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Commit 166a378e authored by Gregor Rickert's avatar Gregor Rickert
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work in progress

removing some documentation flaws and providing unfinished_functions with sparse documentation to make early use of byte-compilation

Update run.R, test_solver.R, test_sureau.R, and 2 more files
parent 663d0727
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......@@ -58,7 +58,7 @@ runSurEau <- function(modeling_options, simulation_parameters, climate_data, soi
contingencyTable[contingencyTable$resolution == x,]
})
# get resolution specific contingencyTable
cT_res <- contingencyTable[[sim_par$resolutionOutput]]
cT_res <- contingencyTable[[simulation_parameters$resolutionOutput]]
soil_var_list <- new_WBsoil(soil_parameters, vegetation_parameters) # create soil from input parameters
......
......@@ -38,7 +38,7 @@ PLC.comp <- function(psi, slope, P50) {
#' @export
#' @title computes PLCPrime from PLC current value
#' @description
#' computes PLCPrime, the derivative of the PLC at the current PLC value, used to estimate the water release from cavitation/embolism into the stream flow [K_cav]
#' computes PLCPrime, the derivative of the PLC at the current PLC value, used to estimate the water release from cavitation/embolism into the stream flow `K_cav`
#' used in [implicit.temporal.integration.atnp1()]
#' @param PLC ...
#' @param slope ...
......
File moved
......@@ -171,7 +171,7 @@ psiTotalSymp.comp <- function(PiFT, Esymp, Rs) {
# # This function computes PLCPrime from PLC current value
# #' @title computes PLCPrime from PLC current value
# #' @description
# #' computes PLCPrime, the derivative of the PLC at the current PLC value, used to estimate the water release from cavitation/embolism into the stream flow [K_cav]
# #' computes PLCPrime, the derivative of the PLC at the current PLC value, used to estimate the water release from cavitation/embolism into the stream flow `K_cav`
# #' used in [implicit.temporal.integration.atnp1()]
# #' @inheritParams .plantParams
# #' @return PLCPrime (%^2/Mpa) TODO: check the units
......
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