call.H1D | Executes H1D_CALC.EXE from Hydrus 1D directory |
create.H1D.project | Creates a new hydrus project folder with "HYDRUS1D.DAT" and... |
create.soil.profile | Creates a new PROFILE.DAT file using a template included in... |
dir.copy | Copy contents of a folder to another |
et.hourly | Generates hourly ET inputs from provided daily value. |
format2sci | Format number to scientific format according to HYDRUS inputs |
get.decimalplaces | get.decimalplaces |
get.water.table | Extracts water table depth at each time step |
join.output.files | Join the output files from several H1D simulations (for... |
model.eval | Calculate RMSE and Nash-Sutcliffe CEFF of the simulation |
read.alevel.out | Read outputs of ALEVEL.OUT |
read.nod_inf | READ outputs of NOD_INF.OUT |
read.obs_node | Read observation point outputs |
read.tlevel.out | READ outputs of TLEVEL.OUT |
run.H1D.simulation | This is the main simulation function |
write.atmosph.in | Write atmospheric boundary condition inputs |
write.bottom.bc | Write bottom Boundary Condition |
write.hydraulic.para | Write soil hydraulic parameters to selector.in |
write.ini.cond | Write root distribution in profile.dat |
write.obs.nodes | Write observation nodes in profile.dat |
write.print.times | Write print times in SELECTOR.IN |
write.root.dist | Write root distribution in profile.dat |
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