Almolda, La","Degaña","Santa Lucía de Tirajana","Icod de los Vinos","Cieza","Casas de Lázaro","Arroba de los Montes","Arcos de la Sierra","Alovera","Buenaventura","Bernuy-Zapardiel","Arlanzón","Brazuelo","Berzosilla","Aldeaseca de la Frontera","Ayllón","Arancón","Bocos de Duero","Bermillo de Sayago","Begues","Boadella i les Escaules","Alòs de Balaguer","Banyeres del Penedès",null,"Benasau","Benafer","Alfafar","Burguillos del Cerro","Arroyomolinos","Carral","Friol","Castrelo do Val","Grove, O","Escorca","Azofra","Boadilla del Monte",null,"Fuente Álamo de Murcia","Aranarache","Kripan","Baliarrain","Basauri"]
["Beires","Línea de la Concepción, La","Dos Torres","Beas de Granada","Cerro de Andévalo, El","Cárcheles","Benahavís","Cantillana","Alquézar","Anadón","Almonacid de la Cuba","Franco, El","Santa María de Guía de Gran Canaria","Llanos de Aridane, Los","Cillorigo de Liébana","Casas de Ves","Ballesteros de Calatrava","Arguisuelas","Alustante","Burguillos de Toledo","Berrocalejo de Aragona","Arraya de Oca","Burgo Ranero, El","Boada de Campos","Aldeatejada","Barbolla","Arcos de Jalón","Boecillo","Bóveda de Toro, La","Bellprat","Bolvir","Alpicat","Barberà de la Conca",null,"Beneixama","Benafigos","Alfara de Algimia","Cabeza del Buey","Arroyomolinos de la Vera","Cedeira","Guitiriz","Castro Caldelas","Guarda, A","Esporles","Badarán","Boalo, El",null,"Jumilla","Aranguren","Kuartango","Beasain","Bedia"]
["Benahadux","Medina-Sidonia","Encinas Reales","Beas de Guadix","Chucena","Carolina, La","Benalauría","Cañada Rosal","Altorricón","Andorra","Almonacid de la Sierra","Gijón","Teguise","Matanza de Acentejo, La","Colindres","Casas-Ibáñez","Bolaños de Calatrava","Arrancacepas","Angón","Burujón","Blascomillán","Atapuerca","Burón","Boadilla de Rioseco","Aldeavieja de Tormes","Basardilla","Arenillas","Bolaños de Campos","Bretó","Berga","Bordils","Alt Àneu","Batea",null,"Benejúzar","Benasal","Alfara del Patriarca","Cabeza la Vaca","Baños de Montemayor","Cee","Guntín","Celanova","Illa de Arousa, A","Estellencs","Bañares","Braojos",null,"Librilla","Arano","Labastida","Beizama","Berango"]
["Benitagla","Olvera","Espejo","Benalúa","Corteconcepción","Castellar","Benalmádena","Carmona","Angüés","Arcos de las Salinas","Almunia de Doña Godina, La","Gozón","Tejeda","Orotava, La","Comillas","Caudete","Brazatortas","Atalaya del Cañavate","Anguita","Cabañas de la Sagra","Blasconuño de Matacabras","Ausines, Los","Bustillo del Páramo","Boadilla del Camino","Aldehuela de la Bóveda","Bercial","Arévalo de la Sierra","Brahojos de Medina","Bretocino","Bigues i Riells","Borrassà","Anglesola","Bellmunt del Priorat",null,"Benferri","Benicarló","Alfarp","Calamonte","Barrado","Cerceda","Incio, O","Cenlle","Lalín","Felanitx","Baños de Río Tobía","Brea de Tajo",null,"Lorca","Arantza","Lagrán","Belauntza","Bermeo"]
["Benizalón","Paterna de Rivera","Espiel","Benalúa de las Villas","Cortegana","Castillo de Locubín","Benamargosa","Carrión de los Céspedes","Ansó","Arens de Lledó","Alpartir","Grado","Telde","Paso, El","Corrales de Buelna, Los","Cenizate","Cabezarados","Barajas de Melo","Anquela del Ducado","Cabañas de Yepes","Blascosancho","Avellanosa de Muñó","Cabañas Raras","Brañosera","Aldehuela de Yeltes","Bercimuel","Ausejo de la Sierra","Bustillo de Chaves","Brime de Sog","Borredà","Breda","Arbeca","Bellvei",null,"Beniarbeig","Benicasim/Benicàssim","Alfarrasí","Calera de León","Belvís de Monroy","Cerdido","Láncara","Chandrexa de Queixa","Lama, A","Ferreries","Baños de Rioja","Brunete",null,"Lorquí","Aras","Laguardia","Berastegi","Berriatua"]
["Bentarique","Prado del Rey","Fernán-Núñez","Benamaurel","Cortelazor","Cazalilla","Benamocarra","Casariche","Antillón","Argente","Ambel","Grandas de Salime","Teror","Puerto de la Cruz","Corvera de Toranzo","Chinchilla de Monte-Aragón","Cabezarrubias del Puerto","Barchín del Hoyo","Anquela del Pedregal","Cabezamesada","Bohodón, El","Bahabón de Esgueva","Cabreros del Río","Buenavista de Valdavia","Almenara de Tormes","Bernardos","Baraona","Cabezón de Pisuerga","Brime de Urz","Bruc, El","Brunyola","Arres","Benifallet",null,"Beniardá","Benlloch","Alfauir","Calzadilla de los Barros","Benquerencia","Cesuras","Lourenzá","Coles","Marín","Formentera","Berceo","Buitrago del Lozoya",null,"Mazarrón","Arbizu","Lanciego/Lantziego","Bergara","Berriz"]
["Berja","Puerto de Santa María, El","Fuente la Lancha","Bérchules","Cumbres de Enmedio","Cazorla","Benaoján","Castilblanco de los Arroyos","Aragüés del Puerto","Ariño","Anento","Ibias","Tías","Puntagorda","Entrambasaguas","Corral-Rubio","Calzada de Calatrava","Bascuñana de San Pedro","Aranzueque","Calera y Chozas","Bohoyo","Balbases, Los","Cabrillanes","Bustillo de la Vega","Almendra","Bernuy de Porreros","Barca","Cabezón de Valderaduey","Burganes de Valverde","Brull, El","Cabanelles","Arsèguel","Benissanet",null,"Beniarrés","Betxí","Algar de Palancia","Campanario","Berrocalejo","Coirós","Lugo","Cortegada","Meaño","Fornalutx","Bergasa","Bustarviejo",null,"Molina de Segura","Arce/Artzi","Lantarón","Berrobi","Bilbao"]
["Canjáyar","Puerto Real","Fuente Obejuna","Bubión","Cumbres de San Bartolomé","Chiclana de Segura","Benarrabá","Castilleja de Guzmán","Arén","Azaila","Aniñón","Illano","Tinajo","Puntallana","Escalante","Cotillas","Campo de Criptana","Beamud","Arbancón","Caleruela","Bonilla de la Sierra","Baños de Valdearados","Cacabelos","Bustillo del Páramo de Carrión","Anaya de Alba","Boceguillas","Barcones","Cabreros del Monte","Bustillo del Oro","Cabanyes, Les","Cabanes","Artesa de Lleida","Bisbal de Falset, La",null,"Benidoleig","Borriol","Algemesí","Campillo de Llerena","Berzocana","Corcubión","Meira","Cualedro","Meis","Inca","Bergasillas Bajera","Cabanillas de la Sierra",null,"Moratalla","Arcos, Los","Lapuebla de Labarca","Bidegoian","Busturia"]
["Cantoria","Puerto Serrano","Fuente Palmera","Busquístar","Cumbres Mayores","Chilluévar","Borge, El","Castilleja de la Cuesta","Argavieso","Bádenas","Añón de Moncayo","Illas","Tuineje","Realejos, Los","Guriezo","Elche de la Sierra","Cañada de Calatrava","Belinchón","Arbeteta","Calzada de Oropesa","Brabos","Bañuelos de Bureba","Calzada del Coto","Calahorra de Boedo","Añover de Tormes","Brieva","Bayubas de Abajo","Campaspero","Cabañas de Sayago","Cabrera de Mar","Cadaqués","Artesa de Segre","Bisbal del Penedès, La",null,"Benidorm","Burriana","Algimia de Alfara","Capilla","Bohonal de Ibor","Coristanco","Mondoñedo","Entrimo","Moaña","Lloret de Vistalegre","Bezares","Cabrera, La",null,"Mula","Arellano","Laudio/Llodio","Deba","Carrantza Harana/Valle de Carranza"]
["Carboneras","Rota","Fuente-Tójar","Cacín","Encinasola","Escañuela","Burgo, El","Castilleja del Campo","Arguis","Báguena","Aranda de Moncayo","Langreo","Valleseco","Rosario, El","Hazas de Cesto","Férez","Caracuel de Calatrava","Belmonte","Argecilla","Camarena","Bularros","Barbadillo de Herreros","Campazas","Calzada de los Molinos","Arabayona de Mógica","Caballar","Bayubas de Arriba","Campillo, El","Calzadilla de Tera","Cabrera d'Igualada","Caldes de Malavella","Aspa","Blancafort",null,"Benifallim","Cabanes","Alginet","Carmonita","Botija","Coruña, A","Monforte de Lemos","Esgos","Mondariz","Lloseta","Bobadilla","Cadalso de los Vidrios",null,"Murcia","Areso","Legutiano","Donostia-San Sebastián","Derio"]
["Castro de Filabres","San Fernando","Granjuela, La","Cádiar","Escacena del Campo","Espelúy","Campillos","Castillo de las Guardas, El","Ayerbe","Bañón","Arándiga","Laviana","Valsequillo de Gran Canaria","San Andrés y Sauces","Hermandad de Campoo de Suso","Fuensanta","Carrión de Calatrava","Belmontejo","Armallones","Camarenilla","Burgohondo","Barbadillo del Mercado","Campo de Villavidel","Capillas","Arapiles","Cabañas de Polendos","Beratón","Camporredondo","Camarzana de Tera","Cabrils","Calonge","Avellanes i Santa Linya, Les","Bonastre",null,"Benifato","Càlig","Almàssera","Carrascalejo, El","Brozas","Culleredo","Monterroso","Gomesende","Mondariz-Balneario","Llubí","Brieva de Cameros","Camarma de Esteruelas",null,"Ojós","Arguedas","Leza","Eibar","Dima"]
["Chercos","San José del Valle","Guadalcázar","Cájar","Fuenteheridos","Frailes","Canillas de Aceituno","Cazalla de la Sierra","Azanuy-Alins","Barrachina","Ardisa","Lena","Vega de San Mateo","San Cristóbal de La Laguna","Herrerías","Fuente-Alamo","Carrizosa","Beteta","Armuña de Tajuña","Campillo de la Jara, El","Cabezas de Alambre","Barbadillo del Pez","Camponaraya","Cardeñosa de Volpejera","Arcediano","Cabezuela","Berlanga de Duero","Canalejas de Peñafiel","Cañizal","Calaf","Camós","Baix Pallars","Borges del Camp, Les",null,"Benigembla","Canet lo Roig","Almiserà","Casas de Don Pedro","Cabañas del Castillo","Curtis","Muras","Gudiña, A","Moraña","Llucmajor","Briñas","Campo Real",null,"Pliego","Aria","Moreda de Álava","Elduain","Durango"]
["Chirivel","San Roque","Guijo, El","Calahorra, La","Galaroza","Fuensanta de Martos","Canillas de Albaida","Constantina","Azara","Bea","Ariza","Llanera","Yaiza","San Juan de la Rambla","Lamasón","Fuentealbilla","Castellar de Santiago","Boniches","Arroyo de las Fraguas","Camuñas","Cabezas del Pozo","Barrio de Muñó","Candín","Carrión de los Condes","Arco, El","Calabazas de Fuentidueña","Blacos","Canillas de Esgueva","Cañizo","Calders","Campdevànol","Balaguer","Bot",null,"Benijófar","Castell de Cabres","Almoines","Casas de Reina","Cabezabellosa","Dodro","Navia de Suarna","Irixo, O","Mos","Mahón","Briones","Canencia",null,"Puerto Lumbreras","Aribe","Navaridas","Elgeta","Ea"]
["Cóbdar","Sanlúcar de Barrameda","Hinojosa del Duque","Calicasas","Gibraleón","Fuerte del Rey","Cañete la Real","Coria del Río","Azlor","Beceite","Artieda","Llanes",null,"San Miguel de Abona","Laredo","Gineta, La","Chillón","Buciegas","Atanzón","Cardiel de los Montes","Cabezas del Villar","Barrios de Bureba, Los","Cármenes","Castil de Vela","Armenteros","Campo de San Pedro","Bliecos","Carpio","Carbajales de Alba","Caldes de Montbui","Campelles","Barbens","Botarell",null,"Benilloba","Castellfort","Almussafes","Castilblanco","Cabezuela del Valle","Dumbría","Negueira de Muñiz","Larouco","Neves, As","Manacor","Cabezón de Cameros","Carabaña",null,"Ricote","Armañanzas","Okondo","Elgoibar","Elantxobe"]
["Cuevas del Almanzora","Setenil de las Bodegas","Hornachuelos","Campotéjar","Granada de Río-Tinto, La","Génave","Carratraca","Coripe","Baélls","Bello","Asín","Mieres",null,"San Sebastián de la Gomera","Liendo","Golosalvo","Ciudad Real","Buenache de Alarcón","Atienza","Carmena","Cabizuela","Barrios de Colina","Carracedelo","Castrejón de la Peña","Atalaya, La","Cantalejo","Borjabad","Casasola de Arión","Carbellino","Caldes d'Estrac","Campllong","Baronia de Rialb, La","Bràfim",null,"Benillup","Castellnovo","Alpuente","Castuera","Cabrero","Fene","Nogais, As","Laza","Nigrán","Mancor de la Vall","Calahorra","Casarrubuelos",null,"San Javier","Arróniz","Oyón-Oion","Errenteria","Elorrio"]
["Dalías","Tarifa","Iznájar","Caniles","Granado, El","Guardia de Jaén, La","Cartajima","Coronil, El","Bailo","Belmonte de San José","Atea","Morcín",null,"Santa Cruz de la Palma","Liérganes","Hellín","Corral de Calatrava","Buenache de la Sierra","Auñón","Carpio de Tajo, El","Canales","Basconcillos del Tozo","Carrizo","Castrillo de Don Juan","Babilafuente","Cantimpalos","Borobia","Castrejón de Trabancos","Casaseca de Campeán","Calella","Camprodon","Bassella","Cabacés",null,"Benimantell","Castellón de la Plana/Castelló de la Plana","Alqueria de la Comtessa, l'","Cheles","Cáceres","Ferrol","Ourol","Leiro","Oia","Maria de la Salut","Camprovín","Cenicientos",null,"San Pedro del Pinatar","Arruazu","Peñacerrada-Urizaharra","Errezil","Erandio"]
["Ejido, El","Torre Alháquime","Lucena","Cáñar","Higuera de la Sierra","Guarromán","Cártama","Corrales, Los","Baldellou","Berge","Ateca","Muros de Nalón",null,"Santa Cruz de Tenerife","Limpias","Herrera, La","Cortijos, Los","Buendía","Azuqueca de Henares","Carranque","Candeleda","Bascuñana","Carrocera","Castrillo de Onielo","Bañobárez","Carbonero el Mayor","Buberos","Castrillo de Duero","Casaseca de las Chanas","Calldetenes","Canet d'Adri","Bausen","Cabra del Camp",null,"Benimarfull","Castillo de Villamalefa","Alzira","Codosera, La","Cachorrilla","Fisterra","Outeiro de Rei","Lobeira","Pazos de Borbén","Marratxí","Canales de la Sierra","Cercedilla",null,"Santomera","Artajona","Ribera Alta","Eskoriatza","Ereño"]
["Enix","Trebujena","Luque","Capileira","Hinojales","Higuera de Calatrava","Casabermeja","Cuervo de Sevilla, El","Ballobar","Bezas","Azuara","Nava",null,"Santa Úrsula","Luena","Higueruela","Cózar","Campillo de Altobuey","Baides","Carriches","Cantiveros","Belbimbre","Carucedo","Castrillo de Villavega","Barbadillo","Carrascal del Río","Buitrago","Castrillo-Tejeriego","Castrillo de la Guareña","Callús","Cantallops","Belianes","Calafell",null,"Benimassot","Catí","Andilla","Cordobilla de Lácara","Cadalso","Frades","Palas de Rei","Lobios","Poio","Mercadal, Es","Canillas de Río Tuerto","Cervera de Buitrago",null,"Torre-Pacheco","Artazu","Ribera Baja/Erribera Beitia","Ezkio-Itsaso","Ermua"]
["Felix","Ubrique","Montalbán de Córdoba","Carataunas","Hinojos","Hinojares","Casarabonela","Dos Hermanas","Banastás","Blancas","Badules","Navia",null,"Santiago del Teide","Marina de Cudeyo","Hoya-Gonzalo","Daimiel","Campillos-Paravientos","Baños de Tajo","Casar de Escalona, El","Cardeñosa","Belorado","Castilfalé","Castromocho","Barbalos","Casla","Burgo de Osma-Ciudad de Osma","Castrobol","Castrogonzalo","Calonge de Segarra","Capmany","Bellaguarda","Camarles",null,"Benimeli","Caudiel","Anna","Coronada, La","Calzadilla","Irixoa","Pantón","Maceda","Ponte Caldelas","Migjorn Gran, Es","Cañas","Chapinería",null,"Torres de Cotillas, Las","Atez","Salvatierra/Agurain","Gabiria","Errigoiti"]
["Fines","Vejer de la Frontera","Montemayor","Cástaras","Huelva","Hornos","Casares","Écija","Barbastro","Blesa","Bagüés","Noreña",null,"Sauzal, El","Mazcuerras","Jorquera","Fernán Caballero","Campillos-Sierra","Bañuelos","Casarrubios del Monte","Carrera, La","Berberana","Castrillo de Cabrera","Cervatos de la Cueza","Barceo","Castillejo de Mesleón","Cabrejas del Campo","Castrodeza","Castronuevo","Campins","Cassà de la Selva","Bellcaire d'Urgell","Cambrils",null,"Benissa","Cervera del Maestre","Antella","Corte de Peleas","Caminomorisco","Laracha, A","Paradela","Manzaneda","Ponteareas","Montuïri","Cárdenas","Chinchón",null,"Totana","Auritz/Burguete","Samaniego","Gaintza","Etxebarri"]
["Fiñana","Villaluenga del Rosario","Montilla","Castilléjar","Isla Cristina","Huelma","Coín","Espartinas","Barbués","Bordón","Balconchán","Onís",null,"Silos, Los","Medio Cudeyo","Letur","Fontanarejo","Campos del Paraíso","Barriopedro","Casasbuenas","Casas del Puerto","Berlangas de Roa","Castrillo de la Valduerna","Cervera de Pisuerga","Barruecopardo","Castro de Fuentidueña","Cabrejas del Pinar","Castromembibre","Castroverde de Campos","Canet de Mar","Castellfollit de la Roca","Bell-lloc d'Urgell","Capafonts",null,"Benitachell/Poble Nou de Benitatxell, el","Chert/Xert","Aras de los Olmos","Cristina","Campillo de Deleitosa","Laxe","Páramo, O","Maside","Pontecesures","Muro","Casalarreina","Ciempozuelos",null,"Ulea","Ayegui","San Millán/Donemiliaga","Gaztelu","Etxebarria"]
["Fondón","Villamartín","Montoro","Castril","Jabugo","Huesa","Colmenar","Estepa","Barbuñales","Bronchales","Bárboles","Oviedo",null,"Tacoronte","Meruelo","Lezuza","Fuencaliente","Canalejas del Arroyo","Berninches","Castillo de Bayuela","Casasola","Berzosa de Bureba","Castrocalbón","Cevico de la Torre","Bastida, La","Castrojimeno","Calatañazor","Castromonte","Cazurra","Canovelles","Castelló d'Empúries","Bellmunt d'Urgell","Capçanes",null,"Biar","Chilches/Xilxes","Atzeneta d'Albaida","Don Álvaro","Campo Lugar","Lousame","Pastoriza, A","Melón","Pontevedra","Palma de Mallorca","Castañares de Rioja","Cobeña",null,"Unión, La","Azagra","Urkabustaiz","Getaria","Forua"]
["Gádor","Zahara","Monturque","Cenes de la Vega","Lepe","Ibros","Comares","Fuentes de Andalucía","Bárcabo","Bueña","Bardallur","Parres",null,"Tanque, El","Miengo","Liétor","Fuenllana","Cañada del Hoyo","Bodera, La","Cazalegas","Casavieja","Bozoó","Castrocontrigo","Cevico Navero","Béjar","Castroserna de Abajo","Caltojar","Castronuevo de Esgueva","Cerecinos de Campos","Cànoves i Samalús","Castell-Platja d'Aro","Bellpuig","Caseres",null,"Bigastro","Chodos/Xodos","Ayora","Don Benito","Cañamero","Malpica de Bergantiños","Pedrafita do Cebreiro","Merca, A","Porriño, O","Petra","Castroviejo","Collado Mediano",null,"Villanueva del Río Segura","Azuelo","Valdegovía","Hernani","Fruiz"]
["Gallardos, Los",null,"Moriles","Chauchina","Linares de la Sierra","Iruela, La","Cómpeta","Garrobo, El","Belver de Cinca","Burbáguena","Belchite","Peñamellera Alta",null,"Tazacorte","Miera","Madrigueras","Fuente el Fresno","Cañada Juncosa","Brihuega","Cebolla","Casillas","Brazacorta","Castropodame","Cisneros","Beleña","Castroserracín","Candilichera","Castronuño","Cerecinos del Carrizal","Canyelles","Cellera de Ter, La","Bellver de Cerdanya","Castellvell del Camp",null,"Bolulla","Chóvar","Barx","Entrín Bajo","Cañaveral","Mañón","Pobra do Brollón, A","Mezquita, A","Portas","Pobla, Sa","Cellorigo","Collado Villalba",null,"Yecla","Bakaiku","Villabuena de Álava/Eskuernaga","Hernialde","Galdakao"]
["Garrucha",null,"Nueva Carteya","Chimeneas","Lucena del Puerto","Iznatoraf","Cortes de la Frontera","Gelves","Benabarre","Cabra de Mora","Belmonte de Gracián","Peñamellera Baja",null,"Tegueste","Molledo","Mahora","Granátula de Calatrava","Cañamares","Budia","Cedillo del Condado","Castellanos de Zapardiel","Briviesca","Castrotierra de Valmadrigal","Cobos de Cerrato","Bermellar","Cedillo de la Torre","Cañamaque","Castroponce","Cernadilla","Capellades","Celrà","Bellvís","Catllar, El",null,"Busot","Cinctorres","Barxeta","Esparragalejo","Carbajo","Mazaricos","Pol","Montederramo","Redondela","Pollença","Cenicero","Colmenar de Oreja",null,null,"Barañain","Vitoria-Gasteiz","Hondarribia","Galdames"]
["Gérgal",null,"Obejo","Churriana de la Vega","Manzanilla","Jabalquinto","Cuevas Bajas","Gerena","Benasque","Calaceite","Berdejo","Pesoz",null,"Tijarafe","Noja","Masegoso","Guadalmez","Cañavate, El","Bujalaro","Cerralbos, Los","Cebreros","Bugedo","Cea","Collazos de Boedo","Berrocal de Huebra","Cerezo de Abajo","Carabantes","Castroverde de Cerrato","Cobreros","Capolat","Cervià de Ter","Benavent de Segrià","Colldejou",null,"Callosa de Segura","Cirat","Bèlgida","Esparragosa de la Serena","Carcaboso","Melide","Pontenova, A","Monterrei","Ribadumia","Porreres","Cervera del Río Alhama","Colmenar del Arroyo",null,null,"Barásoain","Yécora/Iekora","Ibarra","Gamiz-Fika"]
["Huécija",null,"Palenciana","Cijuela","Marines, Los","Jaén","Cuevas de San Marcos","Gilena","Berbegal","Calamocha","Berrueco","Piloña",null,"Valle Gran Rey","Penagos","Minaya","Herencia","Cañaveras","Bustares","Cervera de los Montes","Cepeda la Mora","Buniel","Cebanico","Congosto de Valdavia","Berrocal de Salvatierra","Cerezo de Arriba","Caracena","Ceinos de Campos","Coomonte","Cardedeu","Cistella","Biosca","Conesa",null,"Callosa d'En Sarrià","Cortes de Arenoso","Bellreguard","Esparragosa de Lares","Carrascalejo","Mesía","Portomarín","Muíños","Rodeiro","Puigpunyent","Cidamón","Colmenar Viejo",null,null,"Barbarin","Zalduondo","Idiazabal","Garai"]
["Huércal de Almería",null,"Palma del Río","Cogollos de Guadix","Minas de Riotinto","Jamilena","Cuevas del Becerro","Gines","Bielsa","Calanda","Biel","Ponga",null,"Vallehermoso","Peñarrubia","Molinicos","Hinojosas de Calatrava","Cañaveruelas","Cabanillas del Campo","Chozas de Canales","Chamartín","Burgos","Cebrones del Río","Cordovilla la Real","Boada","Chañe","Carrascosa de Abajo","Cervillego de la Cruz","Coreses","Cardona","Colera","Bòrdes, Es","Constantí",null,"Calpe/Calp","Costur","Bellús","Feria","Casar de Cáceres","Miño","Quiroga","Nogueira de Ramuín","Rosal, O","Salines, Ses","Cihuri","Colmenarejo",null,null,"Bargota","Zambrana","Ikaztegieta","Gatika"]
["Huércal-Overa",null,"Pedro Abad","Cogollos de la Vega","Moguer","Jimena","Cútar","Guadalcanal","Bierge","Calomarde","Bijuesca","Pravia",null,"Valverde","Pesaguero","Montalvos","Horcajo de los Montes","Cañete","Campillo de Dueñas","Chueca","Cillán","Busto de Bureba","Chozas de Abajo","Cubillas de Cerrato","Bodón, El","Cilleruelo de San Mamés","Carrascosa de la Sierra","Cigales","Corrales","Carme","Colomers","Borges Blanques, Les","Corbera d'Ebre",null,"Campello, el","Coves de Vinromà, les","Benagéber","Fregenal de la Sierra","Casar de Palomero","Moeche","Rábade","Oímbra","Salceda de Caselas","Sant Antoni de Portmany","Cirueña","Corpa",null,null,"Barillas","Zigoitia","Irun","Gautegiz Arteaga"]
