public void HandlePlayer(Player p1, Wall w1)
{
if (p1 != null && w1 != null)
{
Rectangle p1Rect = p1.CollisionRectangle;
Rectangle w1Rect = w1.CollisionRectangle;
Vector2 p1Pos = p1.Position;
Vector2 p2Pos = w1.Position;
Vector2 penetrationDepth = RectangleExtensions.GetIntersectionDepth(p1Rect, w1Rect);
penetrationDepth.X = Math.Abs(penetrationDepth.X);
penetrationDepth.Y = Math.Abs(penetrationDepth.Y);
Vector2 p1MovementDirection, p1Vel;
p1MovementDirection = p1Vel = p1.Velocity;
p1MovementDirection.X /= (p1MovementDirection.X != 0 ? Math.Abs(p1MovementDirection.X) : 1);
p1MovementDirection.Y /= (p1MovementDirection.Y != 0 ? Math.Abs(p1MovementDirection.Y) : 1);
Vector2 p2MovementDirection, p2Vel;
p2MovementDirection = p2Vel = new Vector2(0, 0);
p2MovementDirection.X /= (p2MovementDirection.X != 0 ? Math.Abs(p2MovementDirection.X) : 1);
p2MovementDirection.Y /= (p2MovementDirection.Y != 0 ? Math.Abs(p2MovementDirection.Y) : 1);
if (penetrationDepth.X < penetrationDepth.Y || (p1MovementDirection.Y == 0 && p2MovementDirection.Y == 0))
{
float valToMove = penetrationDepth.X;
if (p1MovementDirection.X != 0 && p2MovementDirection.X != 0)
{
valToMove = (float)Math.Ceiling(valToMove / 2);
}
p1Pos.X += valToMove * p1MovementDirection.X * -1;
p2Pos.X += valToMove * p2MovementDirection.X * -1;
p1Vel.X = 0;
p2Vel.X = 0;
}
else if (penetrationDepth.X >= penetrationDepth.Y || (p1MovementDirection.X == 0 && p2MovementDirection.X == 0))
{
float valToMove = penetrationDepth.Y;
if (p1MovementDirection.Y != 0 && p2MovementDirection.Y != 0)
{
valToMove = (float)Math.Ceiling(valToMove / 2);
}
p1Pos.Y += valToMove * p1MovementDirection.Y * -1;
p2Pos.Y += valToMove * p2MovementDirection.Y * -1;
p1Vel.Y = 0;
p2Vel.Y = 0;
}
p1.KillPlayer();
p1.Velocity = new Vector2(0, 0);
}
}
public void HandlePlayer(Player p1, Wall w1)
{
if (p1 != null && w1 != null)
{
Rectangle p1Rect = p1.CollisionRectangle;
Rectangle w1Rect = w1.CollisionRectangle;
Vector2 p1Pos = p1.Position;
Vector2 p2Pos = w1.Position;
Vector2 penetrationDepth = RectangleExtensions.GetIntersectionDepth(p1Rect, w1Rect);
penetrationDepth.X = Math.Abs(penetrationDepth.X);
penetrationDepth.Y = Math.Abs(penetrationDepth.Y);
Vector2 p1MovementDirection, p1Vel;
p1MovementDirection = p1Vel = p1.Velocity;
p1MovementDirection.X /= (p1MovementDirection.X != 0 ? Math.Abs(p1MovementDirection.X) : 1);
p1MovementDirection.Y /= (p1MovementDirection.Y != 0 ? Math.Abs(p1MovementDirection.Y) : 1);
Vector2 p2MovementDirection, p2Vel;
p2MovementDirection = p2Vel = new Vector2(0,0);
p2MovementDirection.X /= (p2MovementDirection.X != 0 ? Math.Abs(p2MovementDirection.X) : 1);
p2MovementDirection.Y /= (p2MovementDirection.Y != 0 ? Math.Abs(p2MovementDirection.Y) : 1);
if (penetrationDepth.X < penetrationDepth.Y || (p1MovementDirection.Y == 0 && p2MovementDirection.Y == 0))
{
float valToMove = penetrationDepth.X;
if (p1MovementDirection.X != 0 && p2MovementDirection.X != 0)
valToMove = (float)Math.Ceiling(valToMove / 2);
p1Pos.X += valToMove * p1MovementDirection.X * -1;
p2Pos.X += valToMove * p2MovementDirection.X * -1;
p1Vel.X = 0;
p2Vel.X = 0;
}
else if (penetrationDepth.X >= penetrationDepth.Y || (p1MovementDirection.X == 0 && p2MovementDirection.X == 0))
{
float valToMove = penetrationDepth.Y;
if (p1MovementDirection.Y != 0 && p2MovementDirection.Y != 0)
valToMove = (float)Math.Ceiling(valToMove / 2);
p1Pos.Y += valToMove * p1MovementDirection.Y * -1;
p2Pos.Y += valToMove * p2MovementDirection.Y * -1;
p1Vel.Y = 0;
p2Vel.Y = 0;
}
p1.KillPlayer();
p1.Velocity=new Vector2(0,0);
}
}
