@@ -10,14 +10,15 @@ path_list <- list(
1010 dir_output = " <root_path>/Optimierungsfall/models/output" ,
1111 dir_target_output = " <dir_output>/<dir_target>" ,
1212 file_base = " Optimierungsfall_kurz.h5" ,
13- file_errors = " Fehlerprotokoll.h5" ,
13+ file_errors_hdf5 = " Fehlerprotokoll.h5" ,
1414 file_exe = " Regenwasserbewirtschaftung.exe" ,
1515 file_results_hdf5 = " Optimierung_MuldenRigole.h5" ,
1616 file_results_txt = " Optimierung_MuldenRigole_RAINDROP.txt" ,
1717 file_results_txt_multilayer = " Optimierung_MuldenRigole_RAINDROP_multi_layer.txt" ,
1818 file_target = " <dir_target>.h5" ,
1919 path_base = " <dir_base>/<file_base>" ,
2020 path_exe = " <dir_exe>/<file_exe>" ,
21+ path_errors_hdf5 = " <dir_target_output>/<file_errors_hdf5>" ,
2122 path_results_hdf5 = " <dir_target_output>/<file_results_hdf5>" ,
2223 path_results_txt = " <dir_target_output>/<file_results_txt>" ,
2324 path_results_txt_multilayer = " <dir_target_output>/<file_results_txt_multilayer>" ,
@@ -96,6 +97,26 @@ states_long
9697}
9798
9899
100+ simulation_names <- basename(fs :: dir_ls(paths $ dir_output ))
101+
102+
103+ errors_df <- lapply(simulation_names , function (s_name ) {
104+
105+ paths <- kwb.utils :: resolve(path_list , dir_target = s_name )
106+
107+ if (fs :: file_exists(paths $ path_errors_hdf5 )) {
108+ error_hdf <- hdf5r :: H5File $ new(paths $ path_errors_hdf5 , mode = " r" )
109+
110+ tibble :: tibble(id = i ,
111+ path = paths $ path_errors_hdf5 ,
112+ number_of_errors = error_hdf [[" AnzahlFehler" ]]$ read()
113+ )
114+ }
115+ }) %> %
116+ dplyr :: bind_rows()
117+
118+ res_hdf <- hdf5r :: H5File $ new(paths $ path_results_hdf5 , mode = " r" )
119+
99120hdf5_results <- list (
100121 rates = read_hdf5_timeseries(ts_groupvariable = res_hdf5 [[" Raten" ]]),
101122 additional_evapotranspiration = read_hdf5_timeseries(ts_groupvariable = res_hdf5 [[" Zusaetzliche Variablen Evapotranspiration" ]]),
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