read.WSdata2: Prepares weather station data 2
In water: Actual Evapotranspiration with Energy Balance Models

Description Usage Arguments Details Author(s) See Also

Prepares weather station data 2

read.WSdata2(WSdata, ..., height = 2.2, lat, long, elev, columns = c(date =
  1, time = 2, radiation = 3, wind = 4, RH = 6, temp = 7, rain = 8),
  date.format = "%d/%m/%Y", time.format = "%H:%M:%S",
  datetime.format = "%Y-%m-%d %H:%M:%S", tz = "", cf = c(1, 3.6, 1,
  1), MTL)

`WSdata`	csv file with weather station data
`...`	additional parameter to pass to read.csv()
`height`	weather station sensors height in meters
`lat`	latitude of weather station in decimal degrees. Negative values for south latitude
`long`	longitude of weather station in decimal degrees. Negative values for west longitude
`elev`	elevation of weather station in meters
`columns`	columns order of needed data. Vector containing "date", "time", "radiation", "wind", "RH", "temp" and "rain". Other values are ignored. If you have a column with date and time in the same column, you can include "datetime" and "date" and "time" are no longer needed.
`date.format`	date format. See strptime format argument.
`time.format`	time format. See strptime format argument.
`datetime.format`	datetime format. See strptime format argument.
`tz`	timezone of the weather station dates. If not present assumes the same timezone as the computer running the code. See strptime for details.
`cf`	conversion factor to convert radiation, wind, and temperature to W/m2; m/s and Celsius. See Details.
`MTL`	Metadata file. If not provided will look for one on working directory. If provided or present will calculate weather conditions on satellite flyby.