private void Enemy_Collided(object sender, BlockCollisionEventArgs e)
{
Vector2 vec = new Vector2(VelX + ((this.X + Size / 2) / Map.EntityPixelPerCase) * Map.EntityPixelPerCase + Map.EntityPixelPerCase / 2 - (this.X + this.Size / 2),
VelY + ((this.Y + Size / 2) / Map.EntityPixelPerCase) * Map.EntityPixelPerCase + Map.EntityPixelPerCase / 2 - (this.Y + this.Size / 2));
vec.Normalize();
//vec *= _SpeedFactor;
this.VelX = vec.X;
this.VelY = vec.Y;
//this.X = ((this.X + this.Size / 2) / Map.EntityPixelPerCase) * Map.EntityPixelPerCase + Map.EntityPixelPerCase / 2;
//this.Y = ((this.Y + this.Size / 2) / Map.EntityPixelPerCase) * Map.EntityPixelPerCase + Map.EntityPixelPerCase / 2;
}
public void FireCollided(object sender, BlockCollisionEventArgs e)
{
Collided?.Invoke(sender, e);
}
/// <summary>
/// Calcule le mouvement de l'entité
/// </summary>
/// <param name="DeltaTime"></param>
public override void Tick(long deltaTime)
{
Enemy ent = this as Enemy;
if (ent != null)
{
if (ent._path == null)
{
int i = 0;
}
}
float dt = deltaTime / 2;
//VelY += 0.2f;
int vx = (int)(VelX * dt);
int vy = (int)(VelY * dt);
List <CollisionInfo> res = CheckCollision(X, Y, vx, vy);
CollisionSide rs = 0;
foreach (CollisionInfo c in res)
{
rs |= c.Side;
if (c.Case != null && c.Case.IsBreaking)
{
FireDied(this, new CancellableEventArgs(false));
}
}
bool Or = false;
if (Math.Abs(VelX) < 0.01f)
{
VelX = 0;
Or = true;
}
if (Math.Abs(VelY) < 0.01f)
{
VelY = 0;
Or = true;
}
if (Or)
{
FireMoved(this, new CancellableEventArgs(false));
}
if (vx == 0 && vy == 0)
{
return;
}
if (rs != CollisionSide.None)
{
BlockCollisionEventArgs e = new BlockCollisionEventArgs(X / Map.EntityPixelPerCase, Y / Map.EntityPixelPerCase, res, false);
FireCollided(this, e);
if ((rs & (CollisionSide.Left | CollisionSide.Right)) > 0)
{
//_velx = 0;
vx = 0;
}
if ((rs & (CollisionSide.Up | CollisionSide.Down)) > 0)
{
//_vely = 0;
vy = 0;
}
}
if (X / Map.EntityPixelPerCase != (X + vx) / Map.EntityPixelPerCase) // Side only
{
FireChangedCase(this, new MultiCaseEventArgs(Map[X / Map.EntityPixelPerCase, Y / Map.EntityPixelPerCase], new AbsCase[] {
Map[(X + vx) / Map.EntityPixelPerCase, (Y + vy) / Map.EntityPixelPerCase]
}, false));
if (Y / Map.EntityPixelPerCase != (Y + vy) / Map.EntityPixelPerCase) // Both side and up/down
{
FireChangedCase(this, new MultiCaseEventArgs(Map[X / Map.EntityPixelPerCase, Y / Map.EntityPixelPerCase], new AbsCase[] {
Map[(X + vx) / Map.EntityPixelPerCase, (Y + vy) / Map.EntityPixelPerCase],
Map[(X + vx) / Map.EntityPixelPerCase, Y / Map.EntityPixelPerCase],
Map[X / Map.EntityPixelPerCase, (Y + vy) / Map.EntityPixelPerCase]
}, false));
}
}
else if (Y / Map.EntityPixelPerCase != (Y + vy) / Map.EntityPixelPerCase) // Up/Down only
{
FireChangedCase(this, new MultiCaseEventArgs(Map[X / Map.EntityPixelPerCase, Y / Map.EntityPixelPerCase], new AbsCase[] {
Map[(X + vx) / Map.EntityPixelPerCase, (Y + vy) / Map.EntityPixelPerCase]
}, false));
}
X += vx;
Y += vy;
FireMoved(this, new CancellableEventArgs(false));
}