["Illar",null,"Pedroche","Colomera","Nava, La","Jódar","Estepona","Guillena","Biescas","Camañas","Biota","Proaza",null,"Victoria de Acentejo, La","Pesquera","Montealegre del Castillo","Labores, Las","Cañizares","Campillo de Ranas","Ciruelos","Cisla","Cabañes de Esgueva","Cimanes de la Vega","Dehesa de Montejo","Bogajo","Cobos de Fuentidueña","Casarejos","Ciguñuela","Cotanes del Monte","Casserres","Corçà","Bossòst","Cornudella de Montsant",null,"Campo de Mirra/Camp de Mirra, el","Culla","Benaguasil","Fuenlabrada de los Montes","Casares de las Hurdes","Monfero","Ribadeo","Ourense","Salvaterra de Miño","Sant Joan","Clavijo","Coslada",null,null,"Basaburua","Zuia","Irura","Gernika-Lumo"]
["Instinción",null,"Peñarroya-Pueblonuevo","Cortes de Baza","Nerva","Lahiguera","Faraján","Herrera","Binaced","Camarena de la Sierra","Bisimbre","Quirós",null,"Vilaflor","Piélagos","Motilleja","Llanos del Caudillo","Carboneras de Guadazaón","Campisábalos","Cobeja","Colilla, La","Cabezón de la Sierra","Cimanes del Tejar","Dehesa de Romanos","Bouza, La","Coca","Castilfrío de la Sierra","Cistérniga","Cubillos","Castell de l'Areny","Cornellà del Terri","Bovera","Creixell",null,"Cañada","Eslida","Benavites","Fuente de Cantos","Casas de Don Antonio","Mugardos","Ribas de Sil","Paderne de Allariz","Sanxenxo","Sant Joan de Labritja","Cordovín","Cubas de la Sagra",null,null,"Baztan",null,"Itsasondo","Getxo"]
["Laroya",null,"Posadas","Cortes y Graena","Niebla","Larva","Frigiliana","Huévar del Aljarafe","Binéfar","Camarillas","Boquiñeni","Regueras, Las",null,"Villa de Mazo","Polaciones","Munera","Luciana","Cardenete","Canredondo","Cobisa","Collado de Contreras","Caleruega","Cistierna","Dueñas","Bóveda del Río Almar","Codorniz","Castillejo de Robledo","Cogeces de Íscar","Cubo de Benavente","Castellar de n'Hug","Crespià","Cabanabona","Cunit",null,"Castalla","Espadilla","Beneixida","Fuente del Arco","Casas de Don Gómez","Muros","Ribeira de Piquín","Padrenda","Silleda","Sant Josep de sa Talaia","Corera","Daganzo de Arriba",null,null,"Beintza-Labaien",null,"Larraul","Gizaburuaga"]
["Láujar de Andarax",null,"Pozoblanco","Cuevas del Campo","Palma del Condado, La","Linares","Fuengirola","Isla Mayor","Bisaurri","Caminreal","Bordalba","Ribadedeva",null,null,"Polanco","Navas de Jorquera","Malagón","Carrascosa","Cantalojas","Consuegra","Collado del Mirón","Campillo de Aranda","Congosto","Espinosa de Cerrato","Brincones","Collado Hermoso","Castilruiz","Cogeces del Monte","Cubo de Tierra del Vino, El","Castellar del Riu","Cruïlles, Monells i Sant Sadurní de l'Heura","Cabó","Deltebre",null,"Castell de Castells","Fanzara","Benetússer","Fuente del Maestre","Casas de Millán","Muxía","Riotorto","Parada de Sil","Soutomaior","Sant Llorenç des Cardassar","Cornago","Escorial, El",null,null,"Beire",null,"Lasarte-Oria","Gordexola"]
["Líjar",null,"Priego de Córdoba","Cúllar","Palos de la Frontera","Lopera","Fuente de Piedra","Lantejuela, La","Biscarrués","Cantavieja","Borja","Ribadesella",null,null,"Potes","Nerpio","Manzanares","Carrascosa de Haro","Cañizar","Corral de Almaguer","Constanzana","Campolara","Corbillos de los Oteros","Espinosa de Villagonzalo","Buenamadre","Condado de Castilnovo","Centenera de Andaluz","Corcos","Cuelgamures","Castellar del Vallès","Darnius","Camarasa","Duesaigües",null,"Castell de Guadalest, el","Figueroles","Beniarjó","Fuentes de León","Casas de Miravete","Narón","Samos","Pereiro de Aguiar, O","Tomiño","Sant Lluís","Corporales","Estremera",null,null,"Belascoáin",null,"Lazkao","Gorliz"]
["Lubrín",null,"Puente Genil","Cúllar Vega","Paterna del Campo","Lupión","Gaucín","Lebrija","Blecua y Torres","Cañada de Benatanduz","Botorrita","Ribera de Arriba",null,null,"Puente Viesgo","Ontur","Membrilla","Casas de Benítez","Cardoso de la Sierra, El","Cuerva","Crespos","Canicosa de la Sierra","Corullón","Frechilla","Buenavista","Corral de Ayllón","Cerbón","Corrales de Duero","Entrala","Castellbell i el Vilar","Das","Canejan","Espluga de Francolí, L'",null,"Catral","Forcall","Beniatjar","Garbayuela","Casas del Castañar","Neda","Sarria","Peroxa, A","Tui","Santa Eugènia","Cuzcurrita de Río Tirón","Fresnedillas de la Oliva",null,null,"Bera/Vera de Bidasoa",null,"Leaburu","Güeñes"]
["Lucainena de las Torres",null,"Rambla, La","Darro","Paymogo","Mancha Real","Genalguacil","Lora de Estepa","Boltaña","Cañada de Verich, La","Brea de Aragón","Riosa",null,null,"Ramales de la Victoria","Ossa de Montiel","Mestanza","Casas de Fernando Alonso","Casa de Uceda","Domingo Pérez","Cuevas del Valle","Cantabrana","Crémenes","Fresno del Río","Cabaco, El","Cozuelos de Fuentidueña","Cidones","Cubillas de Santa Marta","Espadañedo","Castellbisbal","Escala, L'","Castell de Mur","Falset",null,"Cocentaina","Fuente la Reina","Benicolet","Garlitos","Casas del Monte","Negreira","Saviñao, O","Petín","Valga","Santa Eulalia del Río","Daroca de Rioja","Fresno de Torote",null,null,"Berbinzana",null,"Legazpi","Ibarrangelu"]
["Lúcar",null,"Rute","Dehesas de Guadix","Puebla de Guzmán","Marmolejo","Guaro","Lora del Río","Bonansa","Cañada Vellida","Bubierca","Salas",null,null,"Rasines","Paterna del Madera","Miguelturra","Casas de Garcimolina","Casar, El","Dosbarrios","Diego del Carpio","Carazo","Cuadros","Frómista","Cabeza de Béjar, La","Cubillo","Cigudosa","Cuenca de Campos","Faramontanos de Tábara","Castellcir","Espinelves","Castellar de la Ribera","Fatarella, La",null,"Confrides","Fuentes de Ayódar","Benicull de Xúquer","Garrovilla, La","Casatejada","Noia","Sober","Piñor","Vigo","Santa Margalida","Enciso","Fuenlabrada",null,null,"Beriáin",null,"Legorreta","Igorre"]
["Macael",null,"San Sebastián de los Ballesteros","Deifontes","Puerto Moral","Martos","Humilladero","Luisiana, La","Borau","Cañizar del Olivar","Bujaraloz","San Martín de Oscos",null,null,"Reinosa","Peñas de San Pedro","Montiel","Casas de Guijarro","Casas de San Galindo","Erustes","Donjimeno","Carcedo de Bureba","Cubillas de los Oteros","Fuentes de Nava","Cabeza del Caballo","Cuéllar","Cihuela","Curiel de Duero","Fariza","Castelldefels","Espolla","Castelldans","Febró, La",null,"Cox","Gaibiel","Benifaió","Granja de Torrehermosa","Casillas de Coria","Oleiros","Taboada","Pobra de Trives, A","Vila de Cruces","Santa María del Camí","Entrena","Fuente el Saz de Jarama",null,null,"Berrioplano",null,"Leintz-Gatzaga","Ispaster"]
["María",null,"Santa Eufemia","Diezma","Punta Umbría","Mengíbar","Igualeja","Madroño, El","Broto","Cascante del Río","Bulbuente","San Martín del Rey Aurelio",null,null,"Reocín","Peñascosa","Moral de Calatrava","Casas de Haro","Caspueñas","Escalona","Donvidas","Carcedo de Burgos","Cubillas de Rueda","Fuentes de Valdepero","Cabezabellosa de la Calzada","Cuevas de Provanco","Ciria","Encinas de Esgueva","Fermoselle","Castellet i la Gornal","Esponellà","Castellnou de Seana","Figuera, La",null,"Crevillent","Geldo","Benifairó de la Valldigna","Guareña","Castañar de Ibor","Ordes","Trabada","Pontedeva","Vilaboa","Santanyí","Estollo","Fuentidueña de Tajo",null,null,"Berriozar",null,"Lezo","Iurreta"]
["Mojácar",null,"Santaella","Dílar","Rociana del Condado","Montizón","Istán","Mairena del Alcor","Caldearenas","Castejón de Tornos","Bureta","San Tirso de Abres",null,null,"Ribamontán al Mar","Pétrola","Navalpino","Casas de los Pinos","Castejón de Henares","Escalonilla","Espinosa de los Caballeros","Cardeñadijo","Cubillos del Sil","Grijota","Cabrerizos","Domingo García","Cirujales del Río","Esguevillas de Esgueva","Ferreras de Abajo","Castellfollit de Riubregós","Far d'Empordà, El","Castelló de Farfanya","Figuerola del Camp",null,"Daya Nueva","Herbés","Benifairó de les Valls","Haba, La","Ceclavín","Oroso","Triacastela","Porqueira","Vilagarcía de Arousa","Selva","Ezcaray","Galapagar",null,null,"Bertizarana",null,"Lizartza","Izurtza"]
["Mojonera, La",null,"Torrecampo","Dólar","Rosal de la Frontera","Navas de San Juan","Iznate","Mairena del Aljarafe","Campo","Castel de Cabra","Burgo de Ebro, El","Santa Eulalia de Oscos",null,null,"Ribamontán al Monte","Povedilla","Navas de Estena","Casasimarro","Castellar de la Muela","Espinoso del Rey","Flores de Ávila","Cardeñajimeno","Destriana","Guardo","Cabrillas","Donhierro","Coscurita","Fombellida","Ferreras de Arriba","Castellfollit del Boix","Figueres","Castellserà","Flix",null,"Daya Vieja","Higueras","Beniflá","Helechosa de los Montes","Cedillo","Ortigueira","Valadouro, O","Punxín","Vilanova de Arousa","Sencelles","Foncea","Garganta de los Montes",null,null,"Betelu",null,"Mendaro","Kortezubi"]
["Nacimiento",null,"Valenzuela","Dúdar","San Bartolomé de la Torre","Noalejo","Jimera de Líbar","Marchena","Camporrélls","Castellar, El","Buste, El","Santo Adriano",null,null,"Rionansa","Pozo Cañada","Pedro Muñoz","Castejón","Castilforte","Esquivias","Fontiveros","Cardeñuela Riopico","Encinedo","Guaza de Campos","Calvarrasa de Abajo","Duruelo","Covaleda","Fompedraza","Ferreruela","Castellgalí","Flaçà","Cava","Forès",null,"Dénia","Jana, la","Benigánim","Herrera del Duque","Cerezo","Outes","Vicedo, O","Quintela de Leirado",null,"Sineu","Fonzaleche","Gargantilla del Lozoya y Pinilla de Buitrago",null,null,"Bidaurreta",null,"Mutiloa","Lanestosa"]
["Níjar",null,"Valsequillo","Dúrcal","San Juan del Puerto","Orcera","Jubrique","Marinaleda","Canal de Berdún","Castellote","Cabañas de Ebro","Sariego",null,null,"Riotuerto","Pozohondo","Picón","Castillejo de Iniesta","Castilnuevo","Estrella, La","Fresnedilla","Carrias","Ercina, La","Hérmedes de Cerrato","Calvarrasa de Arriba","Encinas","Cubilla","Fontihoyuelo","Figueruela de Arriba","Castellnou de Bages","Foixà","Cervera","Freginals",null,"Dolores","Jérica","Benimodo","Higuera de la Serena","Cilleros","Oza dos Ríos","Vilalba","Rairiz de Veiga",null,"Sóller","Fuenmayor","Gascones",null,null,"Biurrun-Olcoz",null,"Mutriku","Larrabetzu"]
["Ohanes",null,"Victoria, La","Escúzar","San Silvestre de Guzmán","Peal de Becerro","Júzcar","Martín de la Jara","Candasnos","Castelnou","Cabolafuente","Siero",null,null,"Rozas de Valdearroyo, Las","Pozo-Lorente","Piedrabuena","Castillejo-Sierra","Cendejas de Enmedio","Fuensalida","Fresno, El","Cascajares de Bureba","Escobar de Campos","Herrera de Pisuerga","Calzada de Béjar, La","Encinillas","Cubo de la Solana","Fresno el Viejo","Fonfría","Castellolí","Fontanals de Cerdanya","Cervià de les Garrigues","Galera, La",null,"Elche/Elx","Llosa, la","Benimuslem","Higuera de Llerena","Collado","Paderne","Viveiro","Ramirás",null,"Son Servera","Galbárruli","Getafe",null,null,"Buñuel",null,"Oiartzun","Laukiz"]
["Olula de Castro",null,"Villa del Río","Ferreira","Sanlúcar de Guadiana","Pegalajar","Macharaviaya","Molares, Los","Canfranc","Castelserás","Cadrete","Sobrescobio",null,null,"Ruente","Pozuelo","Poblete","Castillo de Garcimuñoz","Cendejas de la Torre","Gálvez","Fuente el Saúz","Cascajares de la Sierra","Fabero","Herrera de Valdecañas","Calzada de Don Diego","Escalona del Prado","Cueva de Ágreda","Fuensaldaña","Fresno de la Polvorosa","Castellterçol","Fontanilles","Ciutadilla","Gandesa",null,"Elda","Lucena del Cid","Beniparrell","Higuera de Vargas","Conquista de la Sierra","Padrón","Xermade","Ribadavia",null,"Valldemossa","Galilea","Griñón",null,null,"Burgui/Burgi",null,"Olaberria","Leioa"]
["Olula del Río",null,"Villafranca de Córdoba","Fonelas","Santa Ana la Real","Porcuna","Málaga","Montellano","Capdesaso","Cedrillas","Calatayud","Somiedo",null,null,"Ruesga","Recueja, La","Porzuna","Castillo-Albaráñez","Centenera","Garciotum","Fuentes de Año","Castellanos de Castro","Folgoso de la Ribera","Hontoria de Cerrato","Calzada de Valdunciel","Escarabajosa de Cabezas","Dévanos","Fuente el Sol","Fresno de la Ribera","Castellví de la Marca","Fontcoberta","Clariana de Cardener","Garcia",null,"Facheca","Ludiente","Benirredrà","Higuera la Real","Coria","Pino, O","Xove","Riós",null,"Vilafranca de Bonany","Gallinero de Cameros","Guadalix de la Sierra",null,null,"Burlada/Burlata",null,"Oñati","Lekeitio"]
["Oria",null,"Villaharta","Freila","Santa Bárbara de Casa","Pozo Alcón","Manilva","Morón de la Frontera","Capella","Celadas","Calatorao","Soto del Barco",null,null,"Ruiloba","Riópar","Pozuelo de Calatrava","Cervera del Llano","Checa","Gerindote","Gallegos de Altamiros","Castil de Peones","Fresno de la Vega","Hornillos de Cerrato","Campillo de Azaba","Escobar de Polendos","Deza","Fuente-Olmedo","Fresno de Sayago","Castellví de Rosanes","Forallac","Cogul, El","Garidells, Els",null,"Famorca","Mata de Morella, la","Benisanó","Hinojosa del Valle","Cuacos de Yuste","Pobra do Caramiñal, A",null,"Rúa, A",null,null,"Gimileo","Guadarrama",null,null,"Busto, El",null,"Ordizia","Lemoa"]
["Padules",null,"Villanueva de Córdoba","Fuente Vaqueros","Santa Olalla del Cala","Puente de Génave","Marbella","Navas de la Concepción, Las","Casbas de Huesca","Cella","Calcena","Tapia de Casariego",null,null,"San Felices de Buelna","Robledo","Pozuelos de Calatrava, Los","Chillarón de Cuenca","Chequilla","Guadamur","Gallegos de Sobrinos","Castildelgado","Fuentes de Carbajal","Husillos","Campo de Peñaranda, El","Espinar, El","Duruelo de la Sierra","Gallegos de Hornija","Friera de Valverde","Centelles","Fornells de la Selva","Coll de Nargó","Ginestar",null,"Finestrat","Matet","Benissoda","Hornachos","Cumbre, La","Ponteceso",null,"Rubiá",null,null,"Grañón","Hiruela, La",null,null,"Cabanillas",null,"Orendain","Lemoiz"]
["Partaloa",null,"Villanueva del Duque","Gabias, Las","Trigueros","Puerta de Segura, La","Mijas","Olivares","Castejón de Monegros","Cerollera, La","Calmarza","Taramundi",null,null,"San Miguel de Aguayo","Roda, La","Puebla de Don Rodrigo","Chumillas","Chillarón del Rey","Guardia, La","Garganta del Villar","Castrillo de la Reina","Garrafe de Torío","Itero de la Vega","Candelario","Espirdo","Escobosa de Almazán","Gatón de Campos","Fuente Encalada","Cercs","Fortià","Coma i la Pedra, La","Godall",null,"Formentera del Segura","Moncofa","Benisuera","Jerez de los Caballeros","Deleitosa","Pontedeume",null,"San Amaro",null,null,"Grávalos","Horcajo de la Sierra",null,null,"Cabredo",null,"Orexa","Lezama"]
["Paterna del Río",null,"Villanueva del Rey","Galera","Valdelarco","Quesada","Moclinejo","Osuna","Castejón de Sos","Codoñera, La","Campillo de Aragón","Teverga",null,null,"San Pedro del Romeral","Salobre","Puebla del Príncipe","Cierva, La","Chiloeches","Herencias, Las","Gavilanes","Castrillo de la Vega","Gordaliza del Pino","Lagartos","Canillas de Abajo","Fresneda de Cuéllar","Espeja de San Marcelino","Geria","Fuentelapeña","Cerdanyola del Vallès","Garrigàs","Conca de Dalt","Gratallops",null,"Gaianes","Montán","Bétera","Lapa, La","Descargamaría","Pontes de García Rodríguez, As",null,"San Cibrao das Viñas",null,null,"Haro","Horcajuelo de la Sierra",null,null,"Cadreita",null,"Orio","Loiu"]
["Pechina",null,"Villaralto","Gobernador","Valverde del Camino","Rus","Mollina","Palacios y Villafranca, Los","Castejón del Puente","Corbalán","Carenas","Tineo",null,null,"San Roque de Riomiera","San Pedro","Puerto Lápice","Cuenca","Cifuentes","Herreruela de Oropesa","Gemuño","Castrillo de Riopisuerga","Gordoncillo","Lantadilla","Cantagallo","Fresno de Cantespino","Espejón","Herrín de Campos","Fuentes de Ropel","Cervelló","Garrigoles","Corbins","Guiamets, Els",null,"Gata de Gorgos","Montanejos","Bicorp","Llera","Eljas","Porto do Son",null,"San Cristovo de Cea",null,null,"Herce","Hoyo de Manzanares",null,null,"Caparroso",null,"Ormaiztegi","Mallabia"]
["Pulpí",null,"Villaviciosa de Córdoba","Gójar","Villablanca","Sabiote","Monda","Palomares del Río","Castelflorite","Cortes de Aragón","Cariñena","Valdés",null,null,"San Vicente de la Barquera","Socovos","Puertollano","Cueva del Hierro","Cincovillas","Hinojosa de San Vicente","Gil García","Castrillo del Val","Gradefes","Ledigos","Cantalapiedra","Fresno de la Fuente","Estepa de San Juan","Hornillos de Eresma","Fuentesaúco","Collbató","Garriguella","Cubells","Horta de Sant Joan",null,"Gorga","Morella","Bocairent","Llerena","Escurial","Rianxo",null,"San Xoán de Río",null,null,"Herramélluri","Humanes de Madrid",null,null,"Cárcar",null,"Pasaia","Mañaria"]
["Purchena",null,"Viso, El","Gor","Villalba del Alcor","Santa Elena","Montejaque","Paradas","Castiello de Jaca","Cosa","Caspe","Vegadeo",null,null,"Santa Cruz de Bezana","Tarazona de la Mancha","Retuerta del Bullaque","Enguídanos","Ciruelas","Hontanar","Gilbuena","Castrillo Matajudíos","Grajal de Campos","Loma de Ucieza","Cantalpino","Frumales","Frechilla de Almazán","Íscar","Fuentesecas","Collsuspina","Ger","Espluga Calba, L'","Lloar, El",null,"Granja de Rocamora","Navajas","Bolbaite","Lobón","Fresnedoso de Ibor","Ribeira",null,"Sandiás",null,null,"Hervías","Leganés",null,null,"Carcastillo",null,"Segura","Markina-Xemein"]
["Rágol",null,"Zuheros","Gorafe","Villanueva de las Cruces","Santiago de Calatrava","Nerja","Pedrera","Castigaleu","Cretas","Castejón de Alarba","Villanueva de Oscos",null,null,"Santa María de Cayón","Tobarra","Robledo, El","Fresneda de Altarejos","Ciruelos del Pinar","Hormigos","Gimialcón","Castrojeriz","Gusendos de los Oteros","Lomas","Cantaracillo","Fuente de Santa Cruz","Fresno de Caracena","Laguna de Duero","Fuentespreadas","Copons","Girona","Espot","Llorac",null,"Guardamar del Segura","Nules","Bonrepòs i Mirambell","Magacela","Galisteo","Rois",null,"Sarreaus",null,null,"Hormilla","Loeches",null,null,"Cascante",null,"Soraluze/Placencia de las Armas","Maruri-Jatabe"]
["Rioja",null,null,"Granada","Villanueva de los Castillejos","Santiago-Pontones","Ojén","Pedroso, El","Castillazuelo","Crivillén","Castejón de las Armas","Villaviciosa",null,null,"Santander","Valdeganga","Ruidera","Fresneda de la Sierra","Cobeta","Huecas","Gotarrendura","Cavia","Hospital de Órbigo","Magaz de Pisuerga","Carbajosa de la Sagrada","Fuente el Olmo de Fuentidueña","Fuentearmegil","Langayo","Galende","Corbera de Llobregat","Gombrèn","Estamariu","Llorenç del Penedès",null,"Hondón de las Nieves","Olocau del Rey","Bufali","Maguilla","Garciaz","Sada",null,"Taboadela",null,null,"Hormilleja","Lozoya",null,null,"Cáseda",null,"Tolosa","Mendata"]
["Roquetas de Mar",null,null,"Guadahortuna","Villarrasa","Santisteban del Puerto","Parauta","Peñaflor","Castillonroy","Cuba, La","Castejón de Valdejasa","Villayón",null,null,"Santillana del Mar","Vianos","Saceruela","Frontera, La","Cogollor","Huerta de Valdecarábanos","Grandes y San Martín","Cayuela","Igüeña","Manquillos","Carpio de Azaba","Fuente el Olmo de Íscar","Fuentecambrón","Llano de Olmedo","Gallegos del Pan","Cornellà de Llobregat","Gualta","Estaràs","Marçà",null,"Hondón de los Frailes","Onda","Bugarra","Malcocinado","Garganta la Olla","San Sadurniño",null,"Teixeira, A",null,null,"Hornillos de Cameros","Lozoyuela-Navas-Sieteiglesias",null,null,"Castejón",null,"Urnieta","Mendexa"]
["Santa Cruz de Marchena",null,null,"Guadix","Zalamea la Real","Santo Tomé","Periana","Pilas","Chalamera","Cubla","Castiliscar","Yernes y Tameza",null,null,"Santiurde de Reinosa","Villa de Ves","San Carlos del Valle","Fuente de Pedro Naharro","Cogolludo","Iglesuela, La","Guisando","Cebrecos","Izagre","Mantinos","Carrascal de Barregas","Fuentepelayo","Fuentecantos","Lomoviejo","Gallegos del Río","Cubelles","Guils de Cerdanya","Esterri d'Àneu","Margalef",null,"Ibi","Oropesa del Mar/Orpesa","Buñol","Malpartida de la Serena","Garganta, La","Santa Comba",null,"Toén",null,null,"Hornos de Moncalvillo","Madarcos",null,null,"Castillonuevo",null,"Urretxu","Meñaka"]
["Santa Fe de Mondújar",null,null,"Guajares, Los","Zufre","Segura de la Sierra","Pizarra","Pruna","Chía","Cucalón","Cervera de la Cañada",null,null,null,"Santiurde de Toranzo","Villalgordo del Júcar","San Lorenzo de Calatrava","Fuentelespino de Haro","Condemios de Abajo","Illán de Vacas","Gutierre-Muñoz","Celada del Camino","Joarilla de las Matas","Marcilla de Campos","Carrascal del Obispo","Fuentepiñel","Fuentelmonge","Manzanillo","Gamones","Dosrius","Hostalric","Esterri de Cardós","Mas de Barberans",null,"Jacarilla","Palanques","Burjassot","Manchita","Gargantilla","Santiago de Compostela",null,"Trasmiras",null,null,"Huércanos","Madrid",null,null,"Cintruénigo",null,"Usurbil","Morga"]
["Senés",null,null,"Gualchos",null,"Siles","Pujerra","Puebla de Cazalla, La","Chimillas","Cuervo, El","Cerveruela",null,null,null,"Santoña","Villamalea","Santa Cruz de los Cáñamos","Fuentelespino de Moya","Condemios de Arriba","Illescas","Hernansancho","Cerezo de Río Tirón","Laguna Dalga","Mazariegos","Casafranca","Fuenterrebollo","Fuentelsaz de Soria","Marzales","Gema","Esparreguera","Isòvol","Farrera","Masdenverge",null,"Jalón/Xaló","Pavías","Calles","Medellín","Gargüera","Santiso",null,"Veiga, A",null,null,"Igea","Majadahonda",null,null,"Cirauqui",null,"Villabona","Mundaka"]
["Serón",null,null,"Güejar Sierra",null,"Sorihuela del Guadalimar","Rincón de la Victoria","Puebla de los Infantes, La","Colungo","Cuevas de Almudén","Cetina",null,null,null,"Saro","Villapalacios","Santa Cruz de Mudela","Fuentenava de Jábaga","Congostrina","Lagartera","Herradón de Pinares","Cerratón de Juarros","Laguna de Negrillos","Mazuecos de Valdeginate","Casas del Conde, Las","Fuentesaúco de Fuentidueña","Fuentepinilla","Matapozuelos","Granja de Moreruela","Esplugues de Llobregat","Jafre","Fígols i Alinyà","Masllorenç",null,"Jávea/Xàbia","Peñíscola","Camporrobles","Medina de las Torres","Garrovillas de Alconétar","Sobrado",null,"Verea",null,null,"Jalón de Cameros","Manzanares el Real",null,null,"Ciriza",null,"Zaldibia","Mungia"]
