void NativeThreadIntersectionDevice::IntersectionThread(NativeThreadIntersectionDevice *renderDevice) {
LR_LOG(renderDevice->deviceContext, "[NativeThread device::" << renderDevice->deviceName << "] Rendering thread started");
try {
RayBufferQueue *queue = renderDevice->externalRayBufferQueue ?
renderDevice->externalRayBufferQueue : &(renderDevice->rayBufferQueue);
const double startTime = WallClockTime();
while (!boost::this_thread::interruption_requested()) {
const double t1 = WallClockTime();
RayBuffer *rayBuffer = queue->PopToDo();
renderDevice->statsDeviceIdleTime += WallClockTime() - t1;
// Trace rays
const Ray *rb = rayBuffer->GetRayBuffer();
RayHit *hb = rayBuffer->GetHitBuffer();
const size_t rayCount = rayBuffer->GetRayCount();
for (unsigned int i = 0; i < rayCount; ++i) {
hb[i].SetMiss();
renderDevice->dataSet->Intersect(&rb[i], &hb[i]);
}
renderDevice->statsTotalDataParallelRayCount += rayCount;
queue->PushDone(rayBuffer);
renderDevice->statsDeviceTotalTime = WallClockTime() - startTime;
}
LR_LOG(renderDevice->deviceContext, "[NativeThread device::" << renderDevice->deviceName << "] Rendering thread halted");
} catch (boost::thread_interrupted) {
LR_LOG(renderDevice->deviceContext, "[NativeThread device::" << renderDevice->deviceName << "] Rendering thread halted");
}
}
void FPGAIntersectionDevice::IntersectionThread(FPGAIntersectionDevice *renderDevice) {
LR_LOG(renderDevice->deviceContext, "[FPGA device::" << renderDevice->deviceName << "] Rendering thread started");
try {
RayBufferQueue *queue = renderDevice->rayBufferQueue;
const double startTime = WallClockTime();
while (!boost::this_thread::interruption_requested()) {
const double t1 = WallClockTime();
RayBuffer *rayBuffer = queue->PopToDo();
renderDevice->statsDeviceIdleTime += WallClockTime() - t1;
// Trace rays
const Ray *rb = rayBuffer->GetRayBuffer();
RayHit *hb = rayBuffer->GetHitBuffer();
const size_t rayCount = rayBuffer->GetRayCount();
for (unsigned int i = 0; i < rayCount; ++i) {
hb[i].SetMiss();
//renderDevice->accel->Intersect(&rb[i], &hb[i]);
}
if (xrti_intersect((void *)rb, rayCount*sizeof(Ray), rayCount, (void *)hb, rayCount*sizeof(RayHit)) < 0) {
throw std::runtime_error("xrti_intersect failed");
}
renderDevice->statsDeviceTotalTime = WallClockTime() - startTime;
renderDevice->statsTotalDataParallelRayCount += rayCount;
queue->PushDone(rayBuffer);
// FILE *f = fopen("/mnt/scratch/sam/ray_tracer/tb_generator/data/rays.txt", "w");
// unsigned char *b = (unsigned char *)rb;
// for (u_int i = 0; i < rayCount * sizeof(luxrays::Ray); i++) {
// fprintf(f, "%02x", b[i]);
// if ((i + 1) % 48 == 0)
// fprintf(f, "\n");
// }
// fclose(f);
// f = fopen("/mnt/scratch/sam/ray_tracer/tb_generator/data/hits.txt", "w");
// b = (unsigned char *)hb;
// for (u_int i = 0; i < rayCount * sizeof(luxrays::RayHit); i++) {
// fprintf(f, "%02x", b[i]);
// if ((i + 1) % 20 == 0)
// fprintf(f, "\n");
// }
// fclose(f);
}
LR_LOG(renderDevice->deviceContext, "[FPGA device::" << renderDevice->deviceName << "] Rendering thread halted");
} catch (boost::thread_interrupted) {
LR_LOG(renderDevice->deviceContext, "[FPGA device::" << renderDevice->deviceName << "] Rendering thread halted");
}
}