read_tlevel | R Documentation |
Stores pressure heads and fluxes on the boundaries and in the root zone.
read_tlevel(path, dbg = FALSE)
path |
full path to T_LEVEL.out file |
dbg |
show debug messages (default: FALSE) |
imports T_LEVEL out with tidy column names and saves metainformation in attributes 'meta_general' and 'meta_units'
Time, t, at current time-level [T]
Potential surface flux [LT-1] (infiltration/evaporation: -/+)
Potential transpiration rate [LT-1]
Actual surface flux [LT-1] (infiltration/evaporation: -/+)
Actual transpiration rate [LT-1]
Actual flux across the bottom of the soil profile [LT-1] (inflow/outflow +/-)
Cumulative value of the potential surface flux [L] (infiltration/evaporation: -/+)
Cumulative value of the potential transpiration rate [L]
Cumulative value of the actual surface flux [L]
Cumulative value of the actual transpiration rate [L] (infiltration/evaporation: -/+)
Cumulative value of the actual flux across the bottom of the soil profile [LT-1] (inflow/outflow +/-)
Pressure head at the soil surface [L]
Mean value of the pressure head over the region for which Beta(n) > 0 (i.e. within the root zone) [L]
Pressure head at the bottom of the soil profile [L]
Surface runoff [LT-1]
Cumulative surface runoff [L]
Volume of water in the entire flow domain [L]
Cumulative infiltration [L]
Cumulative actual evaporation [L]
Time-level (current time-step number) [-]
Cumulative mass transfer between the mobile and immobile regions for dual porosity model [L]
Thickness of snow layer, expressed as the "snow water equivalent" (the amount of water contained within the snowpack) [L]
https://www.pc-progress.com/Downloads/Pgm_Hydrus1D/HYDRUS1D-4.17.pdf#page=271
path_tlevel <- system.file("extdata/model/test/T_LEVEL.out", package = "kwb.hydrus1d") tlevel <- read_tlevel(path = path_tlevel) tlevel
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