void MonteCarloRayTracer::threadRender(int tId, float *pixels, const Octree &tree, const Camera &cam, int row, const int NUM_THREADS) {
int *tex = new int[_W * _H * 3];
for (int u = 0; u < _W / NUM_THREADS; ++u) {
glm::vec3 accumDiffColor(0.0f,0.0f,0.0f);
float randU, randV;
for(int rpp=1; rpp<=_raysPerPixel; ++rpp) {
randU = _rgen.nextFloat() / 1.f;
randV = _rgen.nextFloat() / 1.f;
float u2 = u * NUM_THREADS + tId + randU;
float v2 = row + randV;
float x;
float y;
calculateXnY(u2, v2, x, y);
Ray r = cam.createRay(x, y);
IntersectionPoint ip;
if (tree.intersect(r, ip)) {
Ray ray(ip.getPoint() + r.getDirection() * 0.00001f, r.getDirection());
glm::vec3 color = iterateRay(ray, tree, 0, false);
accumDiffColor += color;
}
addToCount();
ProgressBar::printTimedProgBar(_rayCounter, _W * _H * _raysPerPixel, "Carlo");
}
int id = calculateId(u * NUM_THREADS + tId, row);
pixels[id + 0] = accumDiffColor.x/float(_raysPerPixel);
pixels[id + 1] = accumDiffColor.y/float(_raysPerPixel);
pixels[id + 2] = accumDiffColor.z/float(_raysPerPixel);
}
threadDone[tId] = true;
delete tex;
}
void Class::registerClass()
{
id = calculateId();
//LogDebug("Registering class: '%s' with id '%u'", klass->name, klass->id);
// Register as child class in the parent class.
if (parent) parent->childs.Push(this);
// Register the class id in the map.
ClassIdMap& ids = Class::GetIdMap();
if( ids.Find(id) != ids.End() )
{
LogError("Class with the same id already exists: '%s'", name);
return;
}
ids[id] = this;
}
void QPProblemFromLCCQP::SetIsEqualityOnZ(const vector<int>& isEqualityOnZ)
{
mIsEqualityOnZ = isEqualityOnZ;
calculateId();
}
