Vec2f Slime::ride(Vec2f player_pos, Vec2f player_size, Vec2f vec)
{
if (collisionBox(ride_pos, ride_size, player_pos, player_size)) {
return Vec2f(player_pos.x(), ride_pos.y() + ride_size.y());
}
return player_pos;
}
void Slime::stan(Vec2f item_pos, Vec2f item_size)
{
if (collisionBox(pos, size, item_pos, item_size)) {
stan_flag = true;
}
if (stan_flag == true) {
stan_inc++;
if (500 >= stan_inc) {
blind = stan_inc % 2;
}
else if (500 <= stan_inc) {
stan_flag = false;
stan_inc = 0;
blind = 0;
switch (direction)
{
case Direction::RIGHT:
vec_.x() = 0.5f;
break;
case Direction::LEFT:
vec_.x() = -0.5f;
break;
}
}
}
}
// Indicates whether the first Object parameter is colliding with the second one.
// Returns 1 if it is, or if it is out of the bounds of the map (=colliding with the external walls), 0 otherwise.
// Both objects are supposed to have the same type (box or cylinder), otherwise 0 may be returned.
int inCollision(Object* obj1, Object* obj2)
{
// Checks whether the object is out of bounds or not.
if (obj1->x < -TAILLEBORD || obj1->x > TAILLEBORD) return 1;
if (obj1->z < -TAILLEBORD || obj1->z > TAILLEBORD) return 1;
// Call the appropriate collision test function
if (obj1->type == TYPE_BOX && obj2->type == TYPE_BOX)
return collisionBox(obj1, obj2);
else if (obj1->type == TYPE_CYLINDER && obj2->type == TYPE_CYLINDER)
return collisionCylinder(obj1, obj2);
return 0;
}
