private CollisionHandler.Direction getMinorDirection(CollisionHandler.Direction d)
{
float myX = this.CollisionRect().Value.Center.X;
float myY = this.CollisionRect().Value.Center.Y;
float playerX = player.CollisionRect().Value.Center.X;
float playerY = player.CollisionRect().Value.Center.Y;
if (d == CollisionHandler.Direction.North || d == CollisionHandler.Direction.South)
{
if (playerX - myX > 0)
{
return(CollisionHandler.Direction.West);
}
else
{
return(CollisionHandler.Direction.East);
}
}
else
{
if (playerY - myY > 0)
{
return(CollisionHandler.Direction.North);
}
else
{
return(CollisionHandler.Direction.South);
}
}
}
private float getDistance(CollisionHandler.Direction d)
{
float myX = this.CollisionRect().Value.Center.X;
float myY = this.CollisionRect().Value.Center.Y;
float playerX = player.CollisionRect().Value.Center.X;
float playerY = player.CollisionRect().Value.Center.Y;
if (d == CollisionHandler.Direction.North || d == CollisionHandler.Direction.South)
{
return(Math.Abs(myY - playerY));
}
else
{
return(Math.Abs(myX - playerX));
}
}
public static CollisionHandler.Direction oppDirection(CollisionHandler.Direction d)
{
switch (d)
{
case CollisionHandler.Direction.North:
return(CollisionHandler.Direction.South);
case CollisionHandler.Direction.South:
return(CollisionHandler.Direction.North);
case CollisionHandler.Direction.West:
return(CollisionHandler.Direction.East);
case CollisionHandler.Direction.East:
return(CollisionHandler.Direction.West);
}
return(CollisionHandler.Direction.North);
}
