delete print error message

NonLinearSolver/materialLaw/mlawNonLocalDamageGurson.cpp

@@ -631,21 +631,21 @@ void mlawNonLocalDamageGurson::predictorCorrector(double tildefVstar, const STen
         //Msg::Error(" Gurson ite %d: Delta Gamma = %f, Delta Hat p = %f, trN = %f, DeltafV = %f, f= %e", ite, DeltaGamma/yield0, DeltaHatP, trNp*yield0, DeltafV, f);
       }
       ite++;
-      if(ite > 8)
-      {
-        Msg::Error(" Gurson ite %d: Delta Gamma = %f, Delta Hat p = %f, trN = %f, DeltafV = %f, f= %e", ite, DeltaGamma/yield0, DeltaHatP, trNp*yield0, DeltafV, f);
+      //if(ite > 8)
+      //{
+      //  Msg::Error(" Gurson ite %d: Delta Gamma = %f, Delta Hat p = %f, trN = %f, DeltafV = %f, f= %e", ite, DeltaGamma/yield0, DeltaHatP, trNp*yield0, DeltafV, f);
         //double conditionNumber = 0.;
         //fullVector<double> eigenValReal(4), eigenValImag(4);
         //fullMatrix<double> leftEigenVect(4, 4), rightEigenVect(4, 4);
         //J.eig(eigenValReal,eigenValImag,leftEigenVect,rightEigenVect,true);
         //conditionNumber= sqrt((eigenValReal(0)*eigenValReal(0)+eigenValImag(0)*eigenValImag(0))/(eigenValReal(3)*eigenValReal(3)+eigenValImag(3)*eigenValImag(3)));
         //Msg::Error("  Conditioning number of J = %f",conditionNumber);
-      }
+      //}
 //     #ifdef _DEBUG
       if(ite > _maxite)
       {
         Msg::Error(" Predictor data: DeltaGamma = %e ,trNpr = %e, DeltafV = %e and f = %e", DeltaGammapr/yield0, trNppr*yield0/f0,Dfvinit,f0);
-        Msg::Error(" Residu = %e , %e , %e , %e", res(0), res(1), res(2), res(3));
+        Msg::Error(" Final residu = %e , %e , %e , %e", res(0), res(1), res(2), res(3));
         Msg::Error(" DeltaGamma = %e ,DeltaHatP = %e, trNp = %e ,fV0 = %e ,DeltafV = %e", DeltaGamma/yield0, DeltaHatP, trNp*yield0, fV0, DeltafV);
         Msg::Fatal("No convergence for plastic correction in gurson !!");
         break;