public object[] collidesMTV(Hitbox hitBox1, Hitbox hitBox2)
{
Vector2 g1p = hitBox1.Position;
Vector2 g1s = hitBox1.Size;
Vector2 g2p = hitBox2.Position;
Vector2 g2s = hitBox2.Size;
bool doesCollide = CheckCollision(g1p.X, g1p.Y, g1s.X, g1s.Y, g2p.X, g2p.Y, g2s.X, g2s.Y);
Vector2 mtv = new Vector2(0, 0);
if (doesCollide)
{
mtv = new Vector2(1024 ^ 2, 1024 ^ 2);
float[] edgeCorrespond = new float[] {
g1p.X - (g2p.X + g2s.X), //left
(g1p.X + g1s.X) - g2p.X, //right
g1p.Y - (g2p.Y + g2s.Y), //top
(g1p.Y + g1s.Y) - g2p.Y, //bottom
};
for (int i = 0; i < edgeCorrespond.Length; i++)
{
if (Math.Abs(edgeCorrespond[i]) < mtv.Length())
{
if (i == 0 || i == 1)
{
mtv = new Vector2(edgeCorrespond[i], 0);
}
else
{
mtv = new Vector2(0, edgeCorrespond[i]);
};
}
;
}
;
}
Debug.Print(mtv.ToString());
//Tuple.Create(doesCollide, mtv != null ? mtv : new Vector2());
return(new object[] { doesCollide, mtv != null ? mtv : new Vector2() });
}
public Ball(Vector2 startPos, int startDirection)
{
position_ = startPos;
velocity_ = startDirection == 1 ? new Vector2(-100, -20) : new Vector2(100, 20);
hitbox_ = new Hitbox(Size, position_);
}
