Method registerInputEvents

physx/samples/samplebase/PhysXSample.cpp:1438–1485

}

void PhysXSample::registerInputEvents(bool ignoreSaved)
{
	const char* sampleName = mApplication.mRunning->getName();

	SampleUserInput* sampleUserInput = mApplication.getPlatform()->getSampleUserInput();
	if(!sampleUserInput)
		return;
		
	PxU32 inputEventCS = 0;
	PxU32 userInputCS = 0;
	prepareInputEventUserInputInfo(sampleName, inputEventCS, userInputCS);	

	// register the additional mapping
	if(mSampleInputAsset)
	{
		std::vector<SampleInputMapping> inputMappings;
		for (size_t i = mSampleInputAsset->GetSampleInputData().size();i--;)
		{
			const SampleInputData& data = mSampleInputAsset->GetSampleInputData()[i];
			size_t userInputIndex;
			PxI32 userInputId = sampleUserInput->translateUserInputNameToId(data.m_UserInputName,userInputIndex);
			size_t inputEventIndex;
			PxI32 inputEventId = sampleUserInput->translateInputEventNameToId(data.m_InputEventName, inputEventIndex);
			if(userInputId >= 0 && inputEventId >= 0)
			{
				SampleInputMapping mapping;
				mapping.m_InputEventId = inputEventId;
				mapping.m_InputEventIndex = inputEventIndex;
				mapping.m_UserInputId = userInputId;
				mapping.m_UserInputIndex = userInputIndex;
				inputMappings.push_back(mapping);
			}
			else
			{
				PX_ASSERT(0);
			}
		}

		for (size_t i = inputMappings.size(); i--;)
		{
			const SampleInputMapping& mapping = inputMappings[i];
			sampleUserInput->registerInputEvent(mapping);
		}
	}

	if (!ignoreSaved)
		parseSampleOutputAsset(sampleName, inputEventCS, userInputCS);
}

void PhysXSample::onKeyDownEx(SampleFramework::SampleUserInput::KeyCode keyCode, PxU32 param)
{