["Sierro",null,null,"Güevéjar",null,"Torre del Campo","Riogordo","Puebla del Río, La","Esplús","Cuevas Labradas","Chiprana",null,null,null,"Selaya","Villarrobledo","Socuéllamos","Fuentes","Copernal","Layos","Herreros de Suso","Ciadoncha","León","Melgar de Yuso","Casillas de Flores","Fuentesoto","Fuentes de Magaña","Matilla de los Caños","Granucillo","Espunyola, L'","Jonquera, La","Floresta, La","Masó, La",null,"Jijona/Xixona","Pina de Montalgrao","Canals","Mengabril","Garvín","Somozas, As",null,"Verín",null,null,"Laguna de Cameros","Meco",null,null,"Cizur",null,"Zarautz","Munitibar-Arbatzegi Gerrikaitz"]
["Somontín",null,null,"Huélago",null,"Torreblascopedro","Ronda","Real de la Jara, El","Estada","Ejulve","Chodes",null,null,null,"Soba","Villatoya","Solana del Pino","Fuertescusa","Corduente","Lillo","Higuera de las Dueñas","Cillaperlata","Llamas de la Ribera","Meneses de Campos","Castellanos de Moriscos","Fuentidueña","Fuentestrún","Mayorga","Guarrate","Estany, L'","Juià","Fondarella","Maspujols",null,"Llíber","Pobla de Benifassà, la","Canet d'En Berenguer","Mérida","Gata","Teo",null,"Viana do Bolo",null,null,"Lagunilla del Jubera","Mejorada del Campo",null,null,"Corella",null,"Zegama","Murueta"]
["Sorbas",null,null,"Huéneja",null,"Torredonjimeno","Salares","Rinconada, La","Estadilla","Escorihuela","Cimballa",null,null,null,"Solórzano","Villavaliente","Solana, La","Gabaldón","Cubillo de Uceda, El","Lominchar","Hija de Dios, La","Cilleruelo de Abajo","Lucillo","Micieces de Ojeda","Castellanos de Villiquera","Gallegos","Garray","Medina de Rioseco","Hermisende","Figaró-Montmany","Lladó","Foradada","Masroig, El",null,"Lorcha/Orxa, l'","Pobla Tornesa, la","Carcaixent","Mirandilla","Gordo, El","Toques",null,"Vilamarín",null,null,"Lardero","Miraflores de la Sierra",null,null,"Cortes",null,"Zerain","Muskiz"]
["Suflí",null,null,"Huéscar",null,"Torreperogil","Sayalonga","Roda de Andalucía, La","Estopiñán del Castillo","Escucha","Cinco Olivas",null,null,null,"Suances","Villaverde de Guadalimar","Terrinches","Garaballa","Driebes","Lucillos","Horcajada, La","Cilleruelo de Arriba","Luyego","Monzón de Campos","Castillejo de Martín Viejo","Garcillán","Golmayo","Medina del Campo","Hiniesta, La","Fígols","Llagostera","Fuliola, La","Milà, El",null,"Millena","Portell de Morella","Càrcer","Monesterio","Granja, La","Tordoia",null,"Vilamartín de Valdeorras",null,null,"Ledesma de la Cogolla","Molar, El",null,null,"Desojo",null,"Zestoa","Muxika"]
["Tabernas",null,null,"Huétor de Santillán",null,"Torres","Sedella","Ronquillo, El","Fago","Estercuel","Clarés de Ribota",null,null,null,"Tojos, Los","Viveros","Tomelloso","Gascueña","Durón","Madridejos","Horcajo de las Torres","Ciruelos de Cervera","Magaz de Cepeda","Moratinos","Castraz","Gomezserracín","Gómara","Megeces","Jambrina","Fogars de la Selva","Llambilles","Fulleda","Miravet",null,"Monforte del Cid","Puebla de Arenoso","Carlet","Montemolín","Guadalupe","Touro",null,"Vilar de Barrio",null,null,"Leiva","Molinos, Los",null,null,"Dicastillo",null,"Zizurkil","Nabarniz"]
["Taberno",null,null,"Huétor Tájar",null,"Torres de Albánchez","Sierra de Yeguas","Rubio, El","Fanlo","Ferreruela de Huerva","Codo",null,null,null,"Torrelavega","Yeste","Torralba de Calatrava","Graja de Campalbo","Embid","Magán","Hornillo, El","Cogollos","Mansilla de las Mulas","Mudá","Cepeda","Grajera","Gormaz","Melgar de Abajo","Justel","Fogars de Montclús","Llanars","Gavet de la Conca","Molar, El",null,"Monóvar/Monòver","Ribesalbes","Carrícola","Monterrubio de la Serena","Guijo de Coria","Trazo",null,"Vilar de Santos",null,null,"Leza de Río Leza","Montejo de la Sierra",null,null,"Donamaria",null,"Zumaia","Ondarroa"]
["Tahal",null,null,"Huétor Vega",null,"Úbeda","Teba","Salteras","Fiscal","Fonfría","Codos",null,null,null,"Tresviso",null,"Torre de Juan Abad","Graja de Iniesta","Escamilla","Malpica de Tajo","Hoyo de Pinares, El","Condado de Treviño","Mansilla Mayor","Nogal de las Huertas","Cereceda de la Sierra","Honrubia de la Cuesta","Herrera de Soria","Melgar de Arriba","Losacino","Folgueroles","Llançà","Gimenells i el Pla de la Font","Montblanc",null,"Montesinos, Los","Rossell","Casas Altas","Montijo","Guijo de Galisteo","Val do Dubra",null,"Vilardevós",null,null,"Logroño","Moraleja de Enmedio",null,null,"Doneztebe/Santesteban",null,"Zumarraga","Orozko"]
["Terque",null,null,"Illora",null,"Valdepeñas de Jaén","Tolox","San Juan de Aznalfarache","Fonz","Formiche Alto","Contamina",null,null,null,"Tudanca",null,"Torrenueva","Henarejos","Escariche","Manzaneque","Hoyocasero","Contreras","Maraña","Olea de Boedo","Cerezal de Peñahorcada","Hontalbilla","Hinojosa del Campo","Mojados","Losacio","Fonollosa","Llers","Golmés","Montbrió del Camp",null,"Murla","Sacañet","Casas Bajas","Morera, La","Guijo de Granadilla","Valdoviño",null,"Vilariño de Conso",null,null,"Lumbreras","Moralzarzal",null,null,"Echarri",null,null,"Ortuella"]
["Tíjola",null,null,"Itrabo",null,"Vilches","Torremolinos","San Nicolás del Puerto","Foradada del Toscar","Fórnoles","Cosuenda",null,null,null,"Udías",null,"Valdemanco del Esteras","Herrumblar, El","Escopete","Maqueda","Hoyorredondo","Coruña del Conde","Matadeón de los Oteros","Olmos de Ojeda","Cerralbo","Hontanares de Eresma","Langa de Duero","Monasterio de Vega","Lubián","Font-rubí","Llívia","Gósol","Montferri",null,"Muro de Alcoy","Salzadella, la","Casinos","Nava de Santiago, La","Guijo de Santa Bárbara","Vedra",null,"Xinzo de Limia",null,null,"Manjarrés","Morata de Tajuña",null,null,"Egüés",null,null,"Otxandio"]
["Tres Villas, Las",null,null,"Iznalloz",null,"Villacarrillo","Torrox","Sanlúcar la Mayor","Fraga","Fortanete","Cuarte de Huerva",null,null,null,"Val de San Vicente",null,"Valdepeñas","Hinojosa, La","Espinosa de Henares","Marjaliza","Hoyos de Miguel Muñoz","Covarrubias","Matallana de Torío","Osornillo","Cerro, El","Huertos, Los","Liceras","Montealegre de Campos","Luelmo","Franqueses del Vallès, Les","Lloret de Mar","Granadella, La","Montmell, El",null,"Mutxamel","San Rafael del Río","Castelló de la Ribera","Navalvillar de Pela","Herguijuela","Vilarmaior",null,"Xunqueira de Ambía",null,null,"Mansilla de la Sierra","Móstoles",null,null,"Elgorriaga",null,null,"Plentzia"]
["Turre",null,null,"Jayena",null,"Villanueva de la Reina","Totalán","Santiponce","Fueva, La","Foz-Calanda","Cubel",null,null,null,"Valdáliga",null,"Valenzuela de Calatrava","Hinojosos, Los","Esplegares","Marrupe","Hoyos del Collado","Cubillo del Campo","Matanza","Osorno la Mayor","Cespedosa de Tormes","Ituero y Lama","Losilla, La","Montemayor de Pililla","Maderal, El","Gaià","Llosses, Les","Granja d'Escarp, La","Mont-ral",null,"Novelda","Sant Joan de Moró","Castelló de Rugat","Nogales","Hernán-Pérez","Vilasantar",null,"Xunqueira de Espadanedo",null,null,"Manzanares de Rioja","Navacerrada",null,null,"Enériz",null,null,"Portugalete"]
["Turrillas",null,null,"Jerez del Marquesado",null,"Villanueva del Arzobispo","Valle de Abdalajís","Saucejo, El","Gistaín","Fresneda, La","Cuerlas, Las",null,null,null,"Valdeolea",null,"Villahermosa","Hito, El","Establés","Mascaraque","Hoyos del Espino","Cubo de Bureba","Molinaseca","Palencia","Chagarcía Medianero","Juarros de Riomoros","Magaña","Moral de la Reina","Madridanos","Gallifa","Maçanet de Cabrenys","Granyanella","Mont-roig del Camp",null,"Nucia, la","Sant Jordi/San Jorge","Castellonet de la Conquesta","Oliva de la Frontera","Herrera de Alcántara","Vimianzo",null,null,null,null,"Matute","Navalafuente",null,null,"Eratsun",null,null,"Santurtzi"]
["Uleila del Campo",null,null,"Jete",null,"Villardompardo","Vélez-Málaga","Sevilla","Grado, El","Frías de Albarracín","Daroca",null,null,null,"Valdeprado del Río",null,"Villamanrique","Honrubia","Estriégana","Mata, La","Hurtumpascual","Cueva de Roa, La","Murias de Paredes","Palenzuela","Cilleros de la Bastida","Juarros de Voltoya","Maján","Moraleja de las Panaderas","Mahide","Garriga, La","Maçanet de la Selva","Granyena de les Garrigues","Móra d'Ebre",null,"Ondara","Sant Mateu","Castielfabib","Oliva de Mérida","Herreruela","Zas",null,null,null,null,"Medrano","Navalagamella",null,null,"Ergoiena",null,null,"Sestao"]
["Urrácal",null,null,"Juviles",null,"Villares, Los","Villanueva de Algaidas","Tocina","Grañén","Fuenferrada","Ejea de los Caballeros",null,null,null,"Valderredible",null,"Villamayor de Calatrava","Hontanaya","Fontanar","Mazarambroz","Junciana","Cuevas de San Clemente","Noceda del Bierzo","Páramo de Boedo","Cipérez","Labajos","Matalebreras","Morales de Campos","Maire de Castroponce","Gavà","Madremanya","Granyena de Segarra","Móra la Nova",null,"Onil","Santa Magdalena de Pulpis","Catadau","Olivenza","Hervás",null,null,null,null,null,"Munilla","Navalcarnero",null,null,"Erro",null,null,"Sondika"]
["Velefique",null,null,"Láchar",null,"Villarrodrigo","Villanueva de Tapia","Tomares","Graus","Fuentes Calientes","Embid de Ariza",null,null,null,"Valle de Villaverde",null,"Villanueva de la Fuente","Hontecillas","Fuembellida","Mejorada","Langa","Encío","Oencia","Paredes de Nava","Ciudad Rodrigo","Laguna de Contreras","Matamala de Almazán","Mota del Marqués","Malva","Gelida","Maià de Montcal","Guimerà","Morell, El",null,"Orba","Sarratella","Catarroja","Orellana de la Sierra","Higuera",null,null,null,null,null,"Murillo de Río Leza","Navarredonda y San Mamés",null,null,"Eslava",null,null,"Sopelana"]
["Vélez-Blanco",null,null,"Lanjarón",null,"Villatorres","Villanueva del Rosario","Umbrete","Gurrea de Gállego","Fuentes Claras","Encinacorba",null,null,null,"Vega de Liébana",null,"Villanueva de los Infantes","Horcajo de Santiago","Fuencemillán","Menasalbas","Lanzahíta","Espinosa de Cervera","Omañas, Las","Payo de Ojeda","Coca de Alba","Languilla","Medinaceli","Mucientes","Manganeses de la Lampreana","Gironella","Masarac","Guingueta d'Àneu, La","Morera de Montsant, La",null,"Orihuela","Segorbe","Caudete de las Fuentes","Orellana la Vieja","Hinojal",null,null,null,null,null,"Muro de Aguas","Navas del Rey",null,null,"Esparza de Salazar",null,null,"Sopuerta"]
["Vélez-Rubio",null,null,"Lanteira",null,null,"Villanueva del Trabuco","Utrera","Hoz de Jaca","Fuentes de Rubielos","Épila",null,null,null,"Vega de Pas",null,"Villanueva de San Carlos","Huélamo","Fuentelahiguera de Albatages","Méntrida","Llanos de Tormes, Los","Espinosa de los Monteros","Onzonilla","Pedraza de Campos","Colmenar de Montemayor","Lastras de Cuéllar","Miño de Medinaceli","Mudarra, La","Manganeses de la Polvorosa","Gisclareny","Massanes","Guissona","Nou de Gaià, La",null,"Orxeta","Sierra Engarcerán","Cerdà","Palomas","Holguera",null,null,null,null,null,"Muro en Cameros","Nuevo Baztán",null,null,"Espronceda",null,null,"Sukarrieta"]
["Vera",null,null,"Lecrín",null,null,"Viñuela","Valencina de la Concepción","Hoz y Costean","Fuentespalda","Erla",null,null,null,"Villacarriedo",null,"Villar del Pozo","Huelves","Fuentelencina","Mesegar de Tajo","Losar del Barco, El","Espinosa del Camino","Oseja de Sajambre","Pedrosa de la Vega","Cordovilla","Lastras del Pozo","Miño de San Esteban","Muriel","Manzanal de Arriba","Granada, La","Meranges","Guixers","Nulles",null,"Parcent","Soneja","Chella","Parra, La","Hoyos",null,null,null,null,null,"Nájera","Olmeda de las Fuentes",null,null,"Estella/Lizarra",null,null,"Trucios-Turtzioz"]
["Viator",null,null,"Lentegí",null,null,"Yunquera","Villamanrique de la Condesa","Huerto","Galve","Escatrón",null,null,null,"Villaescusa",null,"Villarrubia de los Ojos","Huérguina","Fuentelsaz","Miguel Esteban","Madrigal de las Altas Torres","Estépar","Pajares de los Oteros","Perales","Cristóbal","Lastrilla, La","Molinos de Duero","Nava del Rey","Manzanal de los Infantes","Granera","Mieres","Isona i Conca Dellà","Pallaresos, Els",null,"Pedreguer","Sot de Ferrer","Chelva","Peñalsordo","Huélaga",null,null,null,null,null,"Nalda","Orusco de Tajuña",null,null,"Esteribar",null,null,"Ubide"]
["Vícar",null,null,"Lobras",null,null,null,"Villanueva de San Juan","Huesca","Gargallo","Fabara",null,null,null,"Villafufre",null,"Villarta de San Juan","Huerta de la Obispalía","Fuentelviejo","Mocejón","Maello","Fontioso","Palacios de la Valduerna","Pernía, La","Cubo de Don Sancho, El","Losa, La","Momblona","Nueva Villa de las Torres","Manzanal del Barco","Granollers","Mollet de Peralada","Ivars de Noguera","Palma d'Ebre, La",null,"Pego","Sueras/Suera","Chera","Peraleda del Zaucejo","Ibahernando",null,null,null,null,null,"Navajún","Paracuellos de Jarama",null,null,"Etayo",null,null,"Ugao-Miraballes"]
["Zurgena",null,null,"Loja",null,null,null,"Villanueva del Ariscal","Ibieca","Gea de Albarracín","Farlete",null,null,null,"Voto",null,"Viso del Marqués","Huerta del Marquesado","Fuentenovilla","Mohedas de la Jara","Malpartida de Corneja","Frandovínez","Palacios del Sil","Pino del Río","Dios le Guarde","Maderuelo","Monteagudo de las Vicarías","Olivares de Duero","Matilla de Arzón","Gualba","Molló","Ivars d'Urgell","Passanant i Belltall",null,"Penàguila","Tales","Cheste","Puebla de Alcocer","Jaraicejo",null,null,null,null,null,"Navarrete","Parla",null,null,"Etxalar",null,null,"Urduliz"]
[null,null,null,"Lugros",null,null,null,"Villanueva del Río y Minas","Igriés","Ginebrosa, La","Fayón",null,null,null,null,null,null,"Huete","Gajanejos","Montearagón","Mamblas","Fresneda de la Sierra Tirón","Páramo del Sil","Piña de Campos","Doñinos de Ledesma","Marazoleja","Montejo de Tiermes","Olmedo","Matilla la Seca","Guardiola de Berguedà","Montagut i Oix","Ivorra","Paüls",null,"Petrer","Teresa","Chiva","Puebla de la Calzada","Jaraíz de la Vera",null,null,null,null,null,"Nestares","Patones",null,null,"Etxarri-Aranatz",null,null,"Urduña-Orduña"]
[null,null,null,"Lújar",null,null,null,"Villaverde del Río","Ilche","Griegos","Fayos, Los",null,null,null,null,null,null,"Iniesta","Galápagos","Montesclaros","Mancera de Arriba","Fresneña","Peranzanes","Población de Arroyo","Doñinos de Salamanca","Marazuela","Montenegro de Cameros","Olmos de Esgueva","Mayalde","Gurb","Mont-ras","Josa i Tuixén","Perafort",null,"Pilar de la Horadada","Tírig","Chulilla","Puebla de la Reina","Jarandilla de la Vera",null,null,null,null,null,"Nieva de Cameros","Pedrezuela",null,null,"Etxauri",null,null,"Valle de Trápaga/Trapagaran"]
[null,null,null,"Malahá, La",null,null,null,"Viso del Alcor, El","Isábena","Guadalaviar","Figueruelas",null,null,null,null,null,null,"Laguna del Marquesado","Galve de Sorbe","Mora","Manjabálago","Fresnillo de las Dueñas","Pobladura de Pelayo García","Población de Campos","Ejeme","Martín Miguel","Morón de Almazán","Olmos de Peñafiel","Melgar de Tera","Hospitalet de Llobregat, L'","Navata","Juncosa","Perelló, El",null,"Pinós/Pinoso","Todolella","Cofrentes","Puebla de Obando","Jarilla",null,null,null,null,null,"Ochánduri","Pelayos de la Presa",null,null,"Eulate",null,null,"Zaldibar"]
[null,null,null,"Maracena",null,null,null,null,"Jaca","Gúdar","Fombuena",null,null,null,null,null,null,"Lagunaseca","Gascueña de Bornova","Nambroca","Marlín","Fresno de Río Tirón","Pola de Gordón, La","Población de Cerrato","Encina de San Silvestre","Martín Muñoz de la Dehesa","Muriel de la Fuente","Palazuelo de Vedija","Micereces de Tera","Hostalets de Pierola, Els","Ogassa","Juneda","Piles, Les",null,"Planes","Toga","Corbera","Puebla de Sancho Pérez","Jerte",null,null,null,null,null,"Ocón","Perales de Tajuña",null,null,"Ezcabarte",null,null,"Zalla"]
[null,null,null,"Marchal",null,null,null,null,"Jasa","Híjar","Frago, El",null,null,null,null,null,null,"Landete","Guadalajara","Nava de Ricomalillo, La","Martiherrero","Fresno de Rodilla","Ponferrada","Polentinos","Encina, La","Martín Muñoz de las Posadas","Muriel Viejo","Parrilla, La","Milles de la Polvorosa","Igualada","Olot","Les","Pinell de Brai, El",null,"Poblets, els","Torás","Cortes de Pallás","Puebla del Maestre","Ladrillar",null,null,null,null,null,"Ojacastro","Pezuela de las Torres",null,null,"Ezcároz/Ezkaroze",null,null,"Zamudio"]
[null,null,null,"Moclín",null,null,null,null,"Labuerda","Hinojosa de Jarque","Frasno, El",null,null,null,null,null,null,"Ledaña","Henche","Navahermosa","Martínez","Frías","Posada de Valdeón","Pomar de Valdivia","Encinas de Abajo","Marugán","Nafría de Ucero","Pedraja de Portillo, La","Molacillos","Jorba","Ordis","Linyola","Pira",null,"Polop","Toro, El","Cotes","Puebla del Prior","Logrosán",null,null,null,null,null,"Ollauri","Pinilla del Valle",null,null,"Ezkurra",null,null,"Zaratamo"]
[null,null,null,"Molvízar",null,null,null,null,"Laluenga","Hoz de la Vieja, La","Fréscano",null,null,null,null,null,null,"Leganiel","Heras de Ayuso","Navalcán","Mediana de Voltoya","Fuentebureba","Pozuelo del Páramo","Poza de la Vega","Encinas de Arriba","Mata de Cuéllar","Narros","Pedrajas de San Esteban","Molezuelas de la Carballeda","Llacuna, La","Osor","Lladorre","Pla de Santa Maria, El",null,"Quatretondeta","Torralba del Pinar","Cullera","Pueblonuevo del Guadiana","Losar de la Vera",null,null,null,null,null,"Ortigosa de Cameros","Pinto",null,null,"Ezprogui",null,null,"Zeanuri"]
[null,null,null,"Monachil",null,null,null,null,"Lalueza","Huesa del Común","Fuendejalón",null,null,null,null,null,null,"Majadas, Las","Herrería","Navalmoralejo","Medinilla","Fuentecén","Prado de la Guzpeña","Pozo de Urama","Encinasola de los Comendadores","Matabuena","Navaleno","Pedrosa del Rey","Mombuey","Llagosta, La","Palafrugell","Lladurs","Pobla de Mafumet, La",null,"Rafal","Torre d'En Besora, la","Daimús","Quintana de la Serena","Madrigal de la Vera",null,null,null,null,null,"Pazuengos","Piñuécar-Gandullas",null,null,"Falces",null,null,"Zeberio"]
[null,null,null,"Montefrío",null,null,null,null,"Lanaja","Iglesuela del Cid, La","Fuendetodos",null,null,null,null,null,null,"Mariana","Hiendelaencina","Navalmorales, Los","Mengamuñoz","Fuentelcésped","Priaranza del Bierzo","Prádanos de Ojeda","Endrinal","Matilla, La","Nepas","Peñafiel","Monfarracinos","Lliçà d'Amunt","Palamós","Llardecans","Pobla de Massaluca, La",null,"Ràfol d'Almúnia, el","Torre Endoménech","Domeño","Reina","Madrigalejo",null,null,null,null,null,"Pedroso","Pozuelo de Alarcón",null,null,"Fitero",null,null,"Zierbena"]
[null,null,null,"Montejícar",null,null,null,null,"Laperdiguera","Jabaloyas","Fuentes de Ebro",null,null,null,null,null,null,"Masegosa","Hijes","Navalucillos, Los","Mesegar de Corneja","Fuentelisendo","Prioro","Puebla de Valdavia, La","Escurial de la Sierra","Melque de Cercos","Nolay","Peñaflor de Hornija","Montamarta","Lliçà de Vall","Palau de Santa Eulàlia","Llavorsí","Pobla de Montornès, La",null,"Redován","Torreblanca","Dos Aguas","Rena","Madroñera",null,null,null,null,null,"Pinillos","Pozuelo del Rey",null,null,"Fontellas",null,null,"Ziortza-Bolibar"]
[null,null,null,"Montillana",null,null,null,null,"Lascellas-Ponzano","Jarque de la Val","Fuentes de Jiloca",null,null,null,null,null,null,"Mesas, Las","Hita","Navamorcuende","Mijares","Fuentemolinos","Puebla de Lillo","Quintana del Puente","Espadaña","Membibre de la Hoz","Noviercas","Pesquera de Duero","Moral de Sayago","Llinars del Vallès","Palau-sator","Lleida","Poboleda",null,"Relleu","Torrechiva","Eliana, l'","Retamal de Llerena","Majadas",null,null,null,null,null,"Pradejón","Prádena del Rincón",null,null,"Funes"]
[null,null,null,"Moraleda de Zafayona",null,null,null,null,"Lascuarre","Jatiel","Gallocanta",null,null,null,null,null,null,"Minglanilla","Hombrados","Noblejas","Mingorría","Fuentenebro","Puente de Domingo Flórez","Quintanilla de Onsoña","Espeja","Migueláñez","Ólvega","Piña de Esgueva","Moraleja de Sayago","Lluçà","Palau-saverdera","Lles de Cerdanya","Pont d'Armentera, El",null,"Rojales","Traiguera","Emperador","Ribera del Fresno","Malpartida de Cáceres",null,null,null,null,null,"Pradillo","Puebla de la Sierra",null,null,"Fustiñana"]
[null,null,null,"Morelábor",null,null,null,null,"Laspaúles","Jorcas","Gallur",null,null,null,null,null,null,"Mira","Hontoba","Noez","Mirón, El","Fuentespina","Quintana del Castillo","Reinoso de Cerrato","Espino de la Orbada","Montejo de Arévalo","Oncala","Piñel de Abajo","Moraleja del Vino","Malgrat de Mar","Palol de Revardit","Llimiana","Pontils",null,"Romana, la","Useras/Useres, les","Enguera","Risco","Malpartida de Plasencia",null,null,null,null,null,"Préjano","Puentes Viejas",null,null,"Galar"]
[null,null,null,"Motril",null,null,null,null,"Laspuña","Josa","Gelsa",null,null,null,null,null,null,"Monreal del Llano","Horche","Nombela","Mironcillo","Galbarros","Quintana del Marco","Renedo de la Vega","Florida de Liébana","Montejo de la Vega de la Serrezuela","Pinilla del Campo","Piñel de Arriba","Morales de Rey","Malla","Pals","Llobera","Porrera",null,"Sagra","Vall d'Alba","Ènova, l'","Roca de la Sierra, La","Marchagaz",null,null,null,null,null,"Quel","Quijorna",null,null,"Gallipienzo"]
