private void Update()
{
ParallaxBackground.Speed = MovementSpeed;
Wheels.ForEach(t => t.Rotate(-Vector3.forward, 2 * Mathf.PI * WheelSpeedMultiplier * MovementSpeed * Time.deltaTime));
float diminisher = 1f;
if (_score > 0)
{
diminisher = Mathf.Clamp(1f - (_score * 0.1f), .6f, 1f);
}
TravelDistance += Time.deltaTime * MovementSpeed * diminisher;
if (!_stopped)
{
if (TravelDistance > GateDistanceThreshold && TravelDistance % GateDistanceThreshold < 1f)
{
TravelDistance += 1f;
_stoppedCount++;
if (PuzzleController.ValidatePuzzle())
{
Gate.Appear(true);
MovementSpeed += MovementSpeedBoost;
_score++;
Score.UpdateScore(_score);
DelayedCall(() =>
{
PuzzleController.CreateNewPuzzle();
PuzzleController.ToggleInput(true);
}, 2f);
}
else
{
StopDraisine();
_score = 0;
Score.UpdateScore(_score);
}
}
MovementSpeed += Time.deltaTime / MovementSpeedIncreaseDivider;
}
else
{
if (PuzzleController.ValidatePuzzle())
{
Gate.Toggle(true);
if (!_newPuzzle)
{
Draisine.StartMovement();
_newPuzzle = true;
TravelDistance = TravelDistance - TravelDistance % GateDistanceThreshold + 2f;
DelayedCall(() =>
{
PuzzleController.CreateNewPuzzle();
_newPuzzle = false;
PuzzleController.ToggleInput(true);
}, 2f);
}
}
}
_modulo = TravelDistance % GateDistanceThreshold;
}