ALE_Neumann_BC_for_grid_problem.cpp

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#include <Domaine_ALE.h>
#include <ALE_Neumann_BC_for_grid_problem.h>
 
Implemente_instanciable(ALE_Neumann_BC_for_grid_problem, "ALE_Neumann_BC_for_grid_problem", Interprete_geometrique_base ) ;
// XD ALE_Neumann_BC_for_grid_problem interprete ALE_Neumann_BC_for_grid_problem NO_BRACE block to indicates the names
// XD_CONT of the boundary with Neumann BC for the grid problem. By default, in the ALE grid problem, we impose a
// XD_CONT homogeneous Dirichelt-type BC on the fix boundary. This option allows you to impose also Neumann-type BCs on
// XD_CONT certain boundary.
// XD attr dom ref_domaine dom REQ Name of domain.
// XD attr bloc bloc_lecture bloc REQ between the braces, you must specify the numbers of the mobile borders then list
// XD_CONT these mobile borders. NL2 Example: ALE_Neumann_BC_for_grid_problem dom_name { 1 boundary_name }
 
Sortie& ALE_Neumann_BC_for_grid_problem::printOn( Sortie& os ) const
{
  return Interprete::printOn( os );
}
 
Entree& ALE_Neumann_BC_for_grid_problem::readOn( Entree& is )
{
  return Interprete::readOn( is );
}
 
Entree& ALE_Neumann_BC_for_grid_problem::interpreter_(Entree& is)
{
  associer_domaine(is);
  Domaine_ALE& dom=ref_cast(Domaine_ALE, domaine());
  dom.reading_ALE_Neumann_BC_for_grid_problem(is);
  return is;
}