[null,null,null,"Murtas",null,null,null,null,"Loarre","Lagueruela","Godojos",null,null,null,null,null,null,"Montalbanejo","Hortezuela de Océn","Novés","Mirueña de los Infanzones","Gallega, La","Quintana y Congosto","Requena de Campos","Forfoleda","Monterrubio","Portillo de Soria","Pollos","Morales de Toro","Manlleu","Pardines","Maials","Pradell de la Teixeta",null,"Salinas","Vall de Almonacid","Estivella","Salvaleón","Mata de Alcántara",null,null,null,null,null,"Rabanera","Rascafría",null,null,"Gallués/Galoze"]
[null,null,null,"Nevada",null,null,null,null,"Loporzano","Lanzuela","Gotor",null,null,null,null,null,null,"Montalbo","Huerce, La","Numancia de la Sagra","Mombeltrán","Grijalba","Regueras de Arriba","Respenda de la Peña","Frades de la Sierra","Moral de Hornuez","Póveda de Soria, La","Portillo","Morales de Valverde","Manresa","Parlavà","Maldà","Prades",null,"San Fulgencio","Vall d'Uixó, la","Estubeny","Salvatierra de los Barros","Membrío",null,null,null,null,null,"Rasillo de Cameros, El","Redueña",null,null,"Garaioa"]
[null,null,null,"Nigüelas",null,null,null,null,"Loscorrales","Libros","Grisel",null,null,null,null,null,null,"Monteagudo de las Salinas","Huérmeces del Cerro","Nuño Gómez","Monsalupe","Grisaleña","Reyero","Revenga de Campos","Fregeneda, La","Mozoncillo","Pozalmuro","Pozal de Gallinas","Morales del Vino","Marganell","Pau","Massalcoreig","Prat de Comte",null,"San Isidro","Vallat","Faura","San Pedro de Mérida","Mesas de Ibor",null,null,null,null,null,"Redal, El","Ribatejada",null,null,"Garde"]
[null,null,null,"Nívar",null,null,null,null,"Lupiñén-Ortilla","Lidón","Grisén",null,null,null,null,null,null,"Mota de Altarejos","Huertahernando","Ocaña","Moraleja de Matacabras","Gumiel de Izán","Riaño","Revilla de Collazos","Fresnedoso","Muñopedro","Quintana Redonda","Pozaldez","Moralina","Martorell","Pedret i Marzà","Massoteres","Pratdip",null,"San Miguel de Salinas","Vallibona","Favara","San Vicente de Alcántara","Miajadas",null,null,null,null,null,"Ribafrecha","Rivas-Vaciamadrid",null,null,"Garínoain"]
[null,null,null,"Ogíjares",null,null,null,null,"Monesma y Cajigar","Linares de Mora","Herrera de los Navarros",null,null,null,null,null,null,"Mota del Cuervo","Hueva","Olías del Rey","Muñana","Gumiel de Mercado","Riego de la Vega","Ribas de Campos","Fresno Alhándiga","Muñoveros","Quintanas de Gormaz","Pozuelo de la Orden","Moreruela de los Infanzones","Martorelles","Pera, La","Menàrguens","Puigpelat",null,"San Vicente del Raspeig/Sant Vicent del Raspeig","Vilafamés","Foios","Sancti-Spíritus","Millanes",null,null,null,null,null,"Rincón de Soto","Robledillo de la Jara",null,null,"Garralda"]
[null,null,null,"Orce",null,null,null,null,"Monflorite-Lascasas","Lledó","Ibdes",null,null,null,null,null,null,"Motilla del Palancar","Humanes","Ontígola","Muñico","Hacinas","Riello","Riberos de la Cueza","Fuente de San Esteban, La","Nava de la Asunción","Quiñonería","Puras","Moreruela de Tábara","Masies de Roda, Les","Peralada","Miralcamp","Querol",null,"Sanet y Negrals","Vilanova d'Alcolea","Font de la Figuera, la","Santa Amalia","Mirabel",null,null,null,null,null,"Robres del Castillo","Robledo de Chavela",null,null,"Genevilla"]
[null,null,null,"Órgiva",null,null,null,null,"Montanuy","Loscos","Illueca",null,null,null,null,null,null,"Moya","Illana","Orgaz","Muñogalindo","Haza","Rioseco de Tapia","Saldaña","Fuenteguinaldo","Navafría","Rábanos, Los","Quintanilla de Arriba","Muelas de los Caballeros","Masies de Voltregà, Les","Planes d'Hostoles, Les","Mollerussa","Rasquera",null,"Sant Joan d'Alacant","Vilar de Canes","Font d'En Carròs, la","Santa Marta","Mohedas de Granadilla",null,null,null,null,null,"Rodezno","Robregordo",null,null,"Goizueta"]
[null,null,null,"Otívar",null,null,null,null,"Monzón","Maicas","Isuerre",null,null,null,null,null,null,"Narboneta","Iniéstola","Oropesa","Muñogrande","Hontanas","Robla, La","Salinas de Pisuerga","Fuenteliante","Navalilla","Rebollar","Quintanilla de Onésimo","Muelas del Pan","Masnou, El","Planoles","Molsosa, La","Renau",null,"Santa Pola","Vilavella","Fontanars dels Alforins","Santos de Maimona, Los","Monroy",null,null,null,null,null,"Sajazarra","Rozas de Madrid, Las",null,null,"Goñi"]
[null,null,null,"Otura",null,null,null,null,"Naval","Manzanera","Jaraba",null,null,null,null,null,null,"Olivares de Júcar","Inviernas, Las","Otero","Muñomer del Peco","Hontangas","Roperuelos del Páramo","San Cebrián de Campos","Fuenterroble de Salvatierra","Navalmanzano","Recuerda","Quintanilla de Trigueros","Muga de Sayago","Masquefa","Pont de Molins","Montellà i Martinet","Reus",null,"Sax","Villafranca del Cid/Vilafranca","Fortaleny","Segura de León","Montánchez",null,null,null,null,null,"San Asensio","Rozas de Puerto Real",null,null,"Güesa/Gorza"]
[null,null,null,"Padul",null,null,null,null,"Novales","Martín del Río","Jarque",null,null,null,null,null,null,"Olmeda de la Cuesta","Irueste","Palomeque","Muñopepe","Hontoria de la Cantera","Sabero","San Cebrián de Mudá","Fuentes de Béjar","Navares de Ayuso","Rello","Quintanilla del Molar","Navianos de Valverde","Matadepera","Pontós","Montferrer i Castellbò","Riba, La",null,"Sella","Villahermosa del Río","Fuenterrobles","Siruela","Montehermoso",null,null,null,null,null,"San Millán de la Cogolla","San Agustín del Guadalix",null,null,"Guesálaz"]
[null,null,null,"Pampaneira",null,null,null,null,"Nueno","Mas de las Matas","Jaulín",null,null,null,null,null,null,"Olmeda del Rey","Jadraque","Pantoja","Muñosancho","Hontoria de Valdearados","Sahagún","San Cristóbal de Boedo","Fuentes de Oñoro","Navares de Enmedio","Renieblas","Rábano","Olmillos de Castro","Mataró","Porqueres","Montgai","Riba-roja d'Ebre",null,"Senija","Villamalur","Gandia","Solana de los Barros","Moraleja",null,null,null,null,null,"San Millán de Yécora","San Fernando de Henares",null,null,"Guirguillano"]
[null,null,null,"Pedro Martínez",null,null,null,null,"Olvena","Mata de los Olmos, La","Joyosa, La",null,null,null,null,null,null,"Olmedilla de Alarcón","Jirueque","Paredes de Escalona","Muñotello","Hontoria del Pinar","San Adrián del Valle","San Mamés de Campos","Gajates","Navares de las Cuevas","Retortillo de Soria","Ramiro","Otero de Bodas","Mediona","Port de la Selva, El","Montoliu de Lleida","Riera de Gaià, La",null,"Tàrbena","Villanueva de Viver","Gátova","Talarrubias","Morcillo",null,null,null,null,null,"San Román de Cameros","San Lorenzo de El Escorial",null,null,"Hiriberri/Villanueva de Aezkoa"]
[null,null,null,"Peligros",null,null,null,null,"Ontiñena","Mazaleón","Lagata",null,null,null,null,null,null,"Olmedilla de Eliz","Ledanca","Parrillas","Narrillos del Álamo","Hormazas, Las","San Andrés del Rabanedo","San Román de la Cuba","Galindo y Perahuy","Navas de Oro","Reznos","Renedo de Esgueva","Pajares de la Lampreana","Moià","Portbou","Montoliu de Segarra","Riudecanyes",null,"Teulada","Villarreal/Vila-real","Gavarda","Talavera la Real","Navaconcejo",null,null,null,null,null,"San Torcuato","San Martín de la Vega",null,null,"Huarte/Uharte"]
[null,null,null,"Peza, La",null,null,null,null,"Osso de Cinca","Mezquita de Jarque","Langa del Castillo",null,null,null,null,null,null,"Osa de la Vega","Loranca de Tajuña","Pelahustán","Narrillos del Rebollar","Hornillos del Camino","San Cristóbal de la Polantera","Santa Cecilia del Alcor","Galinduste","Navas de Riofrío","Riba de Escalote, La","Roales de Campos","Palacios de Sanabria","Molins de Rei","Preses, Les","Montornès de Segarra","Riudecols",null,"Tibi","Villores","Genovés","Táliga","Navalmoral de la Mata",null,null,null,null,null,"San Vicente de la Sonsierra","San Martín de Valdeiglesias",null,null,"Ibargoiti"]
[null,null,null,"Pinar, El",null,null,null,null,"Palo","Mirambel","Layana",null,null,null,null,null,null,"Pajarón","Lupiana","Pepino","Narros de Saldueña","Horra, La","San Emiliano","Santa Cruz de Boedo","Galisancho","Navas de San Antonio","Rioseco de Soria","Robladillo","Palacios del Pan","Mollet del Vallès","Puigcerdà","Nalec","Riudoms",null,"Tollos","Vinaròs","Gestalgar","Tamurejo","Navalvillar de Ibor",null,null,null,null,null,"Santa Coloma","San Sebastián de los Reyes",null,null,"Igantzi"]
[null,null,null,"Pinos Genil",null,null,null,null,"Panticosa","Miravete de la Sierra","Lécera",null,null,null,null,null,null,"Pajaroncillo","Luzaga","Polán","Narros del Castillo","Hortigüela","San Esteban de Nogales","Santervás de la Vega","Gallegos de Argañán","Nieva","Rollamienta","Roturas","Pedralba de la Pradería","Monistrol de Calders","Quart","Naut Aran","Rocafort de Queralt",null,"Tormos","Vistabella del Maestrazgo","Gilet","Torre de Miguel Sesmero","Navas del Madroño",null,null,null,null,null,"Santa Engracia del Jubera","Santa María de la Alameda",null,null,"Igúzquiza"]
[null,null,null,"Pinos Puente",null,null,null,null,"Peñalba","Molinos","Lechón",null,null,null,null,null,null,"Palomares del Campo","Luzón","Portillo de Toledo","Narros del Puerto","Hoyales de Roa","San Justo de la Vega","Santibáñez de Ecla","Gallegos de Solmirón","Olombrada","Royo, El","Rubí de Bracamonte","Pego, El","Monistrol de Montserrat","Queralbs","Navès","Roda de Barà",null,"Torremanzanas/Torre de les Maçanes, la","Viver","Godella","Torremayor","Navezuelas",null,null,null,null,null,"Santa Eulalia Bajera","Santorcaz",null,null,"Imotz"]
[null,null,null,"Píñar",null,null,null,null,"Peñas de Riglos, Las","Monforte de Moyuela","Leciñena",null,null,null,null,null,null,"Palomera","Majaelrayo","Puebla de Almoradiel, La","Nava de Arévalo","Huérmeces","San Millán de los Caballeros","Santibáñez de la Peña","Garcibuey","Orejana","Salduero","Rueda","Peleagonzalo","Montcada i Reixac","Rabós","Odèn","Rodonyà",null,"Torrevieja","Zorita del Maestrazgo","Godelleta","Torremejía","Nuñomoral",null,null,null,null,null,"Santo Domingo de la Calzada","Santos de la Humosa, Los",null,null,"Irañeta"]
[null,null,null,"Polícar",null,null,null,null,"Peralta de Alcofea","Monreal del Campo","Letux",null,null,null,null,null,null,"Paracuellos","Málaga del Fresno","Puebla de Montalbán, La","Nava del Barco","Huerta de Arriba","San Pedro Bercianos","Santoyo","Garcihernández","Ortigosa de Pestaño","San Esteban de Gormaz","Saelices de Mayorga","Peleas de Abajo","Montclar","Regencós","Oliana","Roquetes",null,"Vall d'Alcalà, la","Zucaina","Granja de la Costera, la","Trasierra","Oliva de Plasencia",null,null,null,null,null,"Santurde de Rioja","Serna del Monte, La",null,null,"Irurtzun"]
[null,null,null,"Polopos",null,null,null,null,"Peralta de Calasanz","Monroyo","Litago",null,null,null,null,null,null,"Paredes","Malaguilla","Pueblanueva, La","Navacepedilla de Corneja","Huerta de Rey","Sancedo","Serna, La","Garcirrey","Ortigosa del Monte","San Felices","Salvador de Zapardiel","Peñausende","Montesquiu","Ribes de Freser","Oliola","Rourell, El",null,"Vall de Ebo",null,"Guadasequies","Trujillanos","Palomero",null,null,null,null,null,"Santurdejo","Serranillos del Valle",null,null,"Isaba/Izaba"]
[null,null,null,"Pórtugos",null,null,null,null,"Peraltilla","Montalbán","Lituénigo",null,null,null,null,null,null,"Parra de las Vegas, La","Mandayona","Puente del Arzobispo, El","Navadijos","Humada","Santa Colomba de Curueño","Soto de Cerrato","Gejuelo del Barro","Otero de Herreros","San Leonardo de Yagüe","San Cebrián de Mazote","Peque","Montgat","Riells i Viabrea","Olius","Salomó",null,"Vall de Gallinera",null,"Guadassuar","Usagre","Pasarón de la Vera",null,null,null,null,null,"Sojuela","Sevilla la Nueva",null,null,"Ituren"]
[null,null,null,"Puebla de Don Fadrique",null,null,null,null,"Perarrúa","Monteagudo del Castillo","Lobera de Onsella",null,null,null,null,null,null,"Pedernoso, El","Mantiel","Puerto de San Vicente","Navaescurial","Hurones","Santa Colomba de Somoza","Sotobañado y Priorato","Golpejas","Pajarejos","San Pedro Manrique","San Llorente","Perdigón, El","Montmajor","Ripoll","Oluges, Les","Salou",null,"Vall de Laguar, la",null,"Guardamar de la Safor","Valdecaballeros","Pedroso de Acim",null,null,null,null,null,"Sorzano","Somosierra",null,null,"Iturmendi"]
[null,null,null,"Pulianas",null,null,null,null,"Pertusa","Monterde de Albarracín","Longares",null,null,null,null,null,null,"Pedroñeras, Las","Maranchón","Pulgar","Navahondilla","Ibeas de Juarros","Santa Cristina de Valmadrigal","Tabanera de Cerrato","Gomecello","Palazuelos de Eresma","Santa Cruz de Yanguas","San Martín de Valvení","Pereruela","Montmaneu","Riudarenes","Omellons, Els","Sant Carles de la Ràpita",null,"Verger, el",null,"Higueruelas","Valdelacalzada","Peraleda de la Mata",null,null,null,null,null,"Sotés","Soto del Real",null,null,"Iza"]
[null,null,null,"Purullena",null,null,null,null,"Piracés","Mora de Rubielos","Longás",null,null,null,null,null,null,"Peral, El","Marchamalo","Quero","Navalacruz","Ibrillos","Santa Elena de Jamuz","Tabanera de Valdavia","Guadramiro","Pedraza","Santa María de Huerta","San Miguel del Arroyo","Perilla de Castro","Montmeló","Riudaura","Omells de na Gaia, Els","Sant Jaume dels Domenys",null,"Villajoyosa/Vila Joiosa, la",null,"Jalance","Valdetorres","Peraleda de San Román",null,null,null,null,null,"Soto en Cameros","Talamanca de Jarama",null,null,"Izagaondoa"]
[null,null,null,"Quéntar",null,null,null,null,"Plan","Moscardón","Lucena de Jalón",null,null,null,null,null,null,"Peraleja, La","Masegoso de Tajuña","Quintanar de la Orden","Navalmoral","Iglesiarrubia","Santa María de la Isla","Támara de Campos","Guijo de Ávila","Pelayos del Arroyo","Santa María de las Hoyas","San Miguel del Pino","Pías","Montornès del Vallès","Riudellots de la Selva","Organyà","Sant Jaume d'Enveja",null,"Villena",null,"Jarafuel","Valencia de las Torres","Perales del Puerto",null,null,null,null,null,"Terroba","Tielmes",null,null,"Izalzu/Itzaltzu"]
[null,null,null,"Rubite",null,null,null,null,"Poleñino","Mosqueruela","Luceni",null,null,null,null,null,null,"Pesquera, La","Matarrubia","Quismondo","Navalonguilla","Iglesias","Santa María de Ordás","Tariego de Cerrato","Guijuelo","Perosillo","Serón de Nágima","San Pablo de la Moraleja","Piedrahita de Castro","Montseny","Riumors","Os de Balaguer","Santa Bàrbara",null,null,null,"Llanera de Ranes","Valencia del Mombuey","Pescueza",null,null,null,null,null,"Tirgo","Titulcia",null,null,"Jaurrieta"]
[null,null,null,"Salar",null,null,null,null,"Pozán de Vero","Muniesa","Luesia",null,null,null,null,null,null,"Picazo, El","Matillas","Real de San Vicente, El","Navalosa","Isar","Santa María del Monte de Cea","Torquemada","Herguijuela de Ciudad Rodrigo","Pinarejos","Soliedra","San Pedro de Latarce","Pinilla de Toro","Muntanyola","Roses","Ossó de Sió","Santa Coloma de Queralt",null,null,null,"Llaurí","Valencia del Ventoso","Pesga, La",null,null,null,null,null,"Tobía","Torrejón de Ardoz",null,null,"Javier"]
[null,null,null,"Salobreña",null,null,null,null,"Puebla de Castro, La","Noguera de Albarracín","Luesma",null,null,null,null,null,null,"Pinarejo","Mazarete","Recas","Navalperal de Pinares","Itero del Castillo","Santa María del Páramo","Torremormojón","Herguijuela de la Sierra","Pinarnegrillo","Soria","San Pelayo","Pino del Oro","Mura","Rupià","Palau d'Anglesola, El","Santa Oliva",null,null,null,"Llíria","Valle de la Serena","Piedras Albas",null,null,null,null,null,"Tormantos","Torrejón de la Calzada",null,null,"Juslapeña"]
[null,null,null,"Santa Cruz del Comercio",null,null,null,null,"Puente de Montañana","Nogueras","Lumpiaque",null,null,null,null,null,null,"Pineda de Gigüela","Mazuecos","Retamoso de la Jara","Navalperal de Tormes","Jaramillo de la Fuente","Santa Marina del Rey","Triollo","Herguijuela del Campo","Pradales","Sotillo del Rincón","San Román de Hornija","Piñero, El","Navarcles","Sales de Llierca","Penelles","Sarral",null,null,null,"Llocnou de la Corona","Valle de Matamoros","Pinofranqueado",null,null,null,null,null,"Torre en Cameros","Torrejón de Velasco",null,null,"Lakuntza"]
[null,null,null,"Santa Fe",null,null,null,null,"Puente la Reina de Jaca","Nogueruelas","Luna",null,null,null,null,null,null,"Piqueras del Castillo","Medranda","Rielves","Navaluenga","Jaramillo Quemado","Santas Martas","Valbuena de Pisuerga","Hinojosa de Duero","Prádena","Suellacabras","San Salvador","Pobladura de Valderaduey","Navàs","Salt","Peramola","Savallà del Comtat",null,null,null,"Llocnou de Sant Jeroni","Valle de Santa Ana","Piornal",null,null,null,null,null,"Torrecilla en Cameros","Torrelaguna",null,null,"Lana"]
[null,null,null,"Soportújar",null,null,null,null,"Puértolas","Obón","Maella",null,null,null,null,null,null,"Portalrubio de Guadamejud","Megina","Robledo del Mazo","Navaquesera","Junta de Traslaloma","Santiago Millas","Valdeolmillos","Horcajo de Montemayor","Puebla de Pedraza","Tajahuerce","San Vicente del Palacio","Pobladura del Valle","Nou de Berguedà, La","Sant Andreu Salou","Pinell de Solsonès","Secuita, La",null,null,null,"Llocnou d'En Fenollet","Valverde de Burguillos","Plasencia",null,null,null,null,null,"Torrecilla sobre Alesanco","Torrelodones",null,null,"Lantz"]
[null,null,null,"Sorvilán",null,null,null,null,"Pueyo de Araguás, El","Odón","Magallón",null,null,null,null,null,null,"Portilla","Membrillera","Romeral, El","Navarredonda de Gredos","Junta de Villalba de Losa","Santovenia de la Valdoncina","Valderrábano","Horcajo Medianero","Rapariegos","Tajueco","Santa Eufemia del Arroyo","Porto","Òdena","Sant Aniol de Finestres","Pinós","Selva del Camp, La",null,null,null,"Llombai","Valverde de Leganés","Plasenzuela",null,null,null,null,null,"Torremontalbo","Torremocha de Jarama",null,null,"Lapoblación"]
[null,null,null,"Taha, La",null,null,null,null,"Pueyo de Santa Cruz","Ojos Negros","Mainar",null,null,null,null,null,null,"Poyatos","Miedes de Atienza","San Bartolomé de las Abiertas","Navarredondilla","Jurisdicción de Lara","Sariegos","Valde-Ucieza","Hoya, La","Rebollo","Talveila","Santervás de Campos","Pozoantiguo","Olèrdola","Sant Climent Sescebes","Plans de Sió, Els","Senan",null,null,null,"Llosa de Ranes, la","Valverde de Llerena","Portaje",null,null,null,null,null,"Treviana","Torres de la Alameda",null,null,"Larraga"]
[null,null,null,"Torre-Cardela",null,null,null,null,"Quicena","Olba","Malanquilla",null,null,null,null,null,null,"Pozoamargo","Mierla, La","San Martín de Montalbán","Navarrevisca","Jurisdicción de San Zadornil","Sena de Luna","Valle de Cerrato","Huerta","Remondo","Tardelcuende","Santibáñez de Valcorba","Pozuelo de Tábara","Olesa de Bonesvalls","Sant Feliu de Buixalleu","Poal, El","Sénia, La",null,null,null,"Llutxent","Valverde de Mérida","Portezuelo",null,null,null,null,null,"Tricio","Tres Cantos",null,null,"Larraona"]
[null,null,null,"Torvizcón",null,null,null,null,"Robres","Oliete","Maleján",null,null,null,null,null,null,"Pozorrubielos de la Mancha","Millana","San Martín de Pusa","Navas del Marqués, Las","Lerma","Sobrado","Valle del Retortillo","Iruelos","Riaguas de San Bartolomé","Taroda","Santovenia de Pisuerga","Prado","Olesa de Montserrat","Sant Feliu de Guíxols","Pobla de Cérvoles, La","Solivella",null,null,null,"Loriguilla","Villafranca de los Barros","Pozuelo de Zarzón",null,null,null,null,null,"Tudelilla","Valdaracete",null,null,"Larraun"]
[null,null,null,"Trevélez",null,null,null,null,"Sabiñánigo","Olmos, Los","Mallén",null,null,null,null,null,null,"Pozorrubio","Milmarcos","San Pablo de los Montes","Navatalgordo","Llano de Bureba","Soto de la Vega","Velilla del Río Carrión","Ituero de Azaba","Riaza","Tejado","Sardón de Duero","Puebla de Sanabria","Olivella","Sant Feliu de Pallerols","Pobla de Segur, La","Tarragona",null,null,null,"Losa del Obispo","Villagarcía de la Torre","Puerto de Santa Cruz",null,null,null,null,null,"Uruñuela","Valdeavero",null,null,"Lazagurría"]
[null,null,null,"Turón",null,null,null,null,"Sahún","Orihuela del Tremedal","Malón",null,null,null,null,null,null,"Pozuelo, El","Miñosa, La","San Román de los Montes","Navatejares","Madrigal del Monte","Soto y Amío","Venta de Baños","Juzbado","Ribota","Torlengua","Seca, La","Pueblica de Valverde","Olost","Sant Ferriol","Pont de Bar, El","Tivenys",null,null,null,"Macastre","Villagonzalo","Rebollar",null,null,null,null,null,"Valdemadera","Valdelaguna",null,null,"Leache"]
[null,null,null,"Ugíjar",null,null,null,null,"Salas Altas","Orrios","Maluenda",null,null,null,null,null,null,"Priego","Mirabueno","Santa Ana de Pusa","Neila de San Miguel","Madrigalejo del Monte","Toral de los Guzmanes","Vertavillo","Lagunilla","Riofrío de Riaza","Torreblacos","Serrada","Quintanilla de Urz","Olvan","Sant Gregori","Pont de Suert, El","Tivissa",null,null,null,"Manises","Villalba de los Barros","Riolobos",null,null,null,null,null,"Valgañón","Valdemanco",null,null,"Legarda"]
[null,null,null,"Valle del Zalabí",null,null,null,null,"Salas Bajas","Palomar de Arroyos","Manchones",null,null,null,null,null,null,"Provencio, El","Miralrío","Santa Cruz de la Zarza","Niharra","Mahamud","Toreno","Vid de Ojeda, La","Larrodrigo","Roda de Eresma","Torrubia de Soria","Siete Iglesias de Trabancos","Quintanilla del Monte","Orís","Sant Hilari Sacalm","Ponts","Torre de Fontaubella, La",null,null,null,"Manuel","Villanueva de la Serena","Robledillo de Gata",null,null,null,null,null,"Ventosa","Valdemaqueda",null,null,"Legaria"]
