Collision Collider::IsColliding(const Collider& other) {
Collision col;
if (m_type == ColliderType::AABB && other.m_type == ColliderType::AABB)
col = AABBvsAABB(other);
else if (m_type == ColliderType::Circle && other.m_type == ColliderType::Circle)
col = CirclevsCircle(other);
else if ((m_type == ColliderType::Circle && other.m_type == ColliderType::AABB) ||
(m_type == ColliderType::AABB && other.m_type == ColliderType::Circle))
col = AABBvsCircle(other);
return col;
}
void Sim::collide() {
contact->circle = ball;
for (int i = 0; i < 4; i++) {
if (inside(red[i].position.x - 1000, red[i].position.x + 1000, ball->position.x)) {
for (int j = 0; j < red[i].size; j++) {
contact->axis = red[i];
contact->player = j;
if (AABBvsCircle(contact)) resolveCollision(contact);
}
}
if (inside(blu[i].position.x - 1000, blu[i].position.x + 1000, ball->position.x)) {
for (int j = 0; j < blu[i].size; j++) {
contact->axis = blu[i];
contact->player = j;
if (AABBvsCircle(contact)) resolveCollision(contact);
}
}
}
contactboundary->circle = ball;
for (int i = 0; i < 6; i++) {
contactboundary->box = &boundary[i];
if (boundaryVsCircle(contactboundary)) resolveCollisionBoundary(contactboundary);
}
}
bool CirclevsAABB(Object* a, Object* b)
{
return AABBvsCircle(b, a);
}
