Method readParameters

Simulator/SimulatorBase.cpp:643–679

}

void SimulatorBase::readParameters()
{
	m_sceneLoader->readParameterObject("Configuration", this);
	m_sceneLoader->readParameterObject("Configuration", TimeManager::getCurrent());
	m_sceneLoader->readParameterObject("Configuration", Simulation::getCurrent());
	m_sceneLoader->readTimeStepParameterObject("Configuration", Simulation::getCurrent()->getTimeStep());
#ifdef USE_DEBUG_TOOLS
	m_sceneLoader->readParameterObject("Configuration", Simulation::getCurrent()->getDebugTools());
#endif

	Simulation *sim = Simulation::getCurrent();
	const Utilities::SceneLoader::Scene& scene = SceneConfiguration::getCurrent()->getScene();
	for (unsigned int i = 0; i < sim->numberOfFluidModels(); i++)
	{
		FluidModel *model = sim->getFluidModel(i);
		const std::string &key = model->getId();
		m_sceneLoader->readMaterialParameterObject(key, model);
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*)model->getXSPH());
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*) model->getDragBase());
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*) model->getSurfaceTensionBase());
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*) model->getViscosityBase());
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*) model->getVorticityBase());
		m_sceneLoader->readMaterialParameterObject(key, (NonPressureForceBase*) model->getElasticityBase());

		for (auto material : scene.materials)
		{
			if (material->id == key)
			{
				setColorField(i, material->colorField);
				setColorMapType(i, material->colorMapType);
				setRenderMinValue(i, material->minVal);
				setRenderMaxValue(i, material->maxVal);
				setVisible(i, material->visible);
			}
		}
	}
}

void SimulatorBase::setCommandLineParameter()
{