test_outputResults.h

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// Unit test(s) for the method "outputResults"
template <int dim, int degree>
class testOutputResults: public MatrixFreePDE<dim,degree>
{
 public:
    testOutputResults(userInputParameters<dim> _userInputs): MatrixFreePDE<dim,degree>(_userInputs){};

 private:
    void setBCs(){};

    private:
    //RHS implementation for explicit solve
    void getRHS(const MatrixFree<dim,double> &data,
            std::vector<vectorType*> &dst,
            const std::vector<vectorType*> &src,
            const std::pair<unsigned int,unsigned int> &cell_range) const{};

    void residualRHS(variableContainer<dim,degree,dealii::VectorizedArray<double> > & variable_list,
                                         dealii::Point<dim, dealii::VectorizedArray<double> > q_point_loc) const {};

    void residualLHS(variableContainer<dim,degree,dealii::VectorizedArray<double> > & variable_list,
                                         dealii::Point<dim, dealii::VectorizedArray<double> > q_point_loc) const {};

    void energyDensity(const variableContainer<dim,degree,dealii::VectorizedArray<double> > & variable_list, const dealii::VectorizedArray<double> & JxW_value,
                                         dealii::Point<dim, dealii::VectorizedArray<double> > q_point_loc) {};
};

template <int dim,typename T>
  bool unitTest<dim,T>::test_outputResults(int argc, char** argv, userInputParameters<dim> userInputs){
  bool pass = false;
  std::cout << "\nTesting 'outputResults' in " << dim << " dimension(s)...'" << std::endl;

  //create test problem class object
  testOutputResults<dim,1> test(userInputs);
  pass=true;

  char buffer[100];
  sprintf (buffer, "Test result for 'outputResults' in %u dimension(s): %u\n", dim, pass);
  std::cout << buffer;

  return pass;
}