public static Velocity collisionWithSlip(BasicSprite s1, BasicSprite s2)
{
if (willCollide(s1, s2))
{
s1.onCollide(s2);
s2.onCollide(s1);
if (s1.collidable && s2.collidable)
{
float vf1, vf2;
Velocity v1 = Velocity.FromCoordinates(s1.velocity.getDirection().X, 0.0f);
Velocity v2 = Velocity.FromCoordinates(s2.velocity.getDirection().X, 0.0f);
Rectangle collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
{
vf1 = (int)v1.getDirection().X + (Math.Sign(v1.getDirection().X) * -collision.Width);
}
else
{
vf1 = v1.getDirection().X;
}
v1 = Velocity.FromCoordinates(0.0f, s1.velocity.getDirection().Y);
v2 = Velocity.FromCoordinates(0.0f, s2.velocity.getDirection().Y);
collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
{
vf2 = (int)v1.getDirection().Y + (Math.Sign(v1.getDirection().Y) * -collision.Height);
}
else
{
vf2 = v1.getDirection().Y;
}
return(Velocity.FromCoordinates(vf1, vf2));
}
else
{
return(s1.velocity);
}
}
else
{
return(s1.velocity);
}
}
public static Velocity collisionWithSlip(BasicSprite s1, BasicSprite s2, GameTime time)
{
if (s1.collidable && s2.collidable)
{
double vfx, vfy;
Velocity v1 = Velocity.FromCoordinates(s1.velocity.getX(), 0.0f);
Velocity v2 = Velocity.FromCoordinates(s2.velocity.getX(), 0.0f);
Rectangle collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
vfx = v1.getX() - collision.Width * Math.Sign(v1.getX());
else
vfx = v1.getX();
if (Math.Abs(vfx) < 1.0f)
vfx = 0.0f;
data.X = collision.X;
data.Width = (Math.Sign(v1.getX())) * collision.Width;
v1 = Velocity.FromCoordinates((float)vfx, s1.velocity.getY());
v2 = Velocity.FromCoordinates((float)vfx, s2.velocity.getY());
collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
vfy = v1.getY() - (collision.Height * Math.Sign(v1.getY()));
else
vfy = v1.getY();
if (Math.Abs(vfy) < 1.0f) // stupid floats
vfy = 0.0f;
data.Y = collision.Y;
data.Height = Math.Sign(v1.getY()) * collision.Height;
return Velocity.FromCoordinates((float)vfx, (float)vfy);
}
else
{
return s1.velocity;
}
}
public static Velocity collisionWithSlip(BasicSprite s1, BasicSprite s2)
{
if (willCollide(s1, s2))
{
s1.onCollide(s2);
s2.onCollide(s1);
if (s1.collidable && s2.collidable)
{
float vf1, vf2;
Velocity v1 = Velocity.FromCoordinates(s1.velocity.getDirection().X, 0.0f);
Velocity v2 = Velocity.FromCoordinates(s2.velocity.getDirection().X, 0.0f);
Rectangle collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
vf1 = (int)v1.getDirection().X + (Math.Sign(v1.getDirection().X) * -collision.Width);
else
vf1 = v1.getDirection().X;
v1 = Velocity.FromCoordinates(0.0f, s1.velocity.getDirection().Y);
v2 = Velocity.FromCoordinates(0.0f, s2.velocity.getDirection().Y);
collision = Rectangle.Intersect(new Rectangle(s1.getUpdatePositionFromVelocity(v1).ToPoint(), s1.spriteSize), new Rectangle(s2.getUpdatePositionFromVelocity(v2).ToPoint(), s2.spriteSize));
if (collision != Rectangle.Empty)
vf2 = (int)v1.getDirection().Y + (Math.Sign(v1.getDirection().Y) * -collision.Height);
else
vf2 = v1.getDirection().Y;
return Velocity.FromCoordinates(vf1, vf2);
}
else
{
return s1.velocity;
}
} else
{
return s1.velocity;
}
}
