changed norm

tools/evaluation/PaperEvaluation.py

@@ -45,7 +45,7 @@ def comparisonOfQuadrature():
     for p in listEvaluationPoints:
         filename=eP+'QuadTest/'+'tex/'+'SchemeComparisonValuesSVIICITabP'+str(p)
         with open(filename+'.tex', 'w') as output_file:
-            caption='Comparison of SVI and ICI approach for SI on different levels and time step sizes for $||\\V^{j,\\ell}(\\cdot, \\textbf{P'+str(p)+'})||_\\Ltwonorm$'
+            caption='Comparison of SVI and ICI approach for SI on different levels and time step sizes for $\\|\\V^{j,\\ell}(\\cdot, \\textbf{P'+str(p)+'})\\|_\\Ltwonorm$'
             label='\\label{tab:QuadTestP'+str(p)+'}'
             output_file.write(tab.writeBeginQuadValueTable(p,caption,label))
             output_file.write(tab.writeValueSchemeCompQuadTable(p,nL))
@@ -76,7 +76,7 @@ def comparisonLISI():
     for p in listEvaluationPoints:
         filename=eP+'tex/'+'SchemeComparisonValuesSILITabP'+str(p)
         with open(filename+'.tex', 'w') as output_file:
-            caption='Comparison of semi-implicit (\\SISVI) and linearization (\\LISVI) approach for the componentwise splitting on different levels and time step sizes for $||\\V^{j,\\ell}(\\cdot, \\textbf{P'+str(p)+'})||_\\Ltwonorm$'
+            caption='Comparison of semi-implicit (\\SISVI) and linearization (\\LISVI) approach for the componentwise splitting on different levels and time step sizes for $\\|\\V^{j,\\ell}(\\cdot, \\textbf{P'+str(p)+'})\\|_\\Ltwonorm$'
             label='\\label{tab:SILITestP'+str(p)+'}'
             output_file.write(tab.writeBeginQuadValueTable(p,caption,label))
             output_file.write(tab.writeValueSchemeCompQuadTable(p,nL,True))