Index: wflow-py/WflowDeltashell/plotcsv.py
===================================================================
diff -u -r50452938e2cd3d928bd73b7c26da2eb0ec4218e1 -r08a987702d1e404792fecefc8fbc97b005449a20
--- wflow-py/WflowDeltashell/plotcsv.py	(.../plotcsv.py)	(revision 50452938e2cd3d928bd73b7c26da2eb0ec4218e1)
+++ wflow-py/WflowDeltashell/plotcsv.py	(.../plotcsv.py)	(revision 08a987702d1e404792fecefc8fbc97b005449a20)
@@ -1,44 +1,141 @@
 import csv # import the python csv library 
 from Libraries.StandardFunctions import *
 from Libraries.ChartFunctions import *
+import WflowDeltashell.wflib as wfl
+import os
 
-testfilepath = 'c:\\repos\\wflow-git\\examples\\wflow_rhine_sbm\\run_default\\prec.csv'
+# Needed if this .net thing is not loaded yet
+import clr
+clr.AddReference("System.Windows.Forms")
+from System.Windows.Forms import OpenFileDialog, DialogResult
 
-column = 4
 
+def getcsvname():
+	themodel = wfl.GetModelByPartialName('wflow')
+		
+	dialog = OpenFileDialog()
+	
+	if themodel:
+		dialog.InitialDirectory = os.path.join(themodel.DirectoryPath,themodel.DefaultOutputDirectoryName)
+	else:
+		dialog.InitialDirectory ="C:\\"
+	 
+	dialog.Filter = "csv files (*.csv) | *.csv"
+	dialog.FilterIndex = 1
+	dialog.RestoreDirectory = False
+	dialog.Title = "Select a WFlow result csv file: "
+	
+	if (dialog.ShowDialog() == DialogResult.OK):
+		thefile = dialog.FileName
+		
+	return thefile
 
-#Read a CSV file
-with open(testfilepath) as csvfile: # open the file test2.csv
-    lines = csv.reader(csvfile, delimiter=',') # read lines as collection of arrays
 
-    olines=[]
-    # print all values
-    for line in lines:
-        oline = []
-        thecol = 0
-        for field in line:
-        	thecol = thecol + 1
-        	if thecol == 1:
-        		oline.append(float(field))
-        	if thecol == column:
-        		oline.append(float(field))
-            	
-        olines.append(oline)
+def plotit(filename):
+	colors = [Color.Red,Color.Black, Color.Green, Color.Black, Color.Orange, Color.YellowGreen, Color.Azure,\
+			Color.Cyan, Color.Brown, Color.Aquamarine, Color.CornflowerBlue, Color.DarkBlue, Color.BlanchedAlmond,\
+			Color.LightYellow, Color.SlateGray]
+			
+	runid = os.path.basename(os.path.dirname(filename))
+	
+	lineSeries = []
+	
+	olines = wfl.readwfcsv(filename)
 
-print olines
+	
+	for yval in range(1,len(olines[0])): 
+		x = [[col[0],col[yval]]  for col in olines]
+	
+		lineSeries.append(CreateLineSeries(x))
+	
+	
+		lineSeries[-1].Color = colors[yval -1]
+		lineSeries[-1].Width = 1
+		lineSeries[-1].PointerVisible = False
+		lineSeries[-1].PointerSize = 0
+		lineSeries[-1].PointerColor = Color.Red
+		lineSeries[-1].PointerLineVisible = True
+		lineSeries[-1].PointerLineColor = colors[yval -1]
+		lineSeries[-1].Transparency = 0
+		lineSeries[-1].ShowInLegend= True
+		lineSeries[-1].Title="Id: " + str(yval)
+	
+	chart = CreateChart(lineSeries)
+	
+	# Configure the chart
+	chart.TitleVisible = True
+	chart.Title = "run: " + runid + ": " + os.path.basename(filename)
+	chart.BackGroundColor = Color.White
+	chart.Legend.Visible = True
+	chart.Name = chart.Title
+	
+	
+	# Configure the bottom axis
+	chart.BottomAxis.Automatic = True
+	chart.BottomAxis.Title = "Timestep"
+	
+	# Configure the left axis
+	chart.LeftAxis.Title = os.path.basename(filename)
+	
+	
+	# Show the chart
+	view = OpenView(chart)
+	
 
 
-lineSeries = CreateLineSeries(olines)
-# Configure the line series
-lineSeries.Color = Color.Red
-lineSeries.Width = 1
-lineSeries.PointerVisible = True
-lineSeries.PointerSize = 5
-lineSeries.PointerColor = Color.Red
-lineSeries.PointerLineVisible = True
-lineSeries.PointerLineColor = Color.DarkRed
-lineSeries.Transparency = 50
+def complot(dirnames,file,ids):
+	colors = [Color.Red,Color.Black, Color.Green, Color.Black, Color.Orange, Color.YellowGreen, Color.Azure,\
+			Color.Cyan, Color.Brown, Color.Aquamarine, Color.CornflowerBlue, Color.DarkBlue, Color.BlanchedAlmond,\
+			Color.LightYellow, Color.SlateGray]
+			
 
-chart = CreateChart([lineSeries])
-# Show the chart
-OpenView(chart)
\ No newline at end of file
+	cnt = 0
+	lineSeries = []
+	for dirname in dirnames:
+		runid = os.path.dirname(dirname)
+		
+		ftoread = os.path.join(dirname,file)
+		
+		if os.path.exists(ftoread):
+			olines = wfl.readwfcsv(os.path.join(dirname,file))
+			
+			for yval in ids:
+				x = [[col[0],col[yval]]  for col in olines]
+			
+				lineSeries.append(CreateLineSeries(x))
+			
+			
+				lineSeries[-1].Color = colors[cnt]
+				lineSeries[-1].Width = 1
+				lineSeries[-1].PointerVisible = False
+				lineSeries[-1].PointerSize = 0
+				lineSeries[-1].PointerColor = Color.Red
+				lineSeries[-1].PointerLineVisible = True
+				lineSeries[-1].PointerLineColor = colors[cnt]
+				lineSeries[-1].Transparency = 0
+				lineSeries[-1].ShowInLegend= True
+				lineSeries[-1].Title="Col: " + str(yval) + " Run: " + str(os.path.basename(runid))
+				cnt = cnt + 1
+	
+	casename = os.path.basename(os.path.dirname(os.path.dirname(dirname)))
+	chart = CreateChart(lineSeries)
+	
+	# Configure the chart
+	chart.TitleVisible = True
+	chart.Title = casename.upper() + ":" + os.path.basename(file)
+	chart.BackGroundColor = Color.White
+	chart.Legend.Visible = True
+	chart.Name = chart.Title
+	
+	
+	# Configure the bottom axis
+	chart.BottomAxis.Automatic = True
+	chart.BottomAxis.Title = "Timestep"
+	
+	# Configure the left axis
+	chart.LeftAxis.Title = os.path.basename(file)
+	
+	
+	# Show the chart
+	view = OpenView(chart)
+