void RadiosityRenderer::computeStep() {
PatchRandomAccessEnumerator &patch = *patchEnumerator_;
// Initialize radiosityLast tag of Triangle objects
for(int i=0; i<patchCount_; i++) {
Triangle &dest = patch[i];
dest.radiosityLast = dest.radiosity;
(*sceneRadiosity_)[i] = dest.radiosity;
}
if(patchCache_->full())
{
// OpenGL uses thread-local storage (all GL calls
// must be from the thread that owns the context)
// if the cache is full then OpenGL can't be called
// which makes it safe to parallelize this loop
#pragma omp parallel for
for(int p = 0; p < patchCount_; ++p)
computePatch(p, false, true);
}
else
{
// Compute new step
for(currentPatch_=0; currentPatch_<patchCount_; currentPatch_++)
{
notifyPerStepProgress();
computePatch(currentPatch_, currentStep_ == 0, false);
}
}
}
void RadiosityRenderer::computeStep() {
PatchRandomAccessEnumerator &patch = *patchEnumerator_;
// Initialize radiosityLast tag of Triangle objects
for(int i=0; i<patchCount_; i++) {
Triangle &dest = patch[i];
dest.radiosityLast = dest.radiosity;
}
// Compute new step
for(currentPatch_=0; currentPatch_<patchCount_; currentPatch_++) {
notifyPerStepProgress();
// Compute radiosity
Triangle &dest = patch[currentPatch_];
Color &rad = dest.radiosity;
rad = patchCache_->totalRadiosity(currentPatch_);
rad *= dest.reflectivity;
rad += dest.emission;
updateColorPeak(rad);
}
}
