private void AICollision(Quadtree quadtree, float elapsed, int numThread)
{
canJump = false;
Vector2 newpos = new Vector2();
newpos = pos + speed * elapsed;
Rectangle collisionrect = new Rectangle(
orgcollisionrect.X + (int)pos.X + orgcollisionrect.Width/2,
orgcollisionrect.Y + (int)pos.Y+ orgcollisionrect.Height / 2,
orgcollisionrect.Width - orgcollisionrect.Width / 2,
orgcollisionrect.Height - orgcollisionrect.Height / 2);
Rectangle newcollisionrect = new Rectangle(
orgcollisionrect.X + (int)newpos.X,
orgcollisionrect.Y + (int)newpos.Y,
orgcollisionrect.Width,
orgcollisionrect.Height);
List<Tile> leveltiles;
leveltiles = quadtree.GetEnemyCollision(newcollisionrect, numThread);
foreach (Tile tile in leveltiles)
{
if (tile.TileColission_Type != TileCollision.Event)
{
//newpos = pos + speed * elapsed;
//BottomCollision
if (collisionrect.Bottom <= tile.get_rect.Y &&
newcollisionrect.Bottom >= tile.get_rect.Y)
{
if (newcollisionrect.Right >= tile.get_rect.X && (int)(newcollisionrect.Left) <= tile.get_rect.Right)
{
animations.CurrentAnimation = Anims.Walk;
newpos.Y -= speed.Y * elapsed;
speed.Y = 0;
gravity = new Vector2();
jumping = false;
jumpSpeed = new Vector2();
canJump = true;
break;
}
}
if (tile.TileColission_Type == TileCollision.Impassable)
{
//RightCollision
if (tile.get_rect.X >= collisionrect.Right && newcollisionrect.Right > tile.get_rect.X)
{
if (newcollisionrect.Bottom > tile.get_rect.Y && newcollisionrect.Top < tile.get_rect.Bottom)
{
if (!pathfound)
rundirection = StandardDirection.Left;
speed.X = 0;
//continue;
}
}
//LeftCollision
else if (collisionrect.Left > tile.get_rect.Right && newcollisionrect.Left <= tile.get_rect.Right)
{
if (newcollisionrect.Bottom >= tile.get_rect.Y && newcollisionrect.Top <= tile.get_rect.Bottom)
{
if (!pathfound)
rundirection = StandardDirection.Right;
speed.X = 0;
//continue;
}
}
//UpCollision
else if (collisionrect.Y >= tile.get_rect.Bottom && newcollisionrect.Top < tile.get_rect.Bottom)
{
if (newcollisionrect.Right >= tile.get_rect.X && newcollisionrect.Left <= tile.get_rect.Right)
{
speed.Y *= -1;
jumping = false;
jumpSpeed = new Vector2();
continue;
}
}
}
}
}
}
/// <summary>
/// Initializes the KillAnimation
/// </summary>
public void Kill(Quadtree quadtree,Matrix matrix)
{
alive = false;
particleManager.SpawnPos = pos;
//particleManager.UseTimedAlpha = true;
//particleManager.Alpha = 1;
DebugManager.AddItem("Enemy #" + myNumber + " killed", this.ToString(), new System.Diagnostics.StackTrace());
particleManager.UseMinSpeed = true;
particleManager.MinSpeed = new Vector2(300);
if (speed.X < 0)
particleManager.MaxSpeed = new Vector2(500, 500);
else
particleManager.MaxSpeed = new Vector2(-500, 500);
Rectangle particlerect = new Rectangle((int)pos.X - 150, (int)pos.Y - 150, (int)pos.X + 300, (int)pos.Y + 300);
List<Tile> collisions = quadtree.GetEnemyCollision(particlerect, numThread);
Collisions = collisions;
foreach (Tile collision in collisions)
if (collision.TileColission_Type != TileCollision.Passable && collision.Standable)
particleManager.AddCollisionRect(collision.get_rect);
particleManager.StartExplosion();
wave.Enabled = true;
wave.StartResetEffect();
wave.CenterCoord = Vector2.Transform(pos, matrix);
wave.Disortion = 0.1f;
wave.DistortionChange = -0.2f;
wave.RadiusChange = 0.5f;
wave.SizeChange = 0f;
wave.MaxRadius = 0.2f;
wave.Size = 0.02f;
}