//Constructor creates 2 caves, 3 coral reefs and 2 fish
//Also creates 4 dynamic arrays to hold pointers to all these objects
Model::Model()
{
time = 0;
//Initialize objects
cave_ptrs.push_back(new Cave(1, CartPoint(5, 1)));
cave_ptrs.push_back(new Cave(2, CartPoint(6, 2)));
reef_ptrs.push_back(new CoralReef(1, CartPoint(1, 20)));
reef_ptrs.push_back(new CoralReef(2, CartPoint(20, 1)));
reef_ptrs.push_back(new CoralReef(3, CartPoint(20, 20)));
fish_ptrs.push_back(new Tuna(1, get_Cave_ptr(1), this));
fish_ptrs.push_back(new Tuna(2, get_Cave_ptr(2), this));
fish_ptrs.push_back(new Tuna(3, get_Cave_ptr(2), this));
fish_ptrs.push_back(new Shark(4, this));
fish_ptrs.push_back(new Shark(5, this));
//Put all objects in object_ptrs list and active_ptrs list
for (std::list<Cave*>::iterator cave = cave_ptrs.begin(); cave != cave_ptrs.end(); ++cave)
object_ptrs.push_back(*cave);
for (std::list<CoralReef*>::iterator reef = reef_ptrs.begin(); reef != reef_ptrs.end(); ++reef)
object_ptrs.push_back(*reef);
for (std::list<Fish*>::iterator fish = fish_ptrs.begin(); fish != fish_ptrs.end(); ++fish)
object_ptrs.push_back(*fish);
for (std::list<GameObject*>::iterator ob = object_ptrs.begin(); ob != object_ptrs.end(); ++ob)
if ((*ob)->get_state() != 'x')
active_ptrs.push_back(*ob);
//Sharknado only put in active_ptrs list
active_ptrs.push_back(Sharknado::getInstance(this));
std::cout << "Model default constructed" << std::endl;
}
CartPoint operator+(CartPoint p1, CartVector v1)
{
double new_x = p1.x + v1.x;
double new_y = p1.y + v1.y;
return CartPoint(new_x, new_y);
};
//Returns a random point (seeded by the model's time)
CartPoint Shark::rand_cartpoint(Model* model)
{
srand(model->time);
return CartPoint(rand() % 20, rand() % 20);
//return CartPoint(6, 3);
}
