Method deferredInit

Simulator/SimulatorBase.cpp:531–577

}

void SimulatorBase::deferredInit()
{
	m_boundarySimulator->initBoundaryData();

	Simulation* sim = Simulation::getCurrent();
	if (sim->getBoundaryHandlingMethod() == BoundaryHandlingMethods::Akinci2012)
	{
		unsigned int nBoundaryParticles = 0;
		for (unsigned int i = 0; i < sim->numberOfBoundaryModels(); i++)
			nBoundaryParticles += static_cast<BoundaryModel_Akinci2012*>(sim->getBoundaryModel(i))->numberOfParticles();

		LOG_INFO << "Number of boundary particles: " << nBoundaryParticles;
	}

#ifdef USE_EMBEDDED_PYTHON
	m_scriptObject = new ScriptObject(this);
	m_scriptObject->init();
	getSceneLoader()->readParameterObject("Configuration", (ParameterObject*)m_scriptObject);
#else
	if (getSceneLoader()->hasValue("Configuration", "scriptFile"))
		LOG_WARN << "Key 'scriptFile' is set in the scene but SPlisHSPlasH is built without embedded Python support.";
#endif

	if (m_useGUI)
	{
		for (unsigned int i = 0; i < sim->numberOfFluidModels(); i++)
		{
			FluidModel* model = sim->getFluidModel(i);
			if (model->getXSPH())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getXSPH());
			if (model->getDragBase())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getDragBase());
			if (model->getSurfaceTensionBase())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getSurfaceTensionBase());
			if (model->getViscosityBase())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getViscosityBase());
			if (model->getVorticityBase())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getVorticityBase());
			if (model->getElasticityBase())
				getSceneLoader()->readMaterialParameterObject(model->getId(), (NonPressureForceBase*)model->getElasticityBase());
		}
		getSceneLoader()->readTimeStepParameterObject("Configuration", Simulation::getCurrent()->getTimeStep());
		m_gui->initSimulationParameterGUI();
	}
	sim->setSimulationInitialized(true);
	m_boundarySimulator->deferredInit();
}

void SimulatorBase::runSimulation()
{