fixed evaluating timestep for splitting read

tools/evaluation/thesisBiventricle.py

@@ -241,22 +241,23 @@ def WorkPrecisonDiagram(case):
         output_file.write('\\end{figure}\n') 
 if __name__=="__main__":
     language='d'
-    plotSchwinger()
+    
     #AllValueTabs()
     #plotPotential()
     diffcase ='tact'
     #DifferencePerPointTabs(diffcase)
     diffcase='VDiffInt'
-   # DifferencePerPointTabs(diffcase)
+    #DifferencePerPointTabs(diffcase)
     #activationTimeExtrapolateTab()
     #tactValuesAndErrorPerPoint()
-    #plotTactErrorPerPoint()
-    #ErrorExtraVInt()
+    plotTactErrorPerPoint()
+    ErrorExtraVInt()
     #WriteDurationPerTimeStepTab()
     WorkPrecisonDiagram('')
     WorkPrecisonDiagram('Grob')
     WorkPrecisonDiagram('tact')
     WorkPrecisonDiagram('tactGrob')
     #plotSchwinger()
-   # plotExtraError()
+    plotExtraError()
+    plotSchwinger()
     

tools/evaluation/utility/plotting.py

@@ -597,7 +597,7 @@ class Plot:
         plt.close()
                 
                 
-    def tactErrorInTime(self,fL,nL,threshold,p,l,sP):
+    def tactErrorInTime(self,fL,nL,threshold,p,l,sP,exP):
         tactRef=comp.getTextFullExtrapolate(self.lL[-1],self.tL[-1],1,p,exP,threshold)
         for i in range(len(nL)):
             tactError=[]

tools/evaluation/utility/reading.py

@@ -648,7 +648,7 @@ def extractDataFromLog(path,fn,option):
     if getModel(path,fn)=='Coupled':
         elphytimeStep=getElpyhDeltaTime(path,fn)
     else:
-        (T,elphytimeStep)=getTimeDataFromLog(path+'log/'+fn+'.log')
+        (T,elphytimeStep)=getTimeDataFromLog(path+'log/log_'+fn)
     #To add Iext for t=0
     #steps[current_step][12] = '0.0'
     for l in f: