/* * DoRayMe - a quick and dirty Raytracer * World implementation * * Created by Manoƫl Trapier * Copyright (c) 2020 986-Studio. * */ #include #include #include #define MIN_ALLOC (2) World::World() : objectCount(0), lightCount(0) { this->allocatedLightCount = MIN_ALLOC; this->lightList = (Light **)calloc(sizeof(Light *), MIN_ALLOC); this->lightCount = 0; this->allocatedObjectCount = MIN_ALLOC; this->objectList = (Shape **)calloc(sizeof(Shape *), MIN_ALLOC); this->objectCount = 0; }; World::~World() { /* We need to do some cleanup... */ } void World::addObject(Shape *s) { if ((this->objectCount + 1) > this->allocatedObjectCount) { this->allocatedObjectCount *= 2; this->objectList = (Shape **)realloc(this->objectList, sizeof(Shape **) * this->allocatedObjectCount); } this->objectList[this->objectCount++] = s; } void World::addLight(Light *l) { if ((this->lightCount + 1) > this->allocatedLightCount) { this->allocatedLightCount *= 2; this->lightList = (Light **)realloc(this->lightList, sizeof(Light **) * this->allocatedLightCount); } this->lightList[this->lightCount++] = l; } bool World::lightIsIn(Light &l) { int i; for(i = 0; i < this->lightCount; i++) { if (*this->lightList[i] == l) { return true; } } return false; } bool World::objectIsIn(Shape &s) { int i; for(i = 0; i < this->objectCount; i++) { if (*this->objectList[i] == s) { return true; } } return false; } Intersect World::intersect(Ray r) { Intersect ret; int i, j; for(i = 0; i < this->objectCount; i++) { Intersect xs = this->objectList[i]->intersect(r); for(j = 0; xs.count(); j++) { ret.add(xs[i]); } } return ret; }