private void changingFaceControl(long thisTime)
{
float bw = Constants.BlockWidth / 2;
int maxRange = 23; //Variabile per vedere quando iniziare il cambio di faccia
int relX = getRelativeX(thisTime) - (int)(bw);
float maxR = bw * (Constants.JumpableBlockRatio * 4); //Questo serve per allineare a 16 e 48 pt
double d = xyrotatorAnim.GetAnimation(0).GetCurrentSpeed(thisTime);
if (d > 0 && relX > maxRange && game.CheckBlocks(false) != 0)
{
//TODO: Sono a destra e vado a destra
float offset = -relX + maxR;
Matrix m = new Matrix();
m.Rotate(-rot);
PointF off = m.TransformPointF(new PointF(offset, 0));
xyrotatorAnim.ChangeAnimator(
0,
new SteadyAnimator(
Math.Round(centerX + off.X),
thisTime)
);
xyrotatorAnim.ChangeAnimator(
1,
new SteadyAnimator(
Math.Round(centerY + off.Y),
thisTime)
);
int block = game.CheckBlocks(false);
changeFace(false, block, offset, thisTime);
}
else if (d < 0 && relX < -maxRange && game.CheckBlocks(true) != 0)
{
//TODO: Sono a sinistra e vado a sinistra
float offset = -relX - maxR;
Console.WriteLine("E qui? Relative X =" + relX + "; MaxR = " + maxR + "=> offset = " + offset);
Matrix m = new Matrix();
m.Rotate(-this.rot);
PointF off = m.TransformAndThenRound(new PointF(offset, 0));
xyrotatorAnim.ChangeAnimator(
0,
new SteadyAnimator(
Math.Round(centerX + off.X),
thisTime)
);
xyrotatorAnim.ChangeAnimator(
1,
new SteadyAnimator(
Math.Round(centerY + off.Y),
thisTime)
);
if (relX == -32)
{
Console.WriteLine("Caso anomalo: Relative X =" + relX + "; MaxR = " + maxR + "=> offset = " + offset);
Console.WriteLine("Per evitare di finire dentro un blocco (problemini numerici...), sposto la palla indietro");
bugRecovery(relX);
}
int block = game.CheckBlocks(true);
changeFace(true, block, offset, thisTime);
}
}
