void TimeStepping::raise_timestep_done()
{
SignalOptions opts;
opts.add_option( "time", m_time->current_time() );
opts.add_option( "dt", m_time->dt() );
opts.add_option( "iteration", properties().value<Uint>("iteration") );
SignalFrame frame = opts.create_frame("timestep_done", uri(), URI());
common::Core::instance().event_handler().raise_event( "timestep_done", frame);
}
void RungeKuttaLowStorage3::raise_iteration_done()
{
SignalOptions opts;
const Uint iter = properties().value<Uint>("iteration");
opts.add_option( "iteration", iter );
SignalFrame frame = opts.create_frame("iteration_done", uri(), URI());
common::Core::instance().event_handler().raise_event( "iteration_done", frame);
}
void MeshGenerator::raise_mesh_loaded()
{
Mesh& mesh = *m_mesh;
mesh.update_statistics();
mesh.elements().update();
// Raise an event to indicate that a mesh was loaded happened
SignalOptions options;
options.add_option("mesh_uri", mesh.uri());
SignalArgs f= options.create_frame();
Core::instance().event_handler().raise_event( "mesh_loaded", f );
}
