bool CollisionVolume::IsColliding(Collider* other) const
{
Vector2 max = *m_bounds->GetMax();
Vector2 min = *m_bounds->GetMin();
Vector2 max_other = *(other->GetBounds()->GetMax());
Vector2 min_other = *(other->GetBounds()->GetMin());
//if any of these are true, then the objects are not colliding
if (max.Get_X() > max_other.Get_X() || min.Get_X() < min_other.Get_X() ||
max.Get_Y() > max_other.Get_Y() || min.Get_Y() < min_other.Get_Y() )
{
return false;
}
return false;
}
void CollisionVolume::HandleCollision(Collider* other)
{
Vector2 max = *m_bounds->GetMax();
Vector2 min = *m_bounds->GetMin();
Vector2 max_other = *(other->GetBounds()->GetMax());
Vector2 min_other = *(other->GetBounds()->GetMin());
float halfSize = other->GetBounds()->GetSize() / 2;
Vector2* otherPos = other->GetPosition();
if (max_other.Get_X() > max.Get_X())
{
//force left
otherPos->Set_X(max.Get_X() - halfSize);
}
if (min_other.Get_X() < min.Get_X())
{
//force right
otherPos->Set_X(min.Get_X() + halfSize);
}
if (max_other.Get_Y() > max.Get_Y())
{
//force down
otherPos->Set_Y(max.Get_Y() - halfSize);
}
if (min_other.Get_Y() < min.Get_Y())
{
//force up
otherPos->Set_Y(min.Get_Y() + halfSize);
}
other->GetBounds()->UpdateBounds(otherPos);
other->GetGameOjbect()->SetPosition(otherPos);
}
