@@ -8,7 +8,7 @@ project_path <-
88
99# data_path <- "Work-packages/WP4_Demonstration_KWB/CS-Berlin/04_Modelling/OGewaesser/BerlinWaterModel/Ergebnisse"
1010data_path <- " kwb.BerlinWaterModel"
11- file_name <- " qsimVis_input_hours_2017-2022_Fluoranthen .csv"
11+ file_name <- " qsimVis_input_days_2002-2022_Valsartansäure_Ozonung_alle_KW .csv"
1212
1313# find out about column names --------------------------------------------------
1414colNames <- read.csv(
@@ -19,7 +19,7 @@ print(colNames)
1919# load and prepare qsim data
2020df_in <- qsimVis :: QSIM_prepare(
2121 qsim_output_file = file.path(project_path , data_path , file_name ),
22- parameter_name = " Fluoranthen .mg.m3" , # "tracer.wwtp", "tracer.rain"
22+ parameter_name = " Valsartan .mg.m3" , # "tracer.wwtp", "tracer.rain"
2323 date_column_name = " Datum" ,
2424 id_column_name = " GewaesserId" ,
2525 km_column_name = " Km" ,
@@ -161,6 +161,7 @@ qsimVis::plot_empty_map(
161161qsimVis :: Berlin_add_boarder()
162162qsimVis :: Berlin_add_waterbodies()
163163
164+ mtext(text = " Mittlere Konzentration Valsartansäure (2002-2022), Ozonung aller Klärwerke" , side = 3 , line = 1 , cex = 1.2 , font = 1 )
164165# Add colored Rivers
165166qsimVis :: add_coloredRivers(
166167 ext_rivers = rivers
@@ -174,7 +175,7 @@ qsimVis::add_river_legend(
174175
175176# Save as png
176177qsimVis :: saveActiveDevice(
177- filename = " WaterModelPlot_Fuoranthen_2017-2022_Zeitanteil_above_ZHK-UQN " ,
178+ filename = " WaterModelPlot_Valsartansäure_2002-2022_Ozonung_alle_KW_2 " ,
178179 path = file.path(project_path , data_path ),
179180 type = " " , # "vector" = svg-file
180181 resolution = " low"
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