^vxv001^=Wind Direction
^vhi001^=Wind Direction Hi
^vht001^=Wind Direction Time
^vlo001^=Wind Direction Lo
^vlt001^=Wind Direction Lo Time
^vva001^=Wind Direction Average
^vvr001^=Wind Direction Rate
^vrh001^=Wind Direction Rate Hi
^vrt001^=Wind Direction Rate Hi Time
^vrl001^=Wind Direction Rate Lo
^vrs001^=Wind Direction Rate Lo Time
^vxv002^=Wind Speed
^vhi002^=Wind Speed Hi
^vht002^=Wind Speed Hi Time
^vlo002^=Wind Speed Lo
^vlt002^=Wind Speed Lo Time
^vva002^=Wind Speed Average
^vvr002^=Wind Speed Rate
^vrh002^=Wind Speed Rate Hi
^vrt002^=Wind Speed Rate Hi Time
^vrl002^=Wind Speed Rate Lo
^vrs002^=Wind Speed Rate Lo Time
^vxv003^=Wind Gust
^vhi003^=Wind Gust Hi
^vht003^=Wind Gust Hi Time
^vlo003^=Wind Gust Lo
^vlt003^=Wind Gust Lo Time
^vva003^=Wind Gust Average
^vvr003^=Wind Gust Rate
^vrh003^=Wind Gust Rate Hi
^vrt003^=Wind Gust Rate Hi Time
^vrl003^=Wind Gust Rate Lo
^vrs003^=Wind Gust Rate Lo Time
^vxv004^=In Humidity
^vhi004^=In Humidity Hi
^vht004^=In Humidity Hi Time
^vlo004^=In Humidity Lo
^vlt004^=In Humidity Lo Time
^vva004^=In Humidity Average
^vvr004^=In Humidity Rate
^vvh004^=In Humidity Rate Hi
^vrt004^=In Humidity Rate Hi Time
^vrl004^=In Humidity Rate Lo
^vrs004^=In Humidity Rate Lo Time
^vxv005^=Humidity
^vhi005^=Humidity Hi
^vht005^=Humidity Hi Time
^vlo005^=Humidity Lo
^vlt005^=Humidity Lo Time
^vva005^=Humidity Average
^vvr005^=Humidity Rate
^vrh005^=Humidity Rate Hi
^vrt005^=Humidity Rate Hi Time
^vrl005^=Humidity Rate Lo
^vrs005^=Humidity Rate Lo Time
^vxv006^=In Temp
^vhi006^=In Temp Hi
^vht006^=In Temp Hi Time
^vlo006^=In Temp Lo
^vlt006^=In Temp Lo Time
^vva006^=In Temp Average
^vvr006^=In Temp Rate
^vrh006^=In Temp Hi
^vrt006^=In Temp Rate Hi Time
^vrl006^=In Temp Rate Lo
^vrs006^=In Temp Rate Lo Time
^vxv007^=Out Temp
^vhi007^=Out Temp Hi
^vht007^=Out Temp Hi Time
^vlo007^=Out Temp Lo
^vlt007^=Out Temp Lo Time
^vva007^=Out Temp Average
^vvr007^=Out Temp Rate
^vrh007^=Out Temp Rate Hi
^vrt007^=Out Temp Rate Hi Time
^vrl007^=Out Temp Lo
^vrs007^=Out Temp Lo Time
^vxv008^=Barometer (Station) 
^vhi008^=Barometer (Station) Hi
^vht008^=Barometer (Station) Hi Time
^vlo008^=Barometer (Station) Lo
^vlt008^=Barometer (Station) Lo Time
^vva008^=Barometer (Station) Average
^vvr008^=Barometer (Station) Rate
^vrh008^=Barometer (Station) Rate Hi
^vrt008^=Barometer (Station) Rate Hi Time
^vrl008^=Barometer (Station) Lo
^vrs008^=Barometer (Station) Rate Lo Time
^vxv009^=Total Rain
^vhi009^=Total Rain Hi
^vht009^=Total Rain Hi Time
^vlo009^=Total Rain Lo
