//////////////////////////////////////////////////////////
//
// RayTracer implementation
// =========
RayTracer::RayTracer(Scene& scene, Camera* camera) :
Renderer(scene, camera),
maxRecursionLevel(6),
minWeight(MIN_WEIGHT)
//[]---------------------------------------------------[]
//| Constructor |
//[]---------------------------------------------------[]
{
// TODO: UNCOMMENT THE CODE BELOW
int n = scene.getNumberOfActors();
printf("Building aggregates for %d actors...\n", n);
clock_t t = clock();
Array<ModelPtr> models(n);
map<uint, ModelPtr> aggregates;
string actorNames;
int totalNodes = 0;
int i = 1;
for (ActorIterator ait(scene.getActorIterator()); ait; i++)
{
const Actor* a = ait++;
printf("Processing actor %d/%d...\n", i, n);
if (!a->isVisible())
continue;
Primitive* p = dynamic_cast<Primitive*>(a->getModel());
const TriangleMesh* mesh = p->triangleMesh();
// checking if the id already exists in idList
if (mesh != 0)
{
ModelPtr& a = aggregates[mesh->id];
BVH* bvh = new BVH(std::move(p->refine()));
totalNodes += bvh->size();
a = bvh;
models.add(new ModelInstance(*a, *p));
}
}
printf("Building scene aggregate...\n");
{
BVH* bvh = new BVH(std::move(models));
totalNodes += bvh->size();
aggregate = bvh;
}
printf("BVH(s) built: %d (%d nodes)\n", aggregates.size() + 1, totalNodes);
printElapsedTime("", clock() - t);
}