[null,null,null,"Valle, El",null,null,null,null,"Salillas","Pancrudo","Mara",null,null,null,null,null,null,"Puebla de Almenara","Mochales","Santa Cruz del Retamar","Ojos-Albos","Mambrilla de Castrejón","Torre del Bierzo","Villabasta de Valdavia","Ledesma","Sacramenia","Trévago","Simancas","Quintanilla del Olmo","Oristà","Sant Jaume de Llierca","Portella, La","Torre de l'Espanyol, La",null,null,null,"Marines","Villanueva del Fresno","Robledillo de la Vera",null,null,null,null,null,"Ventrosa","Valdemorillo",null,null,"Leitza"]
[null,null,null,"Válor",null,null,null,null,"Sallent de Gállego","Parras de Castellote, Las","María de Huerva",null,null,null,null,null,null,"Puebla de Don Francisco","Mohernando","Santa Olalla","Orbita","Mambrillas de Lara","Trabadelo","Villacidaler","Ledrada","Samboal","Ucero","Tamariz de Campos","Quiruelas de Vidriales","Orpí","Sant Joan de les Abadesses","Prats i Sansor","Torredembarra",null,null,null,"Masalavés","Villar de Rena","Robledillo de Trujillo",null,null,null,null,null,"Viguera","Valdemoro",null,null,"Lekunberri"]
[null,null,null,"Vegas del Genil",null,null,null,null,"San Esteban de Litera","Peñarroya de Tastavins","Marracos",null,null,null,null,null,null,"Puebla del Salvador","Molina de Aragón","Santo Domingo-Caudilla","Oso, El","Mamolar","Truchas","Villaconancio","Linares de Riofrío","San Cristóbal de Cuéllar","Vadillo","Tiedra","Rabanales","Òrrius","Sant Joan de Mollet","Preixana","Torroja del Priorat",null,null,null,"Massalfassar","Villar del Rey","Robledollano",null,null,null,null,null,"Villalba de Rioja","Valdeolmos-Alalpardo",null,null,"Leoz"]
[null,null,null,"Vélez de Benaudalla",null,null,null,null,"San Juan de Plan","Peracense","Mediana de Aragón",null,null,null,null,null,null,"Quintanar del Rey","Monasterio","Sartajada","Padiernos","Manciles","Turcia","Villada","Lumbrales","San Cristóbal de la Vega","Valdeavellano de Tera","Tordehumos","Rábano de Aliste","Pacs del Penedès","Sant Joan les Fonts","Preixens","Tortosa",null,null,null,"Massamagrell","Villarta de los Montes","Romangordo",null,null,null,null,null,"Villalobar de Rioja","Valdepiélagos",null,null,"Lerga"]
[null,null,null,"Ventas de Huelma",null,null,null,null,"San Miguel del Cinca","Peralejos","Mequinenza",null,null,null,null,null,null,"Rada de Haro","Mondéjar","Segurilla","Pajares de Adaja","Mazuela","Urdiales del Páramo","Villaeles de Valdavia","Machacón","San Cristóbal de Segovia","Valdegeña","Tordesillas","Requejo","Palafolls","Sant Jordi Desvalls","Prullans","Ulldecona",null,null,null,"Massanassa","Zafra","Rosalejo",null,null,null,null,null,"Villamediana de Iregua","Valdetorres de Jarama",null,null,"Lerín"]
[null,null,null,"Villamena",null,null,null,null,"Sangarrén","Perales del Alfambra","Mesones de Isuela",null,null,null,null,null,null,"Reíllo","Montarrón","Seseña","Palacios de Goda","Mecerreyes","Val de San Lorenzo","Villahán","Macotera","San Ildefonso","Valdelagua del Cerro","Torre de Esgueva","Revellinos","Palau-solità i Plegamans","Sant Julià de Ramis","Puiggròs","Ulldemolins",null,null,null,"Meliana","Zahínos","Ruanes",null,null,null,null,null,"Villanueva de Cameros","Valdilecha",null,null,"Lesaka"]
[null,null,null,"Villanueva de las Torres",null,null,null,null,"Santa Cilia","Pitarque","Mezalocha",null,null,null,null,null,null,"Rozalén del Monte","Moratilla de los Meleros","Sevilleja de la Jara","Papatrigo","Medina de Pomar","Valdefresno","Villaherreros","Madroñal","San Martín y Mudrián","Valdemaluque","Torre de Peñafiel","Riofrío de Aliste","Pallejà","Sant Julià del Llor i Bonmatí","Puigverd d'Agramunt","Vallclara",null,null,null,"Millares","Zalamea de la Serena","Salorino",null,null,null,null,null,"Villar de Arnedo, El","Valverde de Alcalá",null,null,"Lezáun"]
[null,null,null,"Villanueva Mesía",null,null,null,null,"Santa Cruz de la Serós","Plou","Mianos",null,null,null,null,null,null,"Saceda-Trasierra","Morenilla","Sonseca","Parral, El","Melgar de Fernamental","Valdefuentes del Páramo","Villalaco","Maíllo, El","San Miguel de Bernuy","Valdenebro","Torrecilla de la Abadesa","Rionegro del Puente","Palma de Cervelló, La","Sant Llorenç de la Muga","Puigverd de Lleida","Vallfogona de Riucorb",null,null,null,"Miramar","Zarza, La","Salvatierra de Santiago",null,null,null,null,null,"Villar de Torre","Velilla de San Antonio",null,null,"Liédena"]
[null,null,null,"Víznar",null,null,null,null,"Santa María de Dulcis","Pobo, El","Miedes de Aragón",null,null,null,null,null,null,"Saelices","Muduex","Sotillo de las Palomas","Pascualcobo","Merindad de Cuesta-Urria","Valdelugueros","Villalba de Guardo","Malpartida","San Pedro de Gaíllos","Valdeprado","Torrecilla de la Orden","Roales","Papiol, El","Sant Martí de Llémena","Rialp","Vallmoll",null,null,null,"Mislata","Zarza-Capilla","San Martín de Trevejo",null,null,null,null,null,"Villarejo","Vellón, El",null,null,"Lizoáin"]
[null,null,null,"Zafarraya",null,null,null,null,"Santaliestra y San Quílez","Portellada, La","Monegrillo",null,null,null,null,null,null,"Salinas del Manzano","Navas de Jadraque, Las","Talavera de la Reina","Pedro Bernardo","Merindad de Montija","Valdemora","Villalcázar de Sirga","Mancera de Abajo","Sanchonuño","Valderrodilla","Torrecilla de la Torre","Robleda-Cervantes","Parets del Vallès","Sant Martí Vell","Ribera d'Ondara","Valls",null,null,null,"Mogente/Moixent",null,"Santa Ana",null,null,null,null,null,"Villarroya","Venturada",null,null,"Lodosa"]
[null,null,null,"Zagra",null,null,null,null,"Sariñena","Pozondón","Moneva",null,null,null,null,null,null,"Salmeroncillos","Negredo","Tembleque","Pedro-Rodríguez","Merindad de Río Ubierna","Valdepiélago","Villalcón","Manzano, El","Sangarcía","Valtajeros","Torrelobatón","Roelos de Sayago","Perafita","Sant Miquel de Campmajor","Ribera d'Urgellet","Vandellòs i l'Hospitalet de l'Infant",null,null,null,"Moncada",null,"Santa Cruz de la Sierra",null,null,null,null,null,"Villarta-Quintana","Villa del Prado",null,null,"Lónguida/Longida"]
[null,null,null,"Zubia, La",null,null,null,null,"Secastilla","Pozuel del Campo","Monreal de Ariza",null,null,null,null,null,null,"Salvacañete","Ocentejo","Toboso, El","Peguerinos","Merindad de Sotoscueva","Valdepolo","Villalobón","Martiago","Santa María la Real de Nieva","Velamazán","Torrescárcela","Rosinos de la Requejada","Piera","Sant Miquel de Fluvià","Riner","Vendrell, El",null,null,null,"Montaverner",null,"Santa Cruz de Paniagua",null,null,null,null,null,"Villavelayo","Villaconejos",null,null,"Lumbier"]
[null,null,null,"Zújar",null,null,null,null,"Seira","Puebla de Híjar, La","Monterde",null,null,null,null,null,null,"San Clemente","Olivar, El","Toledo","Peñalba de Ávila","Merindad de Valdeporres","Valderas","Villaluenga de la Vega","Martín de Yeltes","Santa Marta del Cerro","Velilla de la Sierra","Traspinedo","Salce","Pineda de Mar","Sant Mori","Riu de Cerdanya","Vespella de Gaià",null,null,null,"Montesa",null,"Santa Marta de Magasca",null,null,null,null,null,"Villaverde de Rioja","Villalbilla",null,null,"Luquin"]
[null,null,null,null,null,null,null,null,"Sena","Puebla de Valverde, La","Montón",null,null,null,null,null,null,"San Lorenzo de la Parrilla","Olmeda de Cobeta","Torralba de Oropesa","Piedrahíta","Merindad de Valdivielso","Valderrey","Villamartín de Campos","Martinamor","Santiuste de Pedraza","Velilla de los Ajos","Trigueros del Valle","Samir de los Caños","Pla del Penedès, El","Sant Pau de Segúries","Rosselló","Vilabella",null,null,null,"Montichelvo",null,"Santiago de Alcántara",null,null,null,null,null,"Villoslada de Cameros","Villamanrique de Tajo",null,null,"Luzaide/Valcarlos"]
[null,null,null,null,null,null,null,null,"Senés de Alcubierre","Puertomingalvo","Morata de Jalón",null,null,null,null,null,null,"San Martín de Boniches","Olmeda de Jadraque, La","Torre de Esteban Hambrán, La","Piedralaves","Milagros","Valderrueda","Villamediana","Masueco","Santiuste de San Juan Bautista","Viana de Duero","Tudela de Duero","San Agustín del Pozo","Pobla de Claramunt, La","Sant Pere Pescador","Salàs de Pallars","Vilalba dels Arcs",null,null,null,"Montroy",null,"Santiago del Campo",null,null,null,null,null,"Viniegra de Abajo","Villamanta",null,null,"Mañeru"]
[null,null,null,null,null,null,null,null,"Sesa","Ráfales","Morata de Jiloca",null,null,null,null,null,null,"San Pedro Palmiches","Ordial, El","Torrecilla de la Jara","Poveda","Miranda de Ebro","Valdesamario","Villameriel","Mata de Ledesma, La","Santo Domingo de Pirón","Villaciervos","Unión de Campos, La","San Cebrián de Castro","Pobla de Lillet, La","Santa Coloma de Farners","Sanaüja","Vilallonga del Camp",null,null,null,"Montserrat",null,"Santibáñez el Alto",null,null,null,null,null,"Viniegra de Arriba","Villamantilla",null,null,"Marañón"]
[null,null,null,null,null,null,null,null,"Sesué","Rillo","Morés",null,null,null,null,null,null,"Santa Cruz de Moya","Orea","Torrico","Poyales del Hoyo","Miraveche","Valdevimbre","Villamoronta","Matilla de los Caños del Río","Santo Tomé del Puerto","Villanueva de Gormaz","Urones de Castroponce","San Cristóbal de Entreviñas","Polinyà","Santa Cristina d'Aro","Sant Esteve de la Sarga","Vilanova de Prades",null,null,null,"Museros",null,"Santibáñez el Bajo",null,null,null,null,null,"Zarratón","Villanueva de la Cañada",null,null,"Marcilla"]
[null,null,null,null,null,null,null,null,"Siétamo","Riodeva","Moros",null,null,null,null,null,null,"Santa María de los Llanos","Pálmaces de Jadraque","Torrijos","Pozanco","Modúbar de la Emparedada","Valencia de Don Juan","Villamuera de la Cueza","Maya, La","Sauquillo de Cabezas","Villar del Ala","Urueña","San Esteban del Molar","Pont de Vilomara i Rocafort, El","Santa Llogaia d'Àlguema","Sant Guim de Freixenet","Vilanova d'Escornalbou",null,null,null,"Náquera",null,"Saucedilla",null,null,null,null,null,"Zarzosa","Villanueva de Perales",null,null,"Mélida"]
[null,null,null,null,null,null,null,null,"Sopeira","Ródenas","Moyuela",null,null,null,null,null,null,"Santa María del Campo Rus","Pardos","Totanés","Pradosegar","Monasterio de la Sierra","Vallecillo","Villamuriel de Cerrato","Membribe de la Sierra","Sebúlcor","Villar del Campo","Valbuena de Duero","San Justo","Pontons","Santa Pau","Sant Guim de la Plana","Vilaplana",null,null,null,"Navarrés",null,"Segura de Toro",null,null,null,null,null,"Zorraquín","Villanueva del Pardillo",null,null,"Mendavia"]
[null,null,null,null,null,null,null,null,"Sotonera, La","Royuela","Mozota",null,null,null,null,null,null,"Santa María del Val","Paredes de Sigüenza","Turleque","Puerto Castilla","Monasterio de Rodilla","Valverde de la Virgen","Villanueva del Rebollar","Mieza","Segovia","Villar del Río","Valdearcos de la Vega","San Martín de Valderaduey","Prat de Llobregat, El","Sarrià de Ter","Sant Llorenç de Morunys","Vila-rodona",null,null,null,"Novelé/Novetlè",null,"Serradilla",null,null,null,null,null,null,"Villar del Olmo",null,null,"Mendaza"]
[null,null,null,null,null,null,null,null,"Tamarite de Litera","Rubiales","Muel",null,null,null,null,null,null,"Sisante","Pareja","Ugena","Rasueros","Moncalvillo","Valverde-Enrique","Villanuño de Valdavia","Milano, El","Sepúlveda","Villares de Soria, Los","Valdenebro de los Valles","San Miguel de la Ribera","Prats de Lluçanès","Saus","Sant Martí de Riucorb","Vila-seca",null,null,null,"Oliva",null,"Serrejón",null,null,null,null,null,null,"Villarejo de Salvanés",null,null,"Mendigorría"]
[null,null,null,null,null,null,null,null,"Tardienta","Rubielos de la Cérida","Muela, La",null,null,null,null,null,null,"Solera de Gabaldón","Pastrana","Urda","Riocabado","Monterrubio de la Demanda","Vecilla, La","Villaprovedo","Miranda de Azán","Sequera de Fresno","Villasayas","Valdestillas","San Miguel del Valle","Prats de Rei, Els","Selva de Mar, La","Sant Ramon","Vilaverd",null,null,null,"Olleria, l'",null,"Sierra de Fuentes",null,null,null,null,null,null,"Villaviciosa de Odón",null,null,"Metauten"]
[null,null,null,null,null,null,null,null,"Tella-Sin","Rubielos de Mora","Munébrega",null,null,null,null,null,null,"Sotorribas","Pedregal, El","Valdeverdeja","Riofrío","Montorio","Vega de Espinareda","Villarmentero de Campos","Miranda del Castañar","Sotillo","Villaseca de Arciel","Valdunquillo","San Pedro de Ceque","Premià de Dalt","Serinyà","Sarroca de Bellera","Vilella Alta, La",null,null,null,"Olocau",null,"Talaván",null,null,null,null,null,null,"Villavieja del Lozoya",null,null,"Milagro"]
[null,null,null,null,null,null,null,null,"Tierz","Salcedillo","Murero",null,null,null,null,null,null,"Talayuelas","Peñalén","Valmojado","Rivilla de Barajas","Moradillo de Roa","Vega de Infanzones","Villarrabé","Mogarraz","Sotosalbos","Vinuesa","Valladolid","San Pedro de la Nave-Almendra","Premià de Mar","Serra de Daró","Sarroca de Lleida","Vilella Baixa, La",null,null,null,"Ontinyent",null,"Talaveruela de la Vera",null,null,null,null,null,null,"Zarzalejo",null,null,"Mirafuentes"]
[null,null,null,null,null,null,null,null,"Tolva","Saldón","Murillo de Gállego",null,null,null,null,null,null,"Tarancón","Peñalver","Velada","Salobral","Nava de Roa","Vega de Valcarce","Villarramiel","Molinillo","Tabanera la Luenga","Vizmanos","Valoria la Buena","San Vicente de la Cabeza","Puigdàlber","Setcases","Senterada","Vimbodí",null,null,null,"Otos",null,"Talayuela",null,null,null,null,null,null,null,null,null,"Miranda de Arga"]
[null,null,null,null,null,null,null,null,"Torla","Samper de Calanda","Navardún",null,null,null,null,null,null,"Tébar","Peralejos de las Truchas","Ventas con Peña Aguilera, Las","Salvadiós","Navas de Bureba","Vegacervera","Villasarracino","Monforte de la Sierra","Tolocirio","Vozmediano","Valverde de Campos","San Vitero","Puig-reig","Sils","Sentiu de Sió, La","Vinebre",null,null,null,"Paiporta",null,"Tejeda de Tiétar",null,null,null,null,null,null,null,null,null,"Monreal"]
[null,null,null,null,null,null,null,null,"Torralba de Aragón","San Agustín","Nigüella",null,null,null,null,null,null,"Tejadillos","Peralveche","Ventas de Retamosa, Las","San Bartolomé de Béjar","Nebreda","Vegaquemada","Villasila de Valdavia","Monleón","Torre Val de San Pedro","Yanguas","Vega de Ruiponce","Santa Clara de Avedillo","Pujalt","Siurana","Seròs","Vinyols i els Arcs",null,null,null,"Palma de Gandía",null,"Toril",null,null,null,null,null,null,null,null,null,"Monteagudo"]
[null,null,null,null,null,null,null,null,"Torre la Ribera","San Martín del Río","Nombrevilla",null,null,null,null,null,null,"Tinajas","Pinilla de Jadraque","Ventas de San Julián, Las","San Bartolomé de Corneja","Neila","Vegas del Condado","Villaturde","Monleras","Torreadrada","Yelo","Vega de Valdetronco","Santa Colomba de las Monjas","Quar, La","Susqueda","Seu d'Urgell, La","Xerta",null,null,null,"Palmera",null,"Tornavacas",null,null,null,null,null,null,null,null,null,"Morentin"]
[null,null,null,null,null,null,null,null,"Torrente de Cinca","Santa Cruz de Nogueras","Nonaspe",null,null,null,null,null,null,"Torralba","Pinilla de Molina","Villa de Don Fadrique, La","San Bartolomé de Pinares","Olmedillo de Roa","Villablino","Villaumbrales","Monsagro","Torrecaballeros",null,"Velascálvaro","Santa Cristina de la Polvorosa","Rajadell","Tallada d'Empordà, La","Sidamon",null,null,null,null,"Palomar, el",null,"Torno, El",null,null,null,null,null,null,null,null,null,"Mues"]
[null,null,null,null,null,null,null,null,"Torres de Alcanadre","Santa Eulalia","Novallas",null,null,null,null,null,null,"Torrejoncillo del Rey","Pioz","Villacañas","San Esteban de los Patos","Olmillos de Muñó","Villabraz","Villaviudas","Montejo","Torrecilla del Pinar",null,"Velilla","Santa Croya de Tera","Rellinars","Terrades","Soleràs, El",null,null,null,null,"Paterna",null,"Torre de Don Miguel",null,null,null,null,null,null,null,null,null,"Murchante"]
[null,null,null,null,null,null,null,null,"Torres de Barbués","Sarrión","Novillas",null,null,null,null,null,null,"Torrubia del Campo","Piqueras","Villafranca de los Caballeros","San Esteban de Zapardiel","Oña","Villadangos del Páramo","Villerías de Campos","Montemayor del Río","Torreiglesias",null,"Velliza","Santa Eufemia del Barco","Ripollet","Torrent","Solsona",null,null,null,null,"Pedralba",null,"Torre de Santa María",null,null,null,null,null,null,null,null,null,"Murieta"]
[null,null,null,null,null,null,null,null,"Tramaced","Segura de los Baños","Nuévalos",null,null,null,null,null,null,"Torrubia del Castillo","Pobo de Dueñas, El","Villaluenga de la Sagra","San Esteban del Valle","Oquillas","Villadecanes","Villodre","Monterrubio de Armuña","Trescasas",null,"Ventosa de la Cuesta","Santa María de la Vega","Roca del Vallès, La","Torroella de Fluvià","Soriguera",null,null,null,null,"Petrés",null,"Torrecilla de los Ángeles",null,null,null,null,null,null,null,null,null,"Murillo el Cuende"]
[null,null,null,null,null,null,null,null,"Valfarta","Seno","Nuez de Ebro",null,null,null,null,null,null,"Tragacete","Poveda de la Sierra","Villamiel de Toledo","San García de Ingelmos","Orbaneja Riopico","Villademor de la Vega","Villodrigo","Monterrubio de la Sierra","Turégano",null,"Viana de Cega","Santa María de Valverde","Roda de Ter","Torroella de Montgrí","Sort",null,null,null,null,"Picanya",null,"Torrecillas de la Tiesa",null,null,null,null,null,null,null,null,null,"Murillo el Fruto"]
[null,null,null,null,null,null,null,null,"Valle de Bardají","Singra","Olvés",null,null,null,null,null,null,"Tresjuncos","Pozo de Almoguera","Villaminaya","San Juan de Gredos","Padilla de Abajo","Villafranca del Bierzo","Villoldo","Morasverdes","Urueñas",null,"Villabáñez","Santibáñez de Tera","Rubí","Tortellà","Soses",null,null,null,null,"Picassent",null,"Torrejón el Rubio",null,null,null,null,null,null,null,null,null,"Muruzábal"]
[null,null,null,null,null,null,null,null,"Valle de Hecho","Terriente","Orcajo",null,null,null,null,null,null,"Tribaldos","Pozo de Guadalajara","Villamuelas","San Juan de la Encinilla","Padilla de Arriba","Villagatón","Villota del Páramo","Morille","Valdeprados",null,"Villabaruz de Campos","Santibáñez de Vidriales","Rubió","Toses","Sudanell",null,null,null,null,"Piles",null,"Torrejoncillo",null,null,null,null,null,null,null,null,null,"Navascués"]
[null,null,null,null,null,null,null,null,"Valle de Lierp","Teruel","Orera",null,null,null,null,null,null,"Uclés","Prádena de Atienza","Villanueva de Alcardete","San Juan de la Nava","Padrones de Bureba","Villamandos","Villovieco","Moríñigo","Valdevacas de Montejo",null,"Villabrágima","Santovenia","Rupit i Pruit","Tossa de Mar","Sunyer",null,null,null,null,"Pinet",null,"Torremenga",null,null,null,null,null,null,null,null,null,"Nazar"]
[null,null,null,null,null,null,null,null,"Velilla de Cinca","Toril y Masegoso","Orés",null,null,null,null,null,null,"Uña","Prados Redondos","Villanueva de Bogas","San Juan del Molinillo","Palacios de la Sierra","Villamanín",null,"Moriscos","Valdevacas y Guijar",null,"Villacarralón","Sanzoles","Sabadell","Ullà","Talarn",null,null,null,null,"Pobla de Farnals, la",null,"Torremocha",null,null,null,null,null,null,null,null,null,"Noáin (Valle de Elorz)/Noain (Elortzibar)"]
[null,null,null,null,null,null,null,null,"Vencillón","Tormón","Oseja",null,null,null,null,null,null,"Valdecolmenas, Los","Puebla de Beleña","Villarejo de Montalbán","San Juan del Olmo","Palacios de Riopisuerga","Villamañán",null,"Moronta","Valle de Tabladillo",null,"Villacid de Campos","Tábara","Sagàs","Ullastret","Talavera",null,null,null,null,"Pobla de Vallbona, la",null,"Torreorgaz",null,null,null,null,null,null,null,null,null,"Obanos"]
[null,null,null,null,null,null,null,null,"Veracruz","Tornos","Osera de Ebro",null,null,null,null,null,null,"Valdemeca","Puebla de Valles","Villarrubia de Santiago","San Lorenzo de Tormes","Palazuelos de la Sierra","Villamartín de Don Sancho",null,"Mozárbez","Vallelado",null,"Villaco","Tapioles","Saldes","Ultramort","Tàrrega",null,null,null,null,"Pobla del Duc, la",null,"Torrequemada",null,null,null,null,null,null,null,null,null,"Ochagavía"]
[null,null,null,null,null,null,null,null,"Viacamp y Litera","Torralba de los Sisones","Paniza",null,null,null,null,null,null,"Valdemorillo de la Sierra","Quer","Villaseca de la Sagra","San Martín de la Vega del Alberche","Palazuelos de Muñó","Villamejil",null,"Narros de Matalayegua","Valleruela de Pedraza",null,"Villafrades de Campos","Toro","Sallent","Urús","Tarrés",null,null,null,null,"Pobla Llarga, la",null,"Trujillo",null,null,null,null,null,null,null,null,null,"Oco"]
[null,null,null,null,null,null,null,null,"Vicién","Torre de Arcas","Paracuellos de Jiloca",null,null,null,null,null,null,"Valdemoro-Sierra","Rebollosa de Jadraque","Villasequilla","San Martín del Pimpollar","Pampliega","Villamol",null,"Nava de Béjar","Valleruela de Sepúlveda",null,"Villafranca de Duero","Torre del Valle, La","Sant Adrià de Besòs","Vajol, La","Tarroja de Segarra",null,null,null,null,"Polinyà de Xúquer",null,"Valdastillas",null,null,null,null,null,null,null,null,null,"Odieta"]
