Evaluation on cluster

tools/evaluation/FiguresAndTablesForPaper.py

@@ -4,8 +4,10 @@ from utility.plotting import Plot
 from utility.latexTables import Table
 from utility.latexTables import TableWriter
 from utility.documentWriter import DW
+import Meshinfos
 
-
+pathBV='../../../datafiles/BiVentricle/'
+pathEll='../../../datafiles/TestsFromHoreka/'
 def getPointNamebyNumber(p,inRef=False):
         if inRef:
             if p==1:
@@ -42,9 +44,19 @@ def getPointNamebyNumber(p,inRef=False):
             elif p==8:
                 return '\\LtwoSpace'
             
-            
+def table2():
+    #histplot benchmark ellipsoid
+    path = pathEll+'ActivationTimeSI/vtu/AT_l0j4.vtu'
+    savePath=pathEll+'ActivationTimeSI/tex/HistEllipsoidl0.tex'
+    
+    comHistplot(path,savePath)
 def figure2():
-    #plotallPoints, convergence in time and convergence in space
+    LI = pathEll+'LI0001SAT'
+    #plotallPoints, 
+    
+    #convergence in time
+    
+    #convergence in space
     i=0
     
 def table4():
@@ -63,13 +75,15 @@ def table6():
     i=0
 
 def table7():
-    # convergence cv in space
-    i=0
+    #histplot bi-ventricle
+    path = pathBV+'SI0004/vtu/AT_l0j0.vtu'
+    savePath=pathBV+'SI0004/tex/HistBiVentriclel0.tex'
+    
+    Meshinfos.comHistplot(path,savePath)
 
 def figure5():
     #work precision diagrams
-    eP='../../../datafiles/TestsFromHoreka/'
-    sP='../../datafiles/TestsFromHoreka/tex/'
+    eP=pathEll+''
     
     fLI=eP+'LI0001SAT/'
     fSI=eP+'SI0001SAT/'
@@ -106,30 +120,31 @@ def figure5():
         output_file.write('\\end{figure}\n')
 
             
-def table9():
-    lL=[0,1,2]
+def table8():
+    lL=[0,1,2,3,4]
     tL=[0,1,2,3,4]
-    SI='../../../datafiles/BiVentricle/SI0004/'
+    SI=pathBV+'SI0004/'
     sdt=0.0004
     endTime=0.16
     listEvaluationPoints=[]
-    l0Path='../../../datafiles/BiVentricle/SI0004/vtu/AT_l0j0.vtu'
+    l0Path=pathBV+'SI0004/vtu/AT_l0j0.vtu'
     #plotTact:
     plot=Plot(lL,tL,sdt,endTime,1,listEvaluationPoints)
-    #plot.MeanTactSpace(SI,l0Path)
+    plot.MeanTactSpace(SI,l0Path)
     #tables tact
-    L=2
-    J=3
+    L=4
+    J=4
     savePath='images/'
     tabWriter = TableWriter(lL,tL,sdt,endTime,1,[SI],listEvaluationPoints)
     tabWriter.writeMeanTactTable(SI,l0Path,savePath,L,J)
     
-if __name__=="__main__": 
+if __name__=="__main__":
+    #table2() #x
     #figure2()
     #table4()
     #table5()
     #figure3()
     #table6()
-    #table7()
+    #table7() #x
     #figure5()
-    table9()
+    table8()