Coarsen_Operator_Uniform.cpp

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#include <Coarsen_Operator_Uniform.h>
#include <Domaine_IJK.h>
 
Implemente_instanciable_sans_constructeur(Coarsen_Operator_Uniform, "Coarsen_Operator_Uniform", Coarsen_Operator_base);
// XD Coarsen_Operator_Uniform objet_lecture nul NO_BRACE Object defining the uniform coarsening process of the given
// XD_CONT grid in IJK discretization
// XD attr Coarsen_Operator_Uniform chaine Coarsen_Operator_Uniform OPT not_set
// XD attr aco chaine(into=["{"]) aco REQ opening curly brace
// XD attr coarsen_i chaine(into=["coarsen_i"]) coarsen_i OPT not_set
// XD attr coarsen_i_val entier coarsen_i_val OPT Integer indicating the number by which we will divide the number of
// XD_CONT elements in the I direction (in order to obtain a coarser grid)
// XD attr coarsen_j chaine(into=["coarsen_j"]) coarsen_j OPT not_set
// XD attr coarsen_j_val entier coarsen_j_val OPT Integer indicating the number by which we will divide the number of
// XD_CONT elements in the J direction (in order to obtain a coarser grid)
// XD attr coarsen_k chaine(into=["coarsen_k"]) coarsen_k OPT not_set
// XD attr coarsen_k_val entier coarsen_k_val OPT Integer indicating the number by which we will divide the number of
// XD_CONT elements in the K direction (in order to obtain a coarser grid)
// XD attr acof chaine(into=["}"]) acof REQ closing curly brace
// XD coarsen_operators listobj nul NO_BRACE Coarsen_Operator_Uniform NO_COMMA not_set
Coarsen_Operator_Uniform::Coarsen_Operator_Uniform()
{
  coarsen_factors_.resize_array(3);
  // default: uniform refinement by factor 2
  coarsen_factors_ = 2;
}
 
// Reads coarsening parameters in the .data file. See ajouter_param()
Entree& Coarsen_Operator_Uniform::readOn(Entree& is)
{
  Coarsen_Operator_base::readOn(is);
 
  const int coarsenCode = coarsen_factors_[0]*100 + coarsen_factors_[1]*10 + coarsen_factors_[2];
 
  Cerr << "\nCoarsen Operator Uniform code: " << coarsenCode << "\n";
 
  return is;
}
 
Sortie& Coarsen_Operator_Uniform::printOn(Sortie& os) const
{
  return Coarsen_Operator_base::printOn(os);
}
 
void Coarsen_Operator_Uniform::ajouter_param(Param& param)
{
  param.ajouter("coarsen_i", &coarsen_factors_[0]);
  param.ajouter("coarsen_j", &coarsen_factors_[1]);
  param.ajouter("coarsen_k", &coarsen_factors_[2]);
  Coarsen_Operator_base::ajouter_param(param);
}