[null,null,null,null,null,null,null,null,"Villanova","Torre de las Arcas","Paracuellos de la Ribera",null,null,null,null,null,null,"Valdeolivas","Recuenco, El","Villatobas","San Miguel de Corneja","Pancorbo","Villamontán de la Valduerna",null,"Nava de Francia","Valseca",null,"Villafrechós","Torregamones","Sant Agustí de Lluçanès","Vall de Bianya, La","Térmens",null,null,null,null,"Potríes",null,"Valdecañas de Tajo",null,null,null,null,null,null,null,null,null,"Oitz"]
[null,null,null,null,null,null,null,null,"Villanúa","Torre del Compte","Pastriz",null,null,null,null,null,null,"Valdetórtola","Renera","Viso de San Juan, El","San Miguel de Serrezuela","Pardilla","Villamoratiel de las Matas",null,"Nava de Sotrobal","Valtiendas",null,"Villafuerte","Torres del Carrizal","Sant Andreu de la Barca","Vall d'en Bas, La","Tírvia",null,null,null,null,"Puçol",null,"Valdefuentes",null,null,null,null,null,null,null,null,null,"Olaibar"]
[null,null,null,null,null,null,null,null,"Villanueva de Sigena","Torre los Negros","Pedrola",null,null,null,null,null,null,"Valeras, Las","Retiendas","Yébenes, Los","San Pascual","Partido de la Sierra en Tobalina","Villanueva de las Manzanas",null,"Navacarros","Valverde del Majano",null,"Villagarcía de Campos","Trabazos","Sant Andreu de Llavaneres","Vallfogona de Ripollès","Tiurana",null,null,null,null,"Puebla de San Miguel",null,"Valdehúncar",null,null,null,null,null,null,null,null,null,"Olazti/Olazagutía"]
[null,null,null,null,null,null,null,null,"Yebra de Basa","Torrecilla de Alcañiz","Pedrosas, Las",null,null,null,null,null,null,"Valhermoso de la Fuente","Riba de Saelices","Yeles","San Pedro del Arroyo","Pedrosa de Duero","Villaobispo de Otero",null,"Navales","Veganzones",null,"Villagómez la Nueva","Trefacio","Sant Antoni de Vilamajor","Vall-llobrega","Torà",null,null,null,null,"Puig",null,"Valdelacasa de Tajo",null,null,null,null,null,null,null,null,null,"Olejua"]
[null,null,null,null,null,null,null,null,"Yésero","Torrecilla del Rebollar","Perdiguera",null,null,null,null,null,null,"Valsalobre","Rillo de Gallo","Yepes","San Vicente de Arévalo","Pedrosa de Río Úrbel","Villaornate y Castro",null,"Navalmoral de Béjar","Vegas de Matute",null,"Villalán de Campos","Uña de Quintana","Sant Bartomeu del Grau","Ventalló","Torms, Els",null,null,null,null,"Quart de les Valls",null,"Valdemorales",null,null,null,null,null,null,null,null,null,"Olite"]
[null,null,null,null,null,null,null,null,"Zaidín","Torrelacárcel","Piedratajada",null,null,null,null,null,null,"Valverde de Júcar","Riofrío del Llano","Yuncler","Sanchidrián","Pedrosa del Páramo","Villaquejida",null,"Navamorales","Ventosilla y Tejadilla",null,"Villalar de los Comuneros","Vadillo de la Guareña","Sant Boi de Llobregat","Verges","Tornabous",null,null,null,null,"Quart de Poblet",null,"Valdeobispo",null,null,null,null,null,null,null,null,null,"Ollo"]
[null,null,null,null,null,null,null,null,null,"Torremocha de Jiloca","Pina de Ebro",null,null,null,null,null,null,"Valverdejo","Robledillo de Mohernando","Yunclillos","Sanchorreja","Pedrosa del Príncipe","Villaquilambre",null,"Navarredonda de la Rinconada","Villacastín",null,"Villalba de la Loma","Valcabado","Sant Boi de Lluçanès","Vidrà","Torre de Cabdella, La",null,null,null,null,"Quartell",null,"Valencia de Alcántara",null,null,null,null,null,null,null,null,null,"Olóriz"]
[null,null,null,null,null,null,null,null,null,"Torres de Albarracín","Pinseque",null,null,null,null,null,null,"Vara de Rey","Robledo de Corpes","Yuncos","Santa Cruz de Pinares","Peñaranda de Duero","Villarejo de Órbigo",null,"Navasfrías","Villaverde de Íscar",null,"Villalba de los Alcores","Valdefinjas","Sant Cebrià de Vallalta","Vidreres","Torrebesses",null,null,null,null,"Quatretonda",null,"Valverde de la Vera",null,null,null,null,null,null,null,null,null,"Olza"]
[null,null,null,null,null,null,null,null,null,"Torrevelilla","Pintanos, Los",null,null,null,null,null,null,"Vega del Codorno","Romanillos de Atienza",null,"Santa Cruz del Valle","Peral de Arlanza","Villares de Órbigo",null,"Negrilla de Palencia","Villaverde de Montejo",null,"Villalbarba","Valdescorriel","Sant Celoni","Vilabertran","Torrefarrera",null,null,null,null,"Quesa",null,"Valverde del Fresno",null,null,null,null,null,null,null,null,null,"Orbaitzeta"]
[null,null,null,null,null,null,null,null,null,"Torrijas","Plasencia de Jalón",null,null,null,null,null,null,"Vellisca","Romanones",null,"Santa María de los Caballeros","Piérnigas","Villasabariego",null,"Olmedo de Camaces","Villeguillo",null,"Villalón de Campos","Vallesa de la Guareña","Sant Climent de Llobregat","Vilablareix","Torrefeta i Florejacs",null,null,null,null,"Rafelbuñol/Rafelbunyol",null,"Viandar de la Vera",null,null,null,null,null,null,null,null,null,"Orbara"]
[null,null,null,null,null,null,null,null,null,"Torrijo del Campo","Pleitas",null,null,null,null,null,null,"Villaconejos de Trabaque","Rueda de la Sierra",null,"Santa María del Arroyo","Pineda de la Sierra","Villaselán",null,"Orbada, La","Yanguas de Eresma",null,"Villamuriel de Campos","Vega de Tera","Sant Cugat del Vallès","Viladamat","Torregrossa",null,null,null,null,"Rafelcofer",null,"Villa del Campo",null,null,null,null,null,null,null,null,null,"Orísoain"]
[null,null,null,null,null,null,null,null,null,"Tramacastiel","Plenas",null,null,null,null,null,null,"Villaescusa de Haro","Sacecorbo",null,"Santa María del Berrocal","Pineda Trasmonte","Villaturiel",null,"Pajares de la Laguna","Zarzuela del Monte",null,"Villán de Tordesillas","Vega de Villalobos","Sant Cugat Sesgarrigues","Viladasens","Torrelameu",null,null,null,null,"Rafelguaraf",null,"Villa del Rey",null,null,null,null,null,null,null,null,null,"Orkoien"]
[null,null,null,null,null,null,null,null,null,"Tramacastilla","Pomer",null,null,null,null,null,null,"Villagarcía del Llano","Sacedón",null,"Santa María del Cubillo","Pinilla de los Barruecos","Villazala",null,"Palacios del Arzobispo","Zarzuela del Pinar",null,"Villanubla","Vegalatrave","Sant Esteve de Palautordera","Vilademuls","Torres de Segre",null,null,null,null,"Ráfol de Salem",null,"Villamesías",null,null,null,null,null,null,null,null,null,"Oronz"]
[null,null,null,null,null,null,null,null,null,"Tronchón","Pozuel de Ariza",null,null,null,null,null,null,"Villalba de la Sierra","Saelices de la Sal",null,"Santa María del Tiétar","Pinilla de los Moros","Villazanzo de Valderaduey",null,"Palaciosrubios",null,null,"Villanueva de Duero","Venialbo","Sant Esteve Sesrovires","Viladrau","Torre-serona",null,null,null,null,"Real de Gandía",null,"Villamiel",null,null,null,null,null,null,null,null,null,"Oroz-Betelu"]
[null,null,null,null,null,null,null,null,null,"Urrea de Gaén","Pozuelo de Aragón",null,null,null,null,null,null,"Villalba del Rey","Salmerón",null,"Santiago del Collado","Pinilla-Trasmonte","Zotes del Páramo",null,"Palencia de Negrilla",null,null,"Villanueva de la Condesa","Vezdemarbán","Sant Feliu de Codines","Vilafant","Tremp",null,null,null,null,"Real de Montroi",null,"Villanueva de la Sierra",null,null,null,null,null,null,null,null,null,"Orreaga/Roncesvalles"]
[null,null,null,null,null,null,null,null,null,"Utrillas","Pradilla de Ebro",null,null,null,null,null,null,"Villalgordo del Marquesado","San Andrés del Congosto",null,"Santiago del Tormes","Poza de la Sal",null,null,"Parada de Arriba",null,null,"Villanueva de los Caballeros","Vidayanes","Sant Feliu de Llobregat","Vilajuïga","Vall de Boí, La",null,null,null,null,"Requena",null,"Villanueva de la Vera",null,null,null,null,null,null,null,null,null,"Oteiza"]
[null,null,null,null,null,null,null,null,null,"Valacloche","Puebla de Albortón",null,null,null,null,null,null,"Villalpardo","San Andrés del Rey",null,"Santo Domingo de las Posadas","Prádanos de Bureba",null,null,"Parada de Rubiales",null,null,"Villanueva de los Infantes","Videmala","Sant Feliu Sasserra","Vilallonga de Ter","Vall de Cardós",null,null,null,null,"Riba-roja de Túria",null,"Villar de Plasencia",null,null,null,null,null,null,null,null,null,"Pamplona/Iruña"]
[null,null,null,null,null,null,null,null,null,"Valbona","Puebla de Alfindén, La",null,null,null,null,null,null,"Villamayor de Santiago","Santiuste",null,"Santo Tomé de Zabarcos","Pradoluengo",null,null,"Paradinas de San Juan",null,null,"Villanueva de San Mancio","Villabrázaro","Sant Fost de Campsentelles","Vilamacolum","Vallbona de les Monges",null,null,null,null,"Riola",null,"Villar del Pedroso",null,null,null,null,null,null,null,null,null,"Peralta"]
[null,null,null,null,null,null,null,null,null,"Valdealgorfa","Puendeluna",null,null,null,null,null,null,"Villanueva de Guadamejud","Saúca",null,"Serrada, La","Presencio",null,null,"Pastores",null,null,"Villardefrades","Villabuena del Puente","Sant Fruitós de Bages","Vilamalla","Vallfogona de Balaguer",null,null,null,null,"Rocafort",null,"Villasbuenas de Gata",null,null,null,null,null,null,null,null,null,"Petilla de Aragón"]
[null,null,null,null,null,null,null,null,null,"Valdecuenca","Purujosa",null,null,null,null,null,null,"Villanueva de la Jara","Sayatón",null,"Serranillos","Puebla de Arganzón, La",null,null,"Payo, El",null,null,"Villarmentero de Esgueva","Villadepera","Sant Hipòlit de Voltregà","Vilamaniscle","Valls d'Aguilar, Les",null,null,null,null,"Rotglà i Corberà",null,"Zarza de Granadilla",null,null,null,null,null,null,null,null,null,"Piedramillera"]
[null,null,null,null,null,null,null,null,null,"Valdelinares","Quinto",null,null,null,null,null,null,"Villar de Cañas","Selas",null,"Sigeres","Puentedura",null,null,"Pedraza de Alba",null,null,"Villasexmir","Villaescusa","Sant Iscle de Vallalta","Vilanant","Valls de Valira, Les",null,null,null,null,"Rótova",null,"Zarza de Montánchez",null,null,null,null,null,null,null,null,null,"Pitillas"]
[null,null,null,null,null,null,null,null,null,"Valdeltormo","Remolinos",null,null,null,null,null,null,"Villar de Domingo García","Semillas",null,"Sinlabajos","Quemada",null,null,"Pedrosillo de Alba",null,null,"Villavaquerín","Villafáfila","Sant Jaume de Frontanyà","Vila-sacra","Vansa i Fórnols, La",null,null,null,null,"Rugat",null,"Zarza la Mayor",null,null,null,null,null,null,null,null,null,"Puente la Reina/Gares"]
[null,null,null,null,null,null,null,null,null,"Valderrobres","Retascón",null,null,null,null,null,null,"Villar de la Encina","Setiles",null,"Solana de Ávila","Quintana del Pidio",null,null,"Pedrosillo de los Aires",null,null,"Villavellid","Villaferrueña","Sant Joan de Vilatorrada","Vilaür","Verdú",null,null,null,null,"Sagunto/Sagunt",null,"Zorita",null,null,null,null,null,null,null,null,null,"Pueyo"]
[null,null,null,null,null,null,null,null,null,"Valjunquera","Ricla",null,null,null,null,null,null,"Villar de Olalla","Sienes",null,"Solana de Rioalmar","Quintanabureba",null,null,"Pedrosillo el Ralo",null,null,"Villaverde de Medina","Villageriz","Sant Joan Despí","Vilobí d'Onyar","Vielha e Mijaran",null,null,null,null,"Salem",null,null,null,null,null,null,null,null,null,null,null,"Ribaforada"]
[null,null,null,null,null,null,null,null,null,"Vallecillo, El","Romanos",null,null,null,null,null,null,"Villar del Humo","Sigüenza",null,"Solosancho","Quintanaélez",null,null,"Pedroso de la Armuña, El",null,null,"Villavicencio de los Caballeros","Villalazán","Sant Julià de Cerdanyola","Vilopriu","Vilagrassa",null,null,null,null,"San Antonio de Benagéber",null,null,null,null,null,null,null,null,null,null,null,"Romanzado"]
[null,null,null,null,null,null,null,null,null,"Veguillas de la Sierra","Rueda de Jalón",null,null,null,null,null,null,"Villar del Infantado","Solanillos del Extremo",null,"Sotalbo","Quintanaortuño",null,null,"Pelabravo",null,null,"Viloria","Villalba de la Lampreana","Sant Julià de Vilatorta",null,"Vilaller",null,null,null,null,"San Juan de Énova",null,null,null,null,null,null,null,null,null,null,null,"Roncal/Erronkari"]
[null,null,null,null,null,null,null,null,null,"Villafranca del Campo","Ruesca",null,null,null,null,null,null,"Villar y Velasco","Somolinos",null,"Sotillo de la Adrada","Quintanapalla",null,null,"Pelarrodríguez",null,null,"Wamba","Villalcampo","Sant Just Desvern",null,"Vilamòs",null,null,null,null,"Sedaví",null,null,null,null,null,null,null,null,null,null,null,"Sada"]
[null,null,null,null,null,null,null,null,null,"Villahermosa del Campo","Sabiñán",null,null,null,null,null,null,"Villarejo de Fuentes","Sotillo, El",null,"Tiemblo, El","Quintanar de la Sierra",null,null,"Pelayos",null,null,"Zaratán","Villalobos","Sant Llorenç d'Hortons",null,"Vilanova de Bellpuig",null,null,null,null,"Segart",null,null,null,null,null,null,null,null,null,null,null,"Saldías"]
[null,null,null,null,null,null,null,null,null,"Villanueva del Rebollar de la Sierra","Sádaba",null,null,null,null,null,null,"Villarejo de la Peñuela","Sotodosos",null,"Tiñosillos","Quintanavides",null,null,"Peña, La",null,null,"Zarza, La","Villalonso","Sant Llorenç Savall",null,"Vilanova de la Barca",null,null,null,null,"Sellent",null,null,null,null,null,null,null,null,null,null,null,"Salinas de Oro"]
[null,null,null,null,null,null,null,null,null,"Villar del Cobo","Salillas de Jalón",null,null,null,null,null,null,"Villarejo-Periesteban","Tamajón",null,"Tolbaños","Quintanilla de la Mata",null,null,"Peñacaballera",null,null,null,"Villalpando","Sant Martí d'Albars",null,"Vilanova de l'Aguda",null,null,null,null,"Sempere",null,null,null,null,null,null,null,null,null,null,null,"San Adrián"]
[null,null,null,null,null,null,null,null,null,"Villar del Salz","Salvatierra de Esca",null,null,null,null,null,null,"Villares del Saz","Taragudo",null,"Tormellas","Quintanilla del Agua y Tordueles",null,null,"Peñaparda",null,null,null,"Villalube","Sant Martí de Centelles",null,"Vilanova de Meià",null,null,null,null,"Senyera",null,null,null,null,null,null,null,null,null,null,null,"San Martín de Unx"]
[null,null,null,null,null,null,null,null,null,"Villarluengo","Samper del Salz",null,null,null,null,null,null,"Villarrubio","Taravilla",null,"Tornadizos de Ávila","Quintanilla del Coco",null,null,"Peñaranda de Bracamonte",null,null,null,"Villamayor de Campos","Sant Martí de Tous",null,"Vilanova de Segrià",null,null,null,null,"Serra",null,null,null,null,null,null,null,null,null,null,null,"Sangüesa/Zangoza"]
[null,null,null,null,null,null,null,null,null,"Villarquemado","San Martín de la Virgen de Moncayo",null,null,null,null,null,null,"Villarta","Tartanedo",null,"Torre, La","Quintanilla San García",null,null,"Peñarandilla",null,null,null,"Villamor de los Escuderos","Sant Martí Sarroca",null,"Vila-sana",null,null,null,null,"Siete Aguas",null,null,null,null,null,null,null,null,null,null,null,"Sansol"]
[null,null,null,null,null,null,null,null,null,"Villarroya de los Pinares","San Mateo de Gállego",null,null,null,null,null,null,"Villas de la Ventosa","Tendilla",null,"Tórtoles","Quintanilla Vivar",null,null,"Peralejos de Abajo",null,null,null,"Villanázar","Sant Martí Sesgueioles",null,"Vilosell, El",null,null,null,null,"Silla",null,null,null,null,null,null,null,null,null,null,null,"Santacara"]
[null,null,null,null,null,null,null,null,null,"Villastar","Santa Cruz de Grío",null,null,null,null,null,null,"Villaverde y Pasaconsol","Terzaga",null,"Umbrías","Quintanillas, Las",null,null,"Peralejos de Arriba",null,null,null,"Villanueva de Azoague","Sant Mateu de Bages",null,"Vinaixa",null,null,null,null,"Simat de la Valldigna",null,null,null,null,null,null,null,null,null,null,null,"Sarriés/Sartze"]
[null,null,null,null,null,null,null,null,null,"Villel","Santa Cruz de Moncayo",null,null,null,null,null,null,"Víllora","Tierzo",null,"Vadillo de la Sierra","Rabanera del Pinar",null,null,"Pereña de la Ribera",null,null,null,"Villanueva de Campeán","Sant Pere de Ribes",null,null,null,null,null,null,"Sinarcas",null,null,null,null,null,null,null,null,null,null,null,"Sartaguda"]
[null,null,null,null,null,null,null,null,null,"Vinaceite","Santa Eulalia de Gállego",null,null,null,null,null,null,"Vindel","Toba, La",null,"Valdecasa","Rábanos",null,null,"Peromingo",null,null,null,"Villanueva de las Peras","Sant Pere de Riudebitlles",null,null,null,null,null,null,"Sollana",null,null,null,null,null,null,null,null,null,null,null,"Sesma"]
[null,null,null,null,null,null,null,null,null,"Visiedo","Santed",null,null,null,null,null,null,"Yémeda","Tordellego",null,"Vega de Santa María","Rabé de las Calzadas",null,null,"Pinedas",null,null,null,"Villanueva del Campo","Sant Pere de Torelló",null,null,null,null,null,null,"Sot de Chera",null,null,null,null,null,null,null,null,null,null,null,"Sorlada"]
[null,null,null,null,null,null,null,null,null,"Vivel del Río Martín","Sástago",null,null,null,null,null,null,"Zafra de Záncara","Tordelrábano",null,"Velayos","Rebolledo de la Torre",null,null,"Pino de Tormes, El",null,null,null,"Villar de Fallaves","Sant Pere de Vilamajor",null,null,null,null,null,null,"Sueca",null,null,null,null,null,null,null,null,null,null,null,"Sunbilla"]
[null,null,null,null,null,null,null,null,null,"Zoma, La","Sediles",null,null,null,null,null,null,"Zafrilla","Tordesilos",null,"Villaflor","Redecilla del Camino",null,null,"Pitiegua",null,null,null,"Villar del Buey","Sant Pere Sallavinera",null,null,null,null,null,null,"Sumacàrcer",null,null,null,null,null,null,null,null,null,null,null,"Tafalla"]
[null,null,null,null,null,null,null,null,null,null,"Sestrica",null,null,null,null,null,null,"Zarza de Tajo","Torija",null,"Villafranca de la Sierra","Redecilla del Campo",null,null,"Pizarral",null,null,null,"Villaralbo","Sant Pol de Mar",null,null,null,null,null,null,"Tavernes Blanques",null,null,null,null,null,null,null,null,null,null,null,"Tiebas-Muruarte de Reta"]
[null,null,null,null,null,null,null,null,null,null,"Sierra de Luna",null,null,null,null,null,null,"Zarzuela","Torre del Burgo",null,"Villanueva de Ávila","Regumiel de la Sierra",null,null,"Poveda de las Cintas",null,null,null,"Villardeciervos","Sant Quintí de Mediona",null,null,null,null,null,null,"Tavernes de la Valldigna",null,null,null,null,null,null,null,null,null,null,null,"Tirapu"]
[null,null,null,null,null,null,null,null,null,null,"Sigüés",null,null,null,null,null,null,null,"Torrecuadrada de Molina",null,"Villanueva de Gómez","Reinoso",null,null,"Pozos de Hinojo",null,null,null,"Villardiegua de la Ribera","Sant Quirze de Besora",null,null,null,null,null,null,"Teresa de Cofrentes",null,null,null,null,null,null,null,null,null,null,null,"Torralba del Río"]
[null,null,null,null,null,null,null,null,null,null,"Sisamón",null,null,null,null,null,null,null,"Torrecuadradilla",null,"Villanueva del Aceral","Retuerta",null,null,"Puebla de Azaba",null,null,null,"Villárdiga","Sant Quirze del Vallès",null,null,null,null,null,null,"Terrateig",null,null,null,null,null,null,null,null,null,null,null,"Torres del Río"]
[null,null,null,null,null,null,null,null,null,null,"Sobradiel",null,null,null,null,null,null,null,"Torrejón del Rey",null,"Villanueva del Campillo","Revilla del Campo",null,null,"Puebla de San Medel",null,null,null,"Villardondiego","Sant Quirze Safaja",null,null,null,null,null,null,"Titaguas",null,null,null,null,null,null,null,null,null,null,null,"Tudela"]
[null,null,null,null,null,null,null,null,null,null,"Sos del Rey Católico",null,null,null,null,null,null,null,"Torremocha de Jadraque",null,"Villar de Corneja","Revilla Vallejera",null,null,"Puebla de Yeltes",null,null,null,"Villarrín de Campos","Sant Sadurní d'Anoia",null,null,null,null,null,null,"Torrebaja",null,null,null,null,null,null,null,null,null,null,null,"Tulebras"]
[null,null,null,null,null,null,null,null,null,null,"Tabuenca",null,null,null,null,null,null,null,"Torremocha del Campo",null,"Villarejo del Valle","Revilla y Ahedo, La",null,null,"Puente del Congosto",null,null,null,"Villaseco del Pan","Sant Sadurní d'Osormort",null,null,null,null,null,null,"Torrella",null,null,null,null,null,null,null,null,null,null,null,"Ucar"]
[null,null,null,null,null,null,null,null,null,null,"Talamantes",null,null,null,null,null,null,null,"Torremocha del Pinar",null,"Villatoro","Revillarruz",null,null,"Puertas",null,null,null,"Villavendimio","Sant Salvador de Guardiola",null,null,null,null,null,null,"Torrent",null,null,null,null,null,null,null,null,null,null,null,"Uharte-Arakil"]
[null,null,null,null,null,null,null,null,null,null,"Tarazona",null,null,null,null,null,null,null,"Torremochuela",null,"Viñegra de Moraña","Rezmondo",null,null,"Puerto de Béjar",null,null,null,"Villaveza de Valverde","Sant Vicenç de Castellet",null,null,null,null,null,null,"Torres Torres",null,null,null,null,null,null,null,null,null,null,null,"Ujué"]
[null,null,null,null,null,null,null,null,null,null,"Tauste",null,null,null,null,null,null,null,"Torrubia",null,"Vita","Riocavado de la Sierra",null,null,"Puerto Seguro",null,null,null,"Villaveza del Agua","Sant Vicenç de Montalt",null,null,null,null,null,null,"Tous",null,null,null,null,null,null,null,null,null,null,null,"Ultzama"]
