[MINOR FIX] Resolved bug in computeMaterialLaw - changed fullVector arguments to std:vectors.

dG3D/src/computeWithMaterialLaw.cpp

@@ -444,12 +444,12 @@ void computeMaterialLaw::getTangent_dPdF(fullMatrix<double>& _dPdF){
         }
 } 
 
-void computeMaterialLaw::getTangents_dPdT_dQdT_dQdF_dQdH_dPdH(fullVector<double>& _dPdT, fullVector<double>& _dQdT, fullMatrix<double>& _dQdF, fullMatrix<double>& _dQdH, fullMatrix<double>& _dPdH){
+void computeMaterialLaw::getTangents_dPdT_dQdT_dQdF_dQdH_dPdH(std::vector<double>& _dPdT, std::vector<double>& _dQdT, fullMatrix<double>& _dQdF, fullMatrix<double>& _dQdH, fullMatrix<double>& _dPdH){
   if(!_flag_isothermal){
-    _dPdT.resize(9); _dPdT.setAll(0.);
-    _dQdT.resize(3); _dQdT.setAll(0.);
+    _dPdT.resize(9); // _dPdT.setAll(0.);
+    _dQdT.resize(3); // _dQdT.setAll(0.);
     _dQdF.resize(3,9); _dQdF.setAll(0.);
-    _dQdH.resize(3,3); _dPdT.setAll(0.);
+    _dQdH.resize(3,3); _dQdH.setAll(0.);
     _dPdH.resize(9,3); _dPdH.setAll(0.);
     
     IPVariable* ipv = _ips->getState(IPStateBase::current);
@@ -462,9 +462,9 @@ void computeMaterialLaw::getTangents_dPdT_dQdT_dQdF_dQdH_dPdH(fullVector<double>
     const STensor33& dPdgradT = ipvcur->getConstRefTodPdGradT(); 
 
     for(int i=0; i<3; i++){
-      _dQdT(i) += dQdT(i); 
+      _dQdT[i] += dQdT(i); 
       for(int j=0; j<3; j++){
-        _dPdT(i+3*j) += dPdT(i,j);
+        _dPdT[i+3*j] += dPdT(i,j);
         _dQdH(i,j) += dQdH(i,j);
         // Msg::Error("_dQdH(%d,%d) = %f",i,j,_dQdH(i,j));
         for(int k=0; k<3; k++){

dG3D/src/computeWithMaterialLaw.h

@@ -45,7 +45,7 @@ class computeMaterialLaw
     double getTimeStep() const;
     void getStress(std::vector<double>& Pstress);
     void getTangent_dPdF(fullMatrix<double>& _dPdF);
-    void getTangents_dPdT_dQdT_dQdF_dQdH_dPdH(fullVector<double>& _dPdT, fullVector<double>& _dQdT, fullMatrix<double>& _dQdF, fullMatrix<double>& _dQdH, fullMatrix<double>& _dPdH);
+    void getTangents_dPdT_dQdT_dQdF_dQdH_dPdH(std::vector<double>& _dPdT, std::vector<double>& _dQdT, fullMatrix<double>& _dQdF, fullMatrix<double>& _dQdH, fullMatrix<double>& _dPdH);
     void getCombinedTangents_dPQdFHT_dPQdFH(fullMatrix<double>& _dPQdFHT, fullMatrix<double>& _dPQdFH);
     void getHeatFlux(std::vector<double>& Qstress);
     double get3rdDependentVariable();