void GasRecombinationCatalyticWall<Chemistry>::init( const libMesh::FEMSystem& system )
{
libmesh_do_once(libmesh_deprecated());
const std::string r_var_name = std::string("w_"+this->_chemistry.species_name( this->_reactant_species_idx ) );
const std::string p_var_name = std::string("w_"+this->_chemistry.species_name( this->_product_species_idx ) );
libmesh_assert( system.has_variable( r_var_name ) );
libmesh_assert( system.has_variable( p_var_name ) );
this->_reactant_var_idx = system.variable_number( r_var_name );
this->_product_var_idx = system.variable_number( p_var_name );
}
void ICHandlingBase::init_ic_data( const libMesh::FEMSystem& system,
libMesh::CompositeFunction<libMesh::Number>& all_ics )
{
if (this->get_ic_func())
{
std::vector<unsigned int> index_map;
libmesh_assert(_subfunction_variables.size());
for (unsigned int i=0; i != _subfunction_variables.size();
++i)
index_map.push_back
(system.variable_number(_subfunction_variables[i]));
all_ics.attach_subfunction(*this->get_ic_func(), index_map);
}
}
void PracticeBCHandling::init_bc_data( const libMesh::FEMSystem& system ){
libmesh_assert( system.has_variable("c"));
_c_var = system.variable_number("c");
if(system.has_variable("zc")){
_zc_var = system.variable_number("zc");
_has_zc = true;
}
else
_has_zc = false;
if(system.has_variable("fc")){
_fc_var = system.variable_number("fc");
_has_fc = true;
}
else
_has_fc = false;
if(system.has_variable("auxc")){
_aux_c_var = system.variable_number("auxc");
_has_auxc = true;
}
else
_has_auxc = false;
if(system.has_variable("auxzc")){
_aux_zc_var = system.variable_number("auxzc");
_has_auxzc = true;
}
else
_has_auxzc = false;
if(system.has_variable("auxfc")){
_aux_fc_var = system.variable_number("auxfc");
_has_auxfc = true;
}
else
_has_auxfc = false;
return;
}