[null,null,null,null,null,null,null,null,null,null,"Terrer",null,null,null,null,null,null,null,"Tórtola de Henares",null,"Zapardiel de la Cañada","Roa",null,null,"Rágama",null,null,null,"Viñas","Sant Vicenç de Torelló",null,null,null,null,null,null,"Tuéjar",null,null,null,null,null,null,null,null,null,null,null,"Unciti"]
[null,null,null,null,null,null,null,null,null,null,"Tierga",null,null,null,null,null,null,null,"Tortuera",null,"Zapardiel de la Ribera","Rojas",null,null,"Redonda, La",null,null,null,"Zamora","Sant Vicenç dels Horts",null,null,null,null,null,null,"Turís",null,null,null,null,null,null,null,null,null,null,null,"Unzué"]
[null,null,null,null,null,null,null,null,null,null,"Tobed",null,null,null,null,null,null,null,"Tortuero",null,null,"Royuela de Río Franco",null,null,"Retortillo",null,null,null,null,"Santa Cecília de Voltregà",null,null,null,null,null,null,"Utiel",null,null,null,null,null,null,null,null,null,null,null,"Urdazubi/Urdax"]
[null,null,null,null,null,null,null,null,null,null,"Torralba de los Frailes",null,null,null,null,null,null,null,"Traíd",null,null,"Rubena",null,null,"Rinconada de la Sierra, La",null,null,null,null,"Santa Coloma de Cervelló",null,null,null,null,null,null,"Valencia",null,null,null,null,null,null,null,null,null,null,null,"Urdiain"]
[null,null,null,null,null,null,null,null,null,null,"Torralba de Ribota",null,null,null,null,null,null,null,"Trijueque",null,null,"Rublacedo de Abajo",null,null,"Robleda",null,null,null,null,"Santa Coloma de Gramenet",null,null,null,null,null,null,"Vallada",null,null,null,null,null,null,null,null,null,null,null,"Urraul Alto"]
[null,null,null,null,null,null,null,null,null,null,"Torralbilla",null,null,null,null,null,null,null,"Trillo",null,null,"Rucandio",null,null,"Robliza de Cojos",null,null,null,null,"Santa Eugènia de Berga",null,null,null,null,null,null,"Vallanca",null,null,null,null,null,null,null,null,null,null,null,"Urraul Bajo"]
[null,null,null,null,null,null,null,null,null,null,"Torrehermosa",null,null,null,null,null,null,null,"Uceda",null,null,"Salas de Bureba",null,null,"Rollán",null,null,null,null,"Santa Eulàlia de Riuprimer",null,null,null,null,null,null,"Vallés",null,null,null,null,null,null,null,null,null,null,null,"Urrotz"]
[null,null,null,null,null,null,null,null,null,null,"Torrelapaja",null,null,null,null,null,null,null,"Ujados",null,null,"Salas de los Infantes",null,null,"Saelices el Chico",null,null,null,null,"Santa Eulàlia de Ronçana",null,null,null,null,null,null,"Venta del Moro",null,null,null,null,null,null,null,null,null,null,null,"Urroz-Villa"]
[null,null,null,null,null,null,null,null,null,null,"Torrellas",null,null,null,null,null,null,null,"Utande",null,null,"Saldaña de Burgos",null,null,"Sagrada, La",null,null,null,null,"Santa Fe del Penedès",null,null,null,null,null,null,"Vilamarxant",null,null,null,null,null,null,null,null,null,null,null,"Urzainqui"]
[null,null,null,null,null,null,null,null,null,null,"Torres de Berrellén",null,null,null,null,null,null,null,"Valdarachas",null,null,"Salinillas de Bureba",null,null,"Sahugo, El",null,null,null,null,"Santa Margarida de Montbui",null,null,null,null,null,null,"Villalonga",null,null,null,null,null,null,null,null,null,null,null,"Uterga"]
[null,null,null,null,null,null,null,null,null,null,"Torrijo de la Cañada",null,null,null,null,null,null,null,"Valdearenas",null,null,"San Adrián de Juarros",null,null,"Salamanca",null,null,null,null,"Santa Margarida i els Monjos",null,null,null,null,null,null,"Villar del Arzobispo",null,null,null,null,null,null,null,null,null,null,null,"Uztárroz/Uztarroze"]
[null,null,null,null,null,null,null,null,null,null,"Tosos",null,null,null,null,null,null,null,"Valdeavellano",null,null,"San Juan del Monte",null,null,"Saldeana",null,null,null,null,"Santa Maria de Besora",null,null,null,null,null,null,"Villargordo del Cabriel",null,null,null,null,null,null,null,null,null,null,null,"Valtierra"]
[null,null,null,null,null,null,null,null,null,null,"Trasmoz",null,null,null,null,null,null,null,"Valdeaveruelo",null,null,"San Mamés de Burgos",null,null,"Salmoral",null,null,null,null,"Santa Maria de Corcó",null,null,null,null,null,null,"Vinalesa",null,null,null,null,null,null,null,null,null,null,null,"Viana"]
[null,null,null,null,null,null,null,null,null,null,"Trasobares",null,null,null,null,null,null,null,"Valdeconcha",null,null,"San Martín de Rubiales",null,null,"Salvatierra de Tormes",null,null,null,null,"Santa Maria de Martorelles",null,null,null,null,null,null,"Xàtiva",null,null,null,null,null,null,null,null,null,null,null,"Vidángoz/Bidankoze"]
[null,null,null,null,null,null,null,null,null,null,"Uncastillo",null,null,null,null,null,null,null,"Valdegrudas",null,null,"San Millán de Lara",null,null,"San Cristóbal de la Cuesta",null,null,null,null,"Santa Maria de Merlès",null,null,null,null,null,null,"Xeraco",null,null,null,null,null,null,null,null,null,null,null,"Villafranca"]
[null,null,null,null,null,null,null,null,null,null,"Undués de Lerda",null,null,null,null,null,null,null,"Valdelcubo",null,null,"San Vicente del Valle",null,null,"San Esteban de la Sierra",null,null,null,null,"Santa Maria de Miralles",null,null,null,null,null,null,"Xeresa",null,null,null,null,null,null,null,null,null,null,null,"Villamayor de Monjardín"]
[null,null,null,null,null,null,null,null,null,null,"Urrea de Jalón",null,null,null,null,null,null,null,"Valdenuño Fernández",null,null,"Santa Cecilia",null,null,"San Felices de los Gallegos",null,null,null,null,"Santa Maria de Palautordera",null,null,null,null,null,null,"Xirivella",null,null,null,null,null,null,null,null,null,null,null,"Villatuerta"]
[null,null,null,null,null,null,null,null,null,null,"Urriés",null,null,null,null,null,null,null,"Valdepeñas de la Sierra",null,null,"Santa Cruz de la Salceda",null,null,"San Martín del Castañar",null,null,null,null,"Santa Maria d'Oló",null,null,null,null,null,null,"Yátova",null,null,null,null,null,null,null,null,null,null,null,"Villava/Atarrabia"]
[null,null,null,null,null,null,null,null,null,null,"Used",null,null,null,null,null,null,null,"Valderrebollo",null,null,"Santa Cruz del Valle Urbión",null,null,"San Miguel de Valero",null,null,null,null,"Santa Perpètua de Mogoda",null,null,null,null,null,null,"Yesa, La",null,null,null,null,null,null,null,null,null,null,null,"Yerri"]
[null,null,null,null,null,null,null,null,null,null,"Utebo",null,null,null,null,null,null,null,"Valdesotos",null,null,"Santa Gadea del Cid",null,null,"San Miguel del Robledo",null,null,null,null,"Santa Susanna",null,null,null,null,null,null,"Zarra",null,null,null,null,null,null,null,null,null,null,null,"Yesa"]
[null,null,null,null,null,null,null,null,null,null,"Val de San Martín",null,null,null,null,null,null,null,"Valfermoso de Tajuña",null,null,"Santa Inés",null,null,"San Morales",null,null,null,null,"Santpedor",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zabalza"]
[null,null,null,null,null,null,null,null,null,null,"Valdehorna",null,null,null,null,null,null,null,"Valhermoso",null,null,"Santa María del Campo",null,null,"San Muñoz",null,null,null,null,"Sentmenat",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ziordia"]
[null,null,null,null,null,null,null,null,null,null,"Valmadrid",null,null,null,null,null,null,null,"Valtablado del Río",null,null,"Santa María del Invierno",null,null,"San Pedro de Rozados",null,null,null,null,"Seva",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zizur Mayor/Zizur Nagusia"]
[null,null,null,null,null,null,null,null,null,null,"Valpalmas",null,null,null,null,null,null,null,"Valverde de los Arroyos",null,null,"Santa María del Mercadillo",null,null,"San Pedro del Valle",null,null,null,null,"Sitges",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zubieta"]
[null,null,null,null,null,null,null,null,null,null,"Valtorres",null,null,null,null,null,null,null,"Viana de Jadraque",null,null,"Santa María Rivarredonda",null,null,"San Pelayo de Guareña",null,null,null,null,"Sobremunt",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zugarramurdi"]
[null,null,null,null,null,null,null,null,null,null,"Velilla de Ebro",null,null,null,null,null,null,null,"Villanueva de Alcorón",null,null,"Santa Olalla de Bureba",null,null,"Sanchón de la Ribera",null,null,null,null,"Sora",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zúñiga"]
[null,null,null,null,null,null,null,null,null,null,"Velilla de Jiloca",null,null,null,null,null,null,null,"Villanueva de Argecilla",null,null,"Santibáñez de Esgueva",null,null,"Sanchón de la Sagrada",null,null,null,null,"Subirats"]
[null,null,null,null,null,null,null,null,null,null,"Vera de Moncayo",null,null,null,null,null,null,null,"Villanueva de la Torre",null,null,"Santibáñez del Val",null,null,"Sanchotello",null,null,null,null,"Súria"]
[null,null,null,null,null,null,null,null,null,null,"Vierlas",null,null,null,null,null,null,null,"Villares de Jadraque",null,null,"Santo Domingo de Silos",null,null,"Sancti-Spíritus",null,null,null,null,"Tagamanent"]
[null,null,null,null,null,null,null,null,null,null,"Villadoz",null,null,null,null,null,null,null,"Villaseca de Henares",null,null,"Sargentes de la Lora",null,null,"Sando",null,null,null,null,"Talamanca"]
[null,null,null,null,null,null,null,null,null,null,"Villafeliche",null,null,null,null,null,null,null,"Villaseca de Uceda",null,null,"Sarracín",null,null,"Santa María de Sando",null,null,null,null,"Taradell"]
[null,null,null,null,null,null,null,null,null,null,"Villafranca de Ebro",null,null,null,null,null,null,null,"Villel de Mesa",null,null,"Sasamón",null,null,"Santa Marta de Tormes",null,null,null,null,"Tavèrnoles"]
[null,null,null,null,null,null,null,null,null,null,"Villalba de Perejil",null,null,null,null,null,null,null,"Viñuelas",null,null,"Sequera de Haza, La",null,null,"Santiago de la Puebla",null,null,null,null,"Tavertet"]
[null,null,null,null,null,null,null,null,null,null,"Villalengua",null,null,null,null,null,null,null,"Yebes",null,null,"Solarana",null,null,"Santibáñez de Béjar",null,null,null,null,"Teià"]
[null,null,null,null,null,null,null,null,null,null,"Villanueva de Gállego",null,null,null,null,null,null,null,"Yebra",null,null,"Sordillos",null,null,"Santibáñez de la Sierra",null,null,null,null,"Terrassa"]
[null,null,null,null,null,null,null,null,null,null,"Villanueva de Huerva",null,null,null,null,null,null,null,"Yélamos de Abajo",null,null,"Sotillo de la Ribera",null,null,"Santiz",null,null,null,null,"Tiana"]
[null,null,null,null,null,null,null,null,null,null,"Villanueva de Jiloca",null,null,null,null,null,null,null,"Yélamos de Arriba",null,null,"Sotragero",null,null,"Santos, Los",null,null,null,null,"Tona"]
[null,null,null,null,null,null,null,null,null,null,"Villar de los Navarros",null,null,null,null,null,null,null,"Yunquera de Henares",null,null,"Sotresgudo",null,null,"Sardón de los Frailes",null,null,null,null,"Tordera"]
[null,null,null,null,null,null,null,null,null,null,"Villarreal de Huerva",null,null,null,null,null,null,null,"Yunta, La",null,null,"Susinos del Páramo",null,null,"Saucelle",null,null,null,null,"Torelló"]
[null,null,null,null,null,null,null,null,null,null,"Villarroya de la Sierra",null,null,null,null,null,null,null,"Zaorejas",null,null,"Tamarón",null,null,"Sepulcro-Hilario",null,null,null,null,"Torre de Claramunt, La"]
[null,null,null,null,null,null,null,null,null,null,"Villarroya del Campo",null,null,null,null,null,null,null,"Zarzuela de Jadraque",null,null,"Tardajos",null,null,"Sequeros",null,null,null,null,"Torrelavit"]
[null,null,null,null,null,null,null,null,null,null,"Vilueña, La",null,null,null,null,null,null,null,"Zorita de los Canes",null,null,"Tejada",null,null,"Serradilla del Arroyo",null,null,null,null,"Torrelles de Foix"]
[null,null,null,null,null,null,null,null,null,null,"Vistabella",null,null,null,null,null,null,null,null,null,null,"Terradillos de Esgueva",null,null,"Serradilla del Llano",null,null,null,null,"Torrelles de Llobregat"]
[null,null,null,null,null,null,null,null,null,null,"Zaida, La",null,null,null,null,null,null,null,null,null,null,"Tinieblas de la Sierra",null,null,"Sierpe, La",null,null,null,null,"Ullastrell"]
[null,null,null,null,null,null,null,null,null,null,"Zaragoza",null,null,null,null,null,null,null,null,null,null,"Tobar",null,null,"Sieteiglesias de Tormes",null,null,null,null,"Vacarisses"]
[null,null,null,null,null,null,null,null,null,null,"Zuera",null,null,null,null,null,null,null,null,null,null,"Tordómar",null,null,"Sobradillo",null,null,null,null,"Vallbona d'Anoia"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Torrecilla del Monte",null,null,"Sorihuela",null,null,null,null,"Vallcebre"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Torregalindo",null,null,"Sotoserrano",null,null,null,null,"Vallgorguina"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Torrelara",null,null,"Tabera de Abajo",null,null,null,null,"Vallirana"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Torrepadre",null,null,"Tala, La",null,null,null,null,"Vallromanes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Torresandino",null,null,"Tamames",null,null,null,null,"Veciana"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Tórtoles de Esgueva",null,null,"Tarazona de Guareña",null,null,null,null,"Vic"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Tosantos",null,null,"Tardáguila",null,null,null,null,"Vilada"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Trespaderne",null,null,"Tejado, El",null,null,null,null,"Viladecans"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Tubilla del Agua",null,null,"Tejeda y Segoyuela",null,null,null,null,"Viladecavalls"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Tubilla del Lago",null,null,"Tenebrón",null,null,null,null,"Vilafranca del Penedès"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Úrbel del Castillo",null,null,"Terradillos",null,null,null,null,"Vilalba Sasserra"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vadocondes",null,null,"Topas",null,null,null,null,"Vilanova de Sau"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valdeande",null,null,"Tordillos",null,null,null,null,"Vilanova del Camí"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valdezate",null,null,"Tornadizo, El",null,null,null,null,"Vilanova del Vallès"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valdorros",null,null,"Torresmenudas",null,null,null,null,"Vilanova i la Geltrú"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vallarta de Bureba",null,null,"Trabanca",null,null,null,null,"Vilassar de Dalt"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de las Navas",null,null,"Tremedal de Tormes",null,null,null,null,"Vilassar de Mar"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Losa",null,null,"Valdecarros",null,null,null,null,"Vilobí del Penedès"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Manzanedo",null,null,"Valdefuentes de Sangusín",null,null,null,null,"Viver i Serrateix"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Mena",null,null,"Valdehijaderos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Oca",null,null,"Valdelacasa"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Santibáñez",null,null,"Valdelageve"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Sedano",null,null,"Valdelosa"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Tobalina",null,null,"Valdemierque"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Valdebezana",null,null,"Valderrodrigo"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Valdelaguna",null,null,"Valdunciel"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Valdelucio",null,null,"Valero"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valle de Zamanzas",null,null,"Vallejera de Riofrío"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vallejera",null,null,"Valsalabroso"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valles de Palenzuela",null,null,"Valverde de Valdelacasa"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valluércanes",null,null,"Valverdón"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Valmala",null,null,"Vecinos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vid de Bureba, La",null,null,"Vega de Tirados"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vid y Barrios, La",null,null,"Veguillas, Las"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vileña",null,null,"Vellés, La"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villadiego",null,null,"Ventosa del Río Almar"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaescusa de Roa",null,null,"Vídola, La"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaescusa la Sombría",null,null,"Villaflores"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaespasa",null,null,"Villagonzalo de Tormes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villafranca Montes de Oca",null,null,"Villalba de los Llanos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villafruela",null,null,"Villamayor"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villagalijo",null,null,"Villanueva del Conde"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villagonzalo Pedernales",null,null,"Villar de Argañán"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villahoz",null,null,"Villar de Ciervo"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villalba de Duero",null,null,"Villar de Gallimazo"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villalbilla de Burgos",null,null,"Villar de la Yegua"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villalbilla de Gumiel",null,null,"Villar de Peralonso"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaldemiro",null,null,"Villar de Samaniego"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villalmanzo",null,null,"Villares de la Reina"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villamayor de los Montes",null,null,"Villares de Yeltes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villamayor de Treviño",null,null,"Villarino de los Aires"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villambistia",null,null,"Villarmayor"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villamedianilla",null,null,"Villarmuerto"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villamiel de la Sierra",null,null,"Villasbuenas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villangómez",null,null,"Villasdardo"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villanueva de Argaño",null,null,"Villaseco de los Gamitos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villanueva de Carazo",null,null,"Villaseco de los Reyes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villanueva de Gumiel",null,null,"Villasrubias"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villanueva de Teba",null,null,"Villaverde de Guareña"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaquirán de la Puebla",null,null,"Villavieja de Yeltes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaquirán de los Infantes",null,null,"Villoria"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villarcayo de Merindad de Castilla la Vieja",null,null,"Villoruela"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villariezo",null,null,"Vilvestre"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villasandino",null,null,"Vitigudino"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villasur de Herreros",null,null,"Yecla de Yeltes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villatuelda",null,null,"Zamarra"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaverde del Monte",null,null,"Zamayón"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villaverde-Mogina",null,null,"Zarapicos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villayerno Morquillas",null,null,"Zarza de Pumareda, La"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villazopeque",null,null,"Zorita de la Frontera"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villegas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Villoruebo"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Viloria de Rioja"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vilviestre del Pinar"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vizcaínos"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zael"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zarzosa de Río Pisuerga"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zazuar"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zuñeda"]

{"sheet":"DESP_MATERIALES","index":6,"n_rows":53,"n_cols":27,"rows_kept":53,"cut":false,"hidden":true,"merged":[]}
["Grupo",null,"AislamientosValero","Aislantes","Bituminosos","Bloque_Cerámico","Bloque_HormigónAL","Bloque_HormigónCO","Cámaras_Aire","Cauchos","Cerámicos","Enlucidos","ForjadosRET","ForjadosUNI","Hormigones","Ladrillo","Losas_Alveolares","Maderas","Metales","Morteros","Pétreos_Suelos","Plásticos","Sellantes","Textiles","Vidrios","Yesos","Otro"]
