Exemplos de closeMethod em C++ (Cpp)

Exemplo n.º 1

Arquivo: cforcuda.c Projeto: casconero/Bad-Boids

int mycudaCompute()
{
    // ri scrivo la funzione di update presente in dll "seriale"
    // utilizzando "GPUCompute(boidSet)" come chiamata cuda anzichè la normale "compute()"

    unsigned int simulationLenght,progress;
    int exitValue;

    int test=0;

    progress=0;
    simulationLenght=(unsigned int)ceil(simParameters.fps * simParameters.lenght);

    _Output(&cacheFileOption);

    while((!abortSimulation) && (progress<=simulationLenght))
    {
        Channel *channels;

        channels=(Channel*)malloc(sizeof(Channel)*info.option);

        GPUCompute(boidSet);

        // data management
        cachingData(channels);

        // write data
        writeData(progress,channels);

        // update the index job progress
        simulationProgress = ((int)(100*progress)/simulationLenght);

        //advance to the next frame
        progress++;
        test++;
        // free channels memory
        freeChannel(channels);
    }

    simulationProgress=100;

    closeMethod();
    if(abortSimulation)
    {
        printf("Simulation interrupted\n");
        deleteData();
        exitValue=INTERRUPTED_SIM;
    }
    // restoring abortSimulation flag
    abortSimulation=FALSE;
    exitValue=SUCCESS_SIM;

    // free resources
    free(boidSet);
    return exitValue;
}

Exemplo n.º 2

Arquivo: Simulation.c Projeto: 100cells/Bad-Boids

// update simulation
void  update()
{
	unsigned int simulationLenght,progress;
	
	progress=0;
	simulationLenght=(unsigned int)ceil(simParameters.fps * simParameters.lenght);

	_Output(&cacheFileOption);
	
	while((!abortSimulation) && (progress<=simulationLenght))
	{
		Channel *channels;
		channels=(Channel*)malloc(sizeof(Channel)*info.option);

		// compute Boids' new positions, velocities, accelerations 
		compute();

		// data management
		cachingData(channels);

		// write data
		writeData(progress,channels);

		// update Boids properties and kdtree 
		updateBoids();

		// update the index job progress 
		simulationProgress = ((int)(100*progress)/simulationLenght);

		//advance to the next frame
		progress++;

		// free channels memory
		freeChannel(channels);
	}

	simulationProgress=100;
	
	closeMethod();
	if(abortSimulation)
	{
		printf("Simulation interrupted\n");
		deleteData();
	}
	// restoring abortSimulation flag
	abortSimulation=FALSE;

	// free resources
	free(boidSet);	
	kd_free(k3);
}