void BoundaryConditions::signal_create_function_bc ( SignalArgs& node )
{
SignalOptions options( node );
SignalFrame reply = node.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add_option("created_component", add_function_bc(options.value<std::string>("region_name"), options.value<std::string>("variable_name"))->uri());
}
void LSSAction::signal_create_lss(SignalArgs& node)
{
SignalOptions options(node);
LSS::System& lss = create_lss(options.option("matrix_builder").value<std::string>());
SignalFrame reply = node.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add("created_component", lss.uri());
}
void VolumeIntegral::signal_integrate ( common::SignalArgs& node )
{
common::XML::SignalOptions options( node );
Field& field = *options.value< Handle<Field> >("field");
std::vector< Handle<Region> > regions = options.value< std::vector<Handle<Region> > >("regions");
Real integral = integrate(field,regions);
SignalFrame reply = node.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add("return_value", integral);
}
void Domain::signal_create_mesh ( common::SignalArgs& node )
{
SignalOptions options( node );
std::string name ("mesh");
if( options.check("name") )
name = options.value<std::string>("name");
Mesh& created_component = *create_component<Mesh>(name);
SignalFrame reply = node.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add("created_component", created_component.uri());
}
void InitialConditions::signal_create_initial_condition ( SignalArgs& args )
{
SignalOptions options( args );
std::string name = options.value<std::string>("name");
std::vector<URI> regions;
if( options.check("regions") )
{
regions = options.array<URI>("regions");
}
else // if user did not specify, then use the whole topology (all regions)
{
regions = solver().options().option("regions").value< std::vector<common::URI> >();
}
solver::Action& created_component = create_initial_condition(name,regions);
SignalFrame reply = args.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add_option("created_component", created_component.uri());
}
void TimeStepComputer::signal_max_cfl( common::SignalArgs& node )
{
SignalFrame reply = node.create_reply(uri());
SignalOptions reply_options(reply);
reply_options.add( "return_value", max_cfl() );
}