^vlt009^=Total Rain Lo time
^vva009^=Total Rain Average
^vvr009^=Total Rain Rate
^vrh009^=Total Rain Rate Hi
^vrt009^=Total Rain Rate Rate Time
^vrl009^=Total Rain Rate Lo
^vrs009^=Total Rain Rate Lo time
^vxv010^=Ch 1 Temp
^vhi010^=Ch 1 Temp Hi
^vht010^=Ch 1 Temp Hi Time
^vlo010^=Ch 1 Temp Lo
^vlt010^=Ch 1 Temp Lo Time
^vva010^=Ch 1 Temp Average
^vvr010^=Ch 1 Temp Rate
^vrh010^=Ch 1 Temp Rate Hi
^vrt010^=Ch 1 Temp Rate Hi Time
^vrl010^=Ch 1 Temp Rate Lo
^vrs010^=Ch 1 Temp Rate Lo Time
^vxv011^=Ch 1 Humidity
^vhi011^=Ch 1 Humidity Hi
^vht011^=Ch 1 Humidity Hi Time
^vlo011^=Ch 1 Humidity Lo
^vlt011^=Ch 1 Humidity Lo Time
^vva011^=Ch 1 Humidity Average
^vvr011^=Ch 1 Humidity Rate
^vrh011^=Ch 1 Humidity Rate Hi
^vrt011^=Ch 1 Humidity Rate Hi Time
^vrl011^=Ch 1 Humidity Rate Lo
^vrs011^=Ch 1 Humidity Rate Lo Time
^vxv012^=Ch 2 Temp
^vhi012^=Ch 2 Temp Hi 
^vht012^=Ch 2 Temp Hi Time
^vlo012^=Ch 2 Temp Lo
^vlt012^=Ch 2 Temp Lo Time
^vva012^=Ch 2 Temp Average
^vvr012^=Ch 2 Temp Rate
^vrh012^=Ch 2 Temp Rate Hi
^vrt012^=Ch 2 Temp Rate Hi Time
^vrl012^=Ch 2 Temp Rate Lo
^vrs012^=Ch 2 Temp Rate Lo Time
^vxv013^=Ch 2 Humidity
^vhi013^=Ch 2 Humidity Hi
^vht013^=Ch 2 Humidity Hi Time
^vlo013^=Ch 2 Humidity Lo
^vlt013^=Ch 2 Humidity Lo Time
^vva013^=Ch 2 Humidity Average
^vvr013^=Ch 2 Humidity Rate
^vrh013^=Ch 2 Humidity Rate Hi
^vrt013^=Ch 2 Humidity Rate Hi Time
^vrl013^=Ch 2 Humidity Rate LO
^vrs013^=Ch 2 Humidity Rate Lo Time
^vxv014^=Ch 3 Temp
^vhi014^=Ch 3 Temp Hi 
^vht014^=Ch 3 Temp Hi Time
^vlo014^=Ch 3 Temp Lo
^vlt014^=Ch 3 Temp Lo Time
^vva014^=Ch 3 Temp Average
^vvr014^=Ch 3 Temp Rate
^vrh014^=Ch 3 Temp Rate Hi
^vrt014^=Ch 3 Temp Rate Hi Time
^vrl014^=Ch 3 Temp Rate Lo
^vrs014^=Ch 3 Temp Rate Lo Time
^vxv015^=Ch 3 Humidity
^vhi015^=Ch 3 Humidity Hi 
^vht015^=Ch 3 Humidity Hi Time
^vlo015^=Ch 3 Humidity Lo
^vlt015^=Ch 3 Humidity Lo Time
^vva015^=Ch 3 Humidity Average
^vvr015^=Ch 3 Humidity Rate
^vrh015^=Ch 3 Humidity Rate Hi
^vrt015^=Ch 3 Humidity Rate Hi Time
^vrl015^=Ch 3 Humidity Rate Lo
^vrs015^=Ch 3 Humidity Rate Lo Time
^vxv016^=Evapotranspiration
^vhi016^=Evapotranspiration Hi
^vht016^=Evapotranspiration Hi Time
^vlo016^=Evapotranspiration Lo
^vlt016^=Evapotranspiration Lo Time
^vva016^=Evapotranspiration Average
^vvr016^=Evapotranspiration Rate
^vrh016^=Evapotranspiration Rate Hi
^vrt016^=Evapotranspiration Rate Hi Time
^vrl016^=Evapotranspiration Rate Lo
^vrs016^=Evapotranspiration Rate lo Time
^vxv017^=UV Undex
^vhi017^=UV Undex Hi
^vht017^=UV Undex Hi Time
^vlo017^=UV Undex Lo
