private void PredictAccleration()
{
_possibleFastAccel = true; // get in default state
_carAngle = Vehicle.Rotation.X;
// Check if any wheel is not on allowed surface
foreach (var wheelPos in _wheelPos)
{
var surface = World.Raycast(wheelPos, wheelPos + new Vector3(0, 0, -10),
IntersectFlags.Everything, Vehicle);
if (!_allowedSurfaces.Contains(surface.MaterialHash))
{
_possibleFastAccel = false;
}
}
// Check if car angle is too high or not on all wheels
if (_possibleFastAccel)
{
if (_carAngle > 7 || !Vehicle.IsOnAllWheels || Utils.IsAnyTireBurst(Vehicle))
{
_possibleFastAccel = false;
}
}
// Check for player bursting car tires
if (VehicleControl.GetWheelRotationSpeeds(Vehicle)[0] < 1f)
{
// Check if car is on same place
if (Speed < 1)
{
_wheelPosPrev = _wheelPos;
_isPosChanged = false;
}
if (_wheelPosPrev != null)
{
foreach (var pos in _wheelPos)
{
if (pos.Round(1) != _wheelPosPrev[
_wheelPos.IndexOf(pos)].Round(1))
{
_isPosChanged = true;
break;
}
}
}
if (_isPosChanged && _possibleFastAccel)
{
_possibleFastAccel = false;
}
}
}
private void GetAccelerationSound()
{
WheelSpeed = VehicleControl.GetWheelRotationSpeeds(Vehicle)[3];
// Define engine sound variation based on wheel speed
_currentAccel = _engineAccell1Sound;
if (CurrentGear == 2)
{
_currentAccel = _engineAccell2Sound;
}
if (CurrentGear == 3)
{
_currentAccel = _engineAccell3Sound;
}
if (CurrentGear >= 4)
{
_currentAccel = _engineAccell4Sound;
}
}