["AislamientosValero",null,"EEPS-GrafipolTR0_Valero","EPS Poliestireno expandido [0,029 W/mK]","Asfalto","BC con mortero aislante espesor 140 mm","BH aligerado hueco espesor 250 mm","BH convencional espesor 100 mm","Cámara de aire ligeramente ventilada horizontal 1 cm","Butadieno","Azulejo cerámico","Enlucido de yeso 1000 < d < 1300","FR Entrevigado cerámico - Canto 250 mm","FU con viguetas de madera con entrevigado de revoltón de ladrillo y cascote [min. 120 mm]","Hormigón armado 2300 < d < 2500","1 pie LM métrico o catalán 40 mm < G < 50 mm","Con capa de compresión - Canto 200 mm","Balsa d < 200","Acero","Mortero de áridos ligeros [vermiculita perlita]","Arcilla o limo [1200 < d < 1800]","Acrílicos","Cloruro de polivinilo [PVC] + 40% plastificante","Moquetas revestimientos textiles","Cuarzo","Placa de yeso laminado [PYL] 750 < d < 900","Barrera de Vapor - Sd = 2,0 m"]
["Aislantes",null,"EEPS-GrafipolTR0-Impact_Valero","EPS Poliestireno expandido [0,032 W/mK]","Asfalto arenoso","BC con mortero aislante espesor 190 mm","BH aligerado hueco espesor 300 mm","BH convencional espesor 150 mm","Cámara de aire ligeramente ventilada horizontal 10 cm","Butilo [isobutelo] compacto/colado en aceite","Gres (sílice) 2200 < d < 2590","Enlucido de yeso aislante 500 < d < 600","FR Entrevigado cerámico - Canto 300 mm","FU Entrevigado cerámico - Canto 210 mm","Hormigón armado d > 2500","1 pie LP métrico o catalán 40 mm < G < 60 mm","Con capa de compresión - Canto 250 mm","Conífera de peso medio 435 < d < 520","Acero Inoxidable","Mortero de cemento o cal para albañilería y para revoco/enlucido  d > 2000","Arena y grava [1700 < d < 2200]","Cloruro de polivinilo [PVC]","Espuma de polietileno","Subcapa fieltro","Sodocálcico [inc. Vidrio flotado]","Placa de yeso o escayola 750 < d < 900","Barrera de Vapor - Sd = 3,0 m"]
["Bituminosos",null,"EPS-DonpolAzul_Valero","EPS Poliestireno expandido [0,036 W/mK]","Betún fieltro o lámina","BC con mortero aislante espesor 240 mm","BH aligerado hueco -muro de carga- espesor 300 mm","BH convencional espesor 200 mm","Cámara de aire ligeramente ventilada horizontal 2 cm","Caucho celular","Gres calcáreo 2000 < d < 2700","Enlucido de yeso aislante 600 < d < 900","FR Entrevigado cerámico - Canto 350 mm","FU Entrevigado cerámico - Canto 250 mm","Hormigón celular curado en autoclave d 1000","1 pie LP métrico o catalán 60 mm < G < 80 mm","Con capa de compresión - Canto 300 mm","Conífera ligera d < 435","Aliminio aleaciones","Mortero de cemento o cal para albañilería y para revoco/enlucido 1000 < d < 1250","Arenisca [2200 < d < 2600]","Linóleo","Espuma de poliuretano [PU]","Subcapa lana","Vidrio prensado","Placas de yeso armado con fibras minerales 800 < d < 1000","Barrera de Vapor - Sd = 4,0 m"]
["Bloque_Cerámico",null,"EPS-DonpolVerdeHidrófobo_Valero","MW Lana mineral [0,032 W/mK]","Betún puro","BC con mortero aislante espesor 290 mm","BH aligerado hueco -muro de carga- espesor 300 mm con mortero aligerado","BH convencional espesor 250 mm","Cámara de aire ligeramente ventilada horizontal 5 cm","Caucho natural","Gres cuarzoso 2600 < d < 2800","Enlucido de yeso d < 1000","FR Entrevigado de EPS mecanizado enrasado - Canto 250 mm","FU Entrevigado cerámico - Canto 300 mm","Hormigón celular curado en autoclave d 300","1 pie LP métrico o catalán 80 mm < G < 100 mm","Con capa de compresión - Canto 350 mm","Conífera muy pesada d > 610","Aluminio","Mortero de cemento o cal para albañilería y para revoco/enlucido 1250 < d < 1450","Asperón [1300 < d < 1900]","Poliacetato","Espuma de silicona",null,null,"Yeso alta dureza 1200 < d < 1500","Barrera de Vapor - Sd = 5,0 m"]
["Bloque_HormigónAL",null,"EPS-GrafipolCubInclinadas_Valero","MW Lana mineral [0,034 W/mK]",null,"BC con mortero convencional espesor 140 mm","BH aligerado macizo con áridos ligeros 140 mm","BH convencional espesor 300 mm","Cámara de aire ligeramente ventilada vertical 1 cm","Caucho rígido [ebonita] sólido","Plaqueta o baldosa cerámica",null,"FR Entrevigado de EPS mecanizado enrasado - Canto 300 mm","FU Entrevigado cerámico - Canto 350 mm","Hormigón celular curado en autoclave d 400","1/2 pie LM métrico o catalán 40 mm < G < 50 mm","Con capa de compresión - Canto 400 mm","Conífera pesada 520 < d < 610","Bronce","Mortero de cemento o cal para albañilería y para revoco/enlucido 1450 < d < 1600","Asperón [1900 < d < 2500]","Poliamida [nylon] [PA]","Espuma elastomérica-flexible",null,null,"Yeso alta dureza 900 < d < 1200","Barrera de Vapor - Sd = 6,0 m"]
["Bloque_HormigónCO",null,"EPS-GrafipolFrenteForjado_Valero","MW Lana mineral [0,035 W/mK]",null,"BC con mortero convencional espesor 190 mm","BH aligerado macizo con áridos ligeros 170 mm","BH hueco con áridos densos 110 mm","Cámara de aire ligeramente ventilada vertical 10 cm","Etileno propileno dieno monómero [EPDM]","Plaqueta o baldosa de gres",null,"FR Entrevigado de EPS mecanizado enrasado - Canto 350 mm","FU Entrevigado de EPS mecanizado enrasado - Canto 250 mm","Hormigón celular curado en autoclave d 500","1/2 pie LP métrico o catalán 40 mm < G < 60 mm","Con capa de compresión - Canto 500 mm","Corcho Comprimido","Cobre","Mortero de cemento o cal para albañilería y para revoco/enlucido 1600 < d < 1800","Basalto [2700 < d < 3000]","Poliamida 6.6 [PA6.6] 25% fibra de vidrio","Sílica gel [desecante]",null,null,"Yeso baja dureza d < 600","Barrera de Vapor - Sd = 7,0 m"]
["Cámaras_Aire",null,"EPS-GrafipolMedianeras_Valero","MW Lana mineral [0,036 W/mK]",null,"BC con mortero convencional espesor 240 mm","BH aligerado macizo con áridos ligeros 240 mm","BH hueco con áridos densos 140 mm","Cámara de aire ligeramente ventilada vertical 2 cm","Neopreno [policloropreno]","Teja cerámica-porcelana",null,"FR Entrevigado de EPS mecanizado enrasado - Canto 400 mm","FU Entrevigado de EPS mecanizado enrasado - Canto 300 mm","Hormigón celular curado en autoclave d 600","1/2 pie LP métrico o catalán 60 mm < G < 80 mm","Losa de hormigón d = 2000 - Canto 200 mm","Corcho Expandido con resinas sintéticas 100 < d < 150","Cromo","Mortero de cemento o cal para albañilería y para revoco/enlucido 1800 < d < 2000","Caliza blanda [1600 < d < 1790]","Policarbonatos [PC]","Silicona masilla",null,null,"Yeso dureza media 600 < d < 900","Barrera de Vapor - Sd = 8,0 m"]
["Cauchos",null,"EPS-GrafipolTermoimpact_Valero","MW Lana mineral [0,037 W/mK]",null,"BC con mortero convencional espesor 290 mm","BH aligerado macizo con áridos ligeros 290 mm","BH hueco con áridos densos 190 mm","Cámara de aire ligeramente ventilada vertical 5 cm","Poliisobutileno","Teja de arcilla cocida",null,"FR Entrevigado de EPS mecanizado enrasado - Canto 450 mm","FU Entrevigado de EPS mecanizado enrasado - Canto 350 mm","Hormigón celular curado en autoclave d 700","1/2 pie LP métrico o catalán 80 mm < G < 100 mm","Losa de hormigón d = 2000 - Canto 250 mm","Corcho Expandido con resinas sintéticas 150 < d < 250","Estaño","Mortero de cemento o cal para albañilería y para revoco/enlucido 500 < d < 750","Caliza dura [2000 < d < 2190]","Poliestireno [PS]","Silicona pura",null,null,null,"Barrera de Vapor - Sd = 9,0 m"]
["Cerámicos",null,"EPS-GrafipolTR29_Valero","MW Lana mineral [0,041 W/mK]",null,null,"BH aligerado macizo con áridos ligeros 290 mm, muro de carga","BH hueco con áridos densos 240 mm","Cámara de aire sin ventilar horizontal 1 cm","Polisulfuro",null,null,"FR Entrevigado de EPS moldeado descolgado - Canto 250 mm","FU Entrevigado de EPS moldeado descolgado - Canto 250 mm","Hormigón celular curado en autoclave d 800","Ladrillo de hormigón macizo de áridos densos","Losa de hormigón d = 2000 - Canto 300 mm","Corcho Expandido puro 100 < d < 150","Hierro","Mortero de cemento o cal para albañilería y para revoco/enlucido 750 < d < 1000","Caliza dureza media [1800 < d < 1990]","Polietileno alta densidad [HDPE]","Uretano o poliuretano [rotura de puente térmico]",null,null,null,"Barrera de Vapor - Sd = 10,0 m"]
["Enlucidos",null,"EPS-GrafipolTR30_Valero","Panel de vidrio celular [CG]",null,null,"BH aligerado macizo con áridos ligeros 290 mm, muro de carga con mortero aislante","BH hueco con áridos densos 290 mm","Cámara de aire sin ventilar horizontal 10 cm",null,null,null,"FR Entrevigado de EPS moldeado descolgado - Canto 300 mm","FU Entrevigado de EPS moldeado descolgado - Canto 300 mm","Hormigón celular curado en autoclave d 900","Ladrillo de hormigón perforado de áridos densos","Losa de hormigón d = 2000 - Canto 350 mm","Frondosa ligera 435 < d < 565","Hierro fundición","Mortero de yeso","Caliza muy blanda [d < 1590]","Polietileno baja densidad [LDPE]",null,null,null,null,"Barrera de Vapor - Sd = 11,0 m"]
["ForjadosRET",null,"EPS-GrafipolTR31_Valero","PIR espuma de Poliisocianurato [0,023 W/mK]",null,null,"BH aligerado macizo espesor 200 mm","BH hueco con áridos densos 50 mm","Cámara de aire sin ventilar horizontal 2 cm",null,null,null,"FR Entrevigado de EPS moldeado descolgado - Canto 350 mm","FU Entrevigado de EPS moldeado descolgado - Canto 350 mm","Hormigón con arcilla expandida como árido principal d 1000","Ladrillo de hormigón perforado de áridos ligeros","Losa de hormigón d = 2000 - Canto 400 mm","Frondosa muy ligera 200 < d < 435","Latón",null,"Caliza muy dura [2200 < d < 2590]","Polimetilmetacrilato [PMMA]",null,null,null,null,"Barrera de Vapor - Sd = 12,0 m"]
["ForjadosUNI",null,"EPS-GrafipolTR32_Valero","PIR espuma de Poliisocianurato [0,025 W/mK]",null,null,"BH aligerado macizo espesor 250 mm","BH hueco con áridos densos 60 mm","Cámara de aire sin ventilar horizontal 5 cm",null,null,null,"FR Entrevigado de EPS moldeado descolgado - Canto 400 mm","FU Entrevigado de EPS moldeado enrasado - Canto 250 mm","Hormigón con arcilla expandida como árido principal d 1100","Tabicón de LH doble [60 mm < E < 90 mm]","Losa de hormigón d = 2000 - Canto 500 mm","Frondosa muy pesada d > 870","Níquel",null,"Cascote de ladrillo","Polipropileno [PP]",null,null,null,null,"Barrera de Vapor - Sd = 13,0 m"]
["Hormigones",null,"EPS-GrafipolTR5_Valero","PUR espuma de Poliuretano [0,028 W/mK]",null,null,"BH aligerado macizo espesor 300 mm","BH hueco con áridos densos 80 mm","Cámara de aire sin ventilar vertical 1 cm",null,null,null,"FR Entrevigado de EPS moldeado descolgado - Canto 450 mm","FU Entrevigado de EPS moldeado enrasado - Canto 300 mm","Hormigón con arcilla expandida como árido principal d 1200","Tabicón de LH doble Gran Formato [60 mm < E < 90 mm]","Losa de hormigón d = 2500 - Canto 200 mm","Frondosa pesada 750 < d < 870","Plomo",null,"Esquisto Pizarra [2000 < d < 2800]","Polipropileno [PP] 25% fibra de vidrio",null,null,null,null,"Barrera de Vapor - Sd = 14,0 m"]
["Ladrillo",null,"EPS-GrafipolTR-SATE_Valero","XPS Poliestireno extruido [0,033 W/mK]",null,null,"BH aligerado macizo -muro de carga- espesor 300 mm","BH hueco con áridos densos 90 mm","Cámara de aire sin ventilar vertical 10 cm",null,null,null,"FR Entrevigado de EPS moldeado enrasado - Canto 250 mm","FU Entrevigado de EPS moldeado enrasado - Canto 350 mm","Hormigón con arcilla expandida como árido principal d 1300","Tabicón de LH sencillo [40 mm < E < 60 mm]","Losa de hormigón d = 2500 - Canto 250 mm","Frondosa peso medio 565 < d < 750","Titanio",null,"Gneis Pórfido [2300 < d < 2900]","Politetrafluoretileno [PTFE]",null,null,null,null,"Barrera de Vapor - Sd = 15,0 m"]
["Losas_Alveolares",null,"EPS-GVSATE_Valero","XPS Poliestireno extruido [0,034 W/mK]",null,null,"BH aligerado macizo -muro de carga- espesor 300 mm con mortero aligerado",null,"Cámara de aire sin ventilar vertical 2 cm",null,null,null,"FR Entrevigado de EPS moldeado enrasado - Canto 300 mm","FU Entrevigado de hormigón - Canto 250 mm","Hormigón con arcilla expandida como árido principal d 1400","Tabicón de LH triple Gran Formato [100 mm < E < 110 mm]","Losa de hormigón d = 2500 - Canto 300 mm","Paneles de fibras con conglomerante hidraúlico 250 < d < 350","Zinc",null,"Granito [2500 < d < 2700]","Poliuretano [PU]",null,null,null,null,"Barrera de Vapor - Sd = 16,0 m"]
["Maderas",null,null,"XPS Poliestireno extruido [0,036 W/mK]",null,null,"BH aligerado perforado con áridos ligeros 110 mm",null,"Cámara de aire sin ventilar vertical 5 cm",null,null,null,"FR Entrevigado de EPS moldeado enrasado - Canto 350 mm","FU Entrevigado de hormigón - Canto 300 mm","Hormigón con arcilla expandida como árido principal d 1500","Tabique de LH sencillo Gran Formato [40 mm < E < 60 mm]","Losa de hormigón d = 2500 - Canto 350 mm","Paneles de fibras con conglomerante hidraúlico 350 < d < 450",null,null,"Mármol [2600 < d < 2800]","Resina epoxi",null,null,null,null,"Barrera de Vapor - Sd = 17,0 m"]
["Metales",null,null,"XPS Poliestireno extruido [0,038 W/mK]",null,null,"BH aligerado perforado con áridos ligeros 140 mm",null,null,null,null,null,"FR Entrevigado de EPS moldeado enrasado - Canto 400 mm","FU Entrevigado de hormigón - Canto 350 mm","Hormigón con arcilla expandida como árido principal d 1600","Tabique de LH triple [100 mm < E < 110 mm]","Losa de hormigón d = 2500 - Canto 400 mm","Paneles de fibras con conglomerante hidraúlico 450 < d < 550",null,null,"Piedra artificial","Resina fenólica",null,null,null,null,"Barrera de Vapor - Sd = 18,0 m"]
["Morteros",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 190 mm",null,null,null,null,null,"FR Entrevigado de EPS moldeado enrasado - Canto 450 mm","FU Entrevigado de hormigón aligerado - Canto 250 mm","Hormigón con arcilla expandida como árido principal d 1700",null,"Losa de hormigón d = 2500 - Canto 500 mm","Placas de corcho",null,null,"Piedra pómez natural [d < 400]","Resina poliéster no saturado [UP]",null,null,null,null,"Barrera de Vapor - Sd = 19,0 m"]
["Otro",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 240 mm",null,null,null,null,null,"FR Entrevigado de hormigón - Canto 250 mm","FU Entrevigado de hormigón aligerado - Canto 300 mm","Hormigón con arcilla expandida como árido principal d 800",null,"Sin capa de compresión - Canto 200 mm","Tablero contrachapado 250 < d < 350",null,null,"Relleno de cascote de ladrillo","Teja plástico",null,null,null,null,"Barrera de Vapor - Sd = 20,0 m"]
["Pétreos_Suelos",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 290 mm",null,null,null,null,null,"FR Entrevigado de hormigón - Canto 300 mm","FU Entrevigado de hormigón aligerado - Canto 350 mm","Hormigón con arcilla expandida como árido principal d 900",null,"Sin capa de compresión - Canto 250 mm","Tablero contrachapado 350 < d < 450",null,null,"Roca natural porosa [por ejem. Lava] d < 1600"]
["Plásticos",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 290 mm, muro de carga",null,null,null,null,null,"FR Entrevigado de hormigón - Canto 350 mm","FU Entrevigado de hormigón aligerado - Canto 400 mm","Hormigón con arcilla expandida sin otros áridos d 400",null,"Sin capa de compresión - Canto 300 mm","Tablero contrachapado 450 < d < 500",null,null,"Silex [2600 < d < 2800]"]
["Sellantes",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 290 mm, muro de carga con mortero aislante",null,null,null,null,null,"FR Entrevigado de hormigón - Canto 400 mm","FU Entrevigado de hormigón aligerado d < 1200 - Canto 250 mm","Hormigón con arcilla expandida sin otros áridos d 500",null,"Sin capa de compresión - Canto 350 mm","Tablero contrachapado 500 < d < 600",null,null,"Tierra apisonada adobe bloques de tierra comprimida [1770 < d < 2000]"]
["Textiles",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 80 mm",null,null,null,null,null,"FR Entrevigado de hormigón - Canto 450 mm","FU Entrevigado de hormigón aligerado d < 1200 - Canto 300 mm","Hormigón con arcilla expandida sin otros áridos d 600",null,"Sin capa de compresión - Canto 400 mm","Tablero contrachapado 600 < d < 750",null,null,"Tierra cruda con densidad 1000 Kg/m³"]
["Vidrios",null,null,null,null,null,"BH aligerado perforado con áridos ligeros 90 mm",null,null,null,null,null,"FR Entrevigado de hormigón aligerado - Canto 250 mm","FU Entrevigado de hormigón aligerado d < 1200 - Canto 350 mm","Hormigón con arcilla expandida sin otros áridos d 700",null,"Sin capa de compresión - Canto 500 mm","Tablero contrachapado 700 < d < 900",null,null,"Tierra cruda con densidad 1200 Kg/m³"]
["Yesos",null,null,null,null,null,"Bloque de picón aligerado de 120 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón aligerado - Canto 300 mm","FU Entrevigado de hormigón aligerado d < 1200 - Canto 400 mm","Hormigón con áridos ligeros 1600 < d < 1800",null,null,"Tablero contrachapado d < 250",null,null,"Tierra cruda con densidad 1400 Kg/m³"]
[null,null,null,null,null,null,"Bloque de picón aligerado de 150 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón aligerado - Canto 350 mm","FU Entrevigado de picón - Canto 300 mm","Hormigón con áridos ligeros 1800 < d < 2000",null,null,"Tablero de partículas 180 < d < 270",null,null,"Tierra cruda con densidad 1600 Kg/m³"]
[null,null,null,null,null,null,"Bloque de picón aligerado de 200 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón aligerado - Canto 400 mm","FU Entrevigado de picón - Canto 350 mm","Hormigón con otros áridos ligeros d 1000",null,null,"Tablero de partículas 270 < d < 450",null,null,"Tierra cruda con densidad 1800 Kg/m³"]
[null,null,null,null,null,null,"Bloque de picón aligerado de 250 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón aligerado - Canto 450 mm",null,"Hormigón con otros áridos ligeros d 1100",null,null,"Tablero de partículas 450 < d < 640",null,null,"Tierra cruda con densidad 2000 Kg/m³"]
[null,null,null,null,null,null,"Bloque de picón aligerado de 250 mm con cámara triple",null,null,null,null,null,"FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 250 mm",null,"Hormigón con otros áridos ligeros d 1200",null,null,"Tablero de partículas 640 < d < 820",null,null,"Tierra cruda con densidad 800 Kg/m³"]
[null,null,null,null,null,null,"Bloque de picón aligerado de 90 mm con cámara simple",null,null,null,null,null,"FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 300 mm",null,"Hormigón con otros áridos ligeros d 1300",null,null,"Tablero de partículas con cemento d = 1200",null,null,"Tierra vegetal [d < 2050]"]
[null,null,null,null,null,null,"Bloque de picón de 120 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 350 mm",null,"Hormigón con otros áridos ligeros d 1400",null,null,"Tablero de virutas orientadas [OSB] d < 650",null,null,"Traquita andesita [2000 < d < 2700]"]
[null,null,null,null,null,null,"Bloque de picón de 150 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 400 mm",null,"Hormigón con otros áridos ligeros d 1500",null,null,"Tableros de fibras incluyendo MDF 200 < d < 350"]
[null,null,null,null,null,null,"Bloque de picón de 200 mm con cámara doble",null,null,null,null,null,"FR Entrevigado de hormigón d < 1200 con áridos ligeros - Canto 450 mm",null,"Hormigón con otros áridos ligeros d 1600",null,null,"Tableros de fibras incluyendo MDF 350 < d < 550"]
[null,null,null,null,null,null,"Bloque de picón de 250 mm con cámara doble",null,null,null,null,null,"FR sin Entrevigado - Canto 250 mm",null,"Hormigón con otros áridos ligeros d 1800",null,null,"Tableros de fibras incluyendo MDF 550 < d < 750"]
[null,null,null,null,null,null,"Bloque de picón de 250 mm con cámara triple",null,null,null,null,null,"FR sin Entrevigado - Canto 300 mm",null,"Hormigón con otros áridos ligeros d 2000",null,null,"Tableros de fibras incluyendo MDF 750 < d < 1000"]
[null,null,null,null,null,null,"Bloque de picón de 90 mm con cámara simple",null,null,null,null,null,"FR sin Entrevigado - Canto 350 mm",null,"Hormigón con otros áridos ligeros d 500",null,null,"Tableros de fibras incluyendo MDF d < 200"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón con otros áridos ligeros d 600"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón con otros áridos ligeros d 700"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón con otros áridos ligeros d 800"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón con otros áridos ligeros d 900"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 1600"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 1700"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 1800"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 1900"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 2000"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 2100"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 2200"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 2300"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón convencional d 2400"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón en masa 2000 < d < 2300"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hormigón en masa 2300 < d < 2600"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Teja de hormigón"]