^vlt017^=UV Undex Lo Time
^vva017^=UV Undex Average
^vvr017^=UV Undex Rate
^vrh017^=UV Undex Rate Hi
^vrt017^=UV Undex Rate Hi Time
^vrl017^=UV Undex Rate Lo
^vrs017^=UV Undex Rate lo Time
^vxv018^=Solar Radiation
^vhi018^=Solar Radiation Hi
^vht018^=Solar Radiation Hi Time
^vlo018^=Solar Radiation Lo
^vlt018^=Solar Radiation Lo Time
^vva018^=Solar Radiation Average
^vvr018^=Solar Radiation Rate
^vrh018^=Solar Radiation Rate Hi
^vrt018^=Solar Radiation Rate Hi Time
^vrl018^=Solar Radiation Rate Lo
^vrs018^=Solar Radiation Rate Lo Time
^vxv019^=Wind Chill
^vhi019^=Wind Chill Hi 
^vht019^=Wind Chill hi Time
^vlo019^=Wind Chill Lo
^vlt019^=Wind Chill Lo Time
^vva019^=Wind Chill Average
^vvr019^=Wind Chill Rate
^vrh019^=Wind Chill Rate Hi 
^vrt019^=Wind Chill Rate Hi Time
^vrl019^=Wind Chill Rate Lo
^vrs019^=Wind Chill Rate Lo Time
^vxv020^=In Heat Ix
^vhi020^=In Heat Ix Hi 
^vht020^=In Heat Ix Hi Time
^vlo020^=In Heat Ix Lo
^vlt020^=In Heat Ix Lo Time
^vva020^=In Heat Ix Average
^vvr020^=In Heat Ix Rate
^vrh020^=In Heat Ix Rate Hi
^vrt020^=In Heat Ix Rate Hi Time
^vrl020^=In Heat Ix Rate Lo
^vrs020^=In Heat Ix Rate Lo Time
^vxv021^=Out Heat Ix
^vhi021^=Out Heat Ix Hi 
^vht021^=Out Heat Ix Hi Time
^vlo021^=Out Heat Ix Lo
^vlt021^=Out Heat Ix Lo Time
^vva021^=Out Heat Ix Average
^vvr021^=Out Heat Ix Rate
^vrh021^=Out Heat Ix Rate Hi
^vrt021^=Out Heat Ix Rate Hi Time
^vrl021^=Out Heat Ix Rate Lo
^vrs021^=Out Heat Ix Rate lo Time
^vxv022^=Dew Point
^vhi022^=Dew Point Hi 
^vht022^=Dew Point Hi Time
^vlo022^=Dew Point Lo
^vlt022^=Dew Point Lo Time
^vva022^=Dew Point average
^vvr022^=Dew Point Rate
^vrh022^=Dew Point Rate Hi
^vrt022^=Dew Point Rate Hi Time
^vrl022^=Dew Point Lo
^vrs022^=Dew Point Lo Time
^vxv023^=SL Barometer
^vhi023^=SL Barometer Hi 
^vht023^=SL Barometer Hi Time 
^vlo023^=SL Barometer Lo
^vlt023^=SL Barometer Lo Time
^vva023^=SL Barometer average
^vvr023^=SL Barometer Rate
^vrh023^=SL Barometer Rate Hi 
^vrt023^=SL Barometer Rate Hi Time
^vrl023^=SL Barometer Rate Lo
^vrs023^=SL Barometer Rate Lo Time
^vxv024^=Press Alt
^vhi024^=Press Alt Hi
^vht024^=Press Alt Hi Time 
^vlo024^=Press Alt Lo
^vlt024^=Press Alt Lo Time
^vva024^=Press Alt Average
^vvr024^=Press Alt Rate
^vrh024^=Press Alt Rate Hi
^vrt024^=Press Alt Rate Hi Time
^vrl024^=Press Alt Rate Lo
^vrs024^=Press Alt Rate lo Time
^vxv025^=Cloud Base
^vhi025^=Cloud Base Hi
^vht025^=Cloud Base Hi Time
^vlo025^=Cloud Base Lo
^vlt025^=Cloud Base Lo Time
^vva025^=Cloud Base average
^vvr025^=Cloud Base Rate
^vrh025^=Cloud Base Rate Hi
