as.data.frame.weather_station: Create a data.frame from a weather station object

In jonasViehweger/energyBudget: Calculates Fluxes for Weather Stations

Create a data.frame from a weather station object

Description

Create a data.frame from a weather station object, that contains weather station measurements.

Usage

## S3 method for class 'weather_station'
as.data.frame(x, ..., reduced = F, unit = F)

Arguments

x	Object of class weather_station.
...	Not used.
reduced	TRUE, to only output the most important columns.
unit	TRUE, to generate longer column labels with units.

Value

data.frame The columns of the data frame depend on reduced and unit. If reduced = F, the data.frame contains all coloumns of the measurements list in weather_station. If reduced = T, the data.frame contains: "datetime", "t1", "t2", "v1", "v2", "p1", "p2", "hum1", "hum2", "soil_flux", "sw_in", "sw_out", "lw_in", "lw_out", "sw_bal", "lw_bal", "rad_bal", "stability", "sensible_priestley_taylor", "latent_priestley_taylor","sensible_bowen", "latent_bowen","sensible_monin", "latent_monin","latent_penman" If unit = T, the column names are replaced by more detailed names, containing the respective uits.

Examples

## Not run: 
#create a weather_station object
test_station <- build_weather_station(lat = 50.840503,
                                     lon = 8.6833,
                                     elev = 270,
                                     surface_type = "Meadow",
                                     obs_height = 0.3, # obstacle height
                                     z1 = 2, # measurement heights
                                     z2 = 10,
                                     datetime = ws$datetime,
                                     t1 = ws$t1, # temperature
                                     t2 = ws$t2,
                                     v1 = ws$v1, # windspeed
                                     v2 = ws$v2,
                                     hum1 = ws$hum1, # humidity
                                     hum2 = ws$hum2,
                                     sw_in = ws$rad_sw_in, # shortwave radiation
                                     sw_out = ws$rad_sw_out,
                                     lw_in = ws$rad_lw_in, # longwave radiation
                                     lw_out = ws$rad_lw_out,
                                     soil_flux = ws$heatflux_soil)

#add turbulent fluxes to the object
station_turbulent <- turb_flux_calc(test_station)

#create a data.frame which contains the same coloumns as the weather_station object
normal <- as.data.frame(station_turbulent)

#create a reduced data.frame
reduced <- as.data.frame(station_turbulent, reduced = T)

#create a reduced data.frame with detailed units
unit <- as.data.frame(station_turbulent, reduced = T, unit = T)

## End(Not run)

jonasViehweger/energyBudget documentation built on June 27, 2022, 2:56 a.m.