public void checkConstraints()
{
int[] collision = rayCast.rayCast((int)lastX, (int)lastY, (int)x, (int)y);
if (collision.Length > 0)
{
Direction direction = velX > 0 ? Direction.FromLeft : Direction.FromRight;
// pD.DestroyBullet();
physics.Remove(this);
explode.explode(collision [2], collision [3], 100, direction); //60);
//Debug.Log("last x " + lastX);
//Debug.Log("last y " + lastY);
//Debug.Log("x " + x);
//Debug.Log("y " + y);
//Debug.Log("vx " + velX);
//Debug.Log("vy " + velY);
//Debug.Log("explode x " + collision[2]);
//Debug.Log("explode y " + collision[3]);
}
lastX = x;
lastY = y;
}
void CalculateWorld()
{
UnityEngine.Profiling.Profiler.BeginSample("Game.CalculateWorld");
/* Check for Dynamic Pixels and draw them */
if (SpawnedPixels.Count > 0) // if there are active dPixels
{
for (int i = 0; i < SpawnedPixels.Count; i++) // iterate through all active dPixels
{
int x = (int)SpawnedPixels[i].getX(); // then we get our current pos
int y = (int)SpawnedPixels[i].getY();
if (this.World.IsInside(new Vector2I(x, y))) // only set the pixel if its within boundaries
{
if (this.World == null)
{
previousDynamicPixels.Add(new Vector2(x, y));
// and set our pixels currently // TODO: scale to destruction resolution!
this.addPixel(SpawnedPixels[i].col, x, y);
}
}
else
{
// Debug.LogWarning("Warning: pixel outside boundaries in calculate world!");
physics.Remove(SpawnedPixels[i]); // TEMPORARY TESTING OF REMOVAL OF ROGUE PIXELS
SpawnedPixels.RemoveAt(i); // TEMPORARY TESTING OF REMOVAL OF ROGUE PIXELS
}
}
}
///* Check for Player and draw them */
//ourPlayerAnimation.X = player.getX();
//ourPlayerAnimation.Y = player.getY();
// old player drawing below
// if (player != null)
// {
// // draw our player EXPERIMENTAL
// for(int iteration = 0; iteration < player.playerHeight; iteration++)
// {
// for(int i = 0; i < player.playerWidth ;i++)
// {
// previousPlayerPixels.Add(new Vector2((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2))));
// //world.SetPixel((int) player.x + (i - 8), (int) player.y + (iteration - 8), Color.red);
//
// if(isPixelSolid((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2)))) //world.GetPixel((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2))).a != 0) // if the pixel is solid in world, were supposed to be colliding
// {
// //Debug.LogError("Collision Overlap - Player/world at X: " + (player.x + (i - (player.playerWidth / 2))) + " Y: " + (player.y + (iteration - (player.playerHeight / 2))));
// }
// else // we only draw our pixels if were not overlapping the ground
// {
// if(iteration > player.playerHeight / 2)
// {
// dPixelsWorld.SetPixel((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2)), Color.green);
// }
// else if(iteration < player.playerHeight / 2 && iteration < player.playerHeight / 4)
// {
// dPixelsWorld.SetPixel((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2)), Color.white);
// }
// else
// {
// dPixelsWorld.SetPixel((int) player.x + (i - (player.playerWidth / 2)), (int) player.y + (iteration - (player.playerHeight / 2)), Color.gray);
// }
// dynamicPixelUpdate = true;
// }
// }
// }
//
//// Debug.Log("setting pixel: " + player.x + " " + player.y);
// //worldUpdate = true;
// }
UnityEngine.Profiling.Profiler.EndSample();
}