^vrt025^=Cloud Base Rate Hi Time
^vrl025^=Cloud Base Rate Lo
^vrs025^=Cloud Base Rate Lo Time 
^vxv026^=Air Density
^vhi026^=Air Density Hi 
^vht026^=Air Density Hi Time
^vlo026^=Air Density Lo
^vlt026^=Air Density Lo Time
^vva026^=Air Density Average
^vvr026^=Air Density Rate
^vrh026^=Air Density Rate Hi
^vrt026^=Air Density Rate Hi Time 
^vrl026^=Air Density Rate Lo
^vrs026^=Air Density Rate Lo Time
^vxv027^=Virtual Temp
^vhi027^=Virtual Temp Hi 
^vht027^=Virtual Temp Hi Time
^vlo027^=Virtual Temp Lo
^vlt027^=Virtual Temp Lo Time
^vva027^=Virtual Temp Average 
^vvr027^=Virtual Temp Rate
^vrh027^=Virtual Temp Rate Hi
^vrt027^=Virtual Temp Rate Hi Time
^vrl027^=Virtual Temp Rate Lo
^vrs027^=Virtual Temp Rate Lo Time
^vxv028^=Vapor Press
^vhi028^=Vapor Press Hi 
^vht028^=Vapor Press Hi Time 
^vlo028^=Vapor Press Lo
^vlt028^=Vapor Press Lo Time
^vva028^=Vapor Press Average
^vvr028^=Vapor Press Rate
^vrh028^=Vapor Press Rate Hi
^vrt028^=Vapor Press Rate Hi Time
^vrl028^=Vapor Press Rate Lo
^vrs028^=Vapor Press Rate Lo Time
^vxv121^=Daily Rain
^vxv122^=Hourly Rain
^vxv123^=Yesterday Rain
^vxv124^=Rain Rate
^vxv125^=Wind Run
^vxv126^=Degrees Heating
^vxv127^=Degrees Cooling
^vxv128^=Moon Phase
^vxv129^=Monthly Rain
^vxv130^=Deg Heating Month
^vxv131^=Deg Cooling Month
^vxv132^=Wind Run Month
^vxv133^=Deg Heating Year
^vxv134^=Deg Cooling Year
^vxv135^=Wind Run Year
^vst136^=Heat Stress
^vst137^=Comfort Level
^vst138^=Forecast
^vst139^=Barom Trend
^vst140^=Press Trend
^vst141^=Beaufort Scale
^vst142^=Date
^vst143^=Time
^vst144^=Sunrise
^vst145^=Sunset
^vst146^=Moonrise
^vst147^=Moonset
************************************************
METAR Sites in this example EGCC for Manchester
************************************************
^mtr001EGCC^=METAR Identifier
^mtr002EGCC^=METAR Site
^mtr003EGCC^=UTC Update
^mtr004EGCC^=Temperature
^mtr005EGCC^=Dew Point
^mtr006EGCC^=% Relative Humidity
^mtr007EGCC^=Pressure
^mtr008EGCC^=Wind Direction
^mtr009EGCC^=Wind Speed
^mtr010EGCC^=Wind Gust
^mtr011EGCC^=Visibility
^mtr012EGCC^=Cloud Height
^mtr013EGCC^=Sky
^mtr014EGCC^=Weather
^mtr015EGCC^=Rain/hr
^mtr016EGCC^=Wind Chill
^mtr017EGCC^=Heat Index
**************************
File Tags
^c:\vws\data\noaa\noaayr.txt^
^c:\vws\data\noaa\noaamo.txt^
^c:\vws\data\archive\yearly\yearlyarc.txt^
^c:\vws\data\archive\monthly\monthlyarc.txt^
^c:\vws\data\archive\daily\dailyarc.txt^
^c:\vws\data\summary\daysum.txt^
^c:\vws\data\daily\daily.txt^
^c:\vws\data\daily\daily_2.txt^
^c:\vws\data\metar.txt^