private void FixedUpdate()
{
if (input.EngineToggle)
{
if (dynamics.IsEngineStoped())
{
StartCoroutine(StartEngine());
}
else
{
dynamics.StopEngine();
}
}
scoreEffect.SetVisibleOfPushEnter(dynamics.IsEngineStoped());
if (prevEngineStoped != dynamics.IsEngineStoped() && dynamics.IsEngineStoped())
{
scoreEffect.Stalled();
ui.Shake(0.2f, 7f);
}
prevEngineStoped = dynamics.IsEngineStoped();
if (dynamics.GetGear() != input.Gear) // TODO: not garigari?
{
bool canGearChange = clutchScorer.CanGearShift(
dynamics.GetGear(),
input.Gear,
input.Clutch,
input.Accel,
dynamics.EngineShaftRPM,
dynamics.DriveShaftRPM);
if (canGearChange)
{
dynamics.ShiftGear(input.Gear);
sound.PlayGearChange();
}
else
{
input.Gear = 0;
dynamics.ShiftGear(0);
scoreEffect.GearShock();
sound.PlayGearShock();
ui.Shake(0.5f, 10f);
input.BumpyTickCount(15, 50);
}
}
ClutchScorer.Technic tech = clutchScorer.JudgeTechnic(
dynamics.GetGear(),
input.Clutch,
dynamics.EngineShaftRPM,
dynamics.DriveShaftRPM);
switch (tech)
{
case ClutchScorer.Technic.DoubleGravitate:
scoreEffect.Gravitate();
scoreEffect.DoubleClutch();
sound.PlayGearFit();
break;
case ClutchScorer.Technic.Gravitate:
scoreEffect.Gravitate();
sound.PlayGearFit();
break;
case ClutchScorer.Technic.DoubleAwesome:
scoreEffect.Awesome();
scoreEffect.DoubleClutch();
sound.PlayGearFit();
break;
case ClutchScorer.Technic.Awesome:
scoreEffect.Awesome();
sound.PlayGearFit();
break;
case ClutchScorer.Technic.Normal:
sound.PlayGearFit();
break;
case ClutchScorer.Technic.Novice:
scoreEffect.Novice();
sound.PlayGearNoise();
break;
}
if (tech != ClutchScorer.Technic.None)
{
Debug.Log(tech);
}
dynamics.SetThrottle(input.Accel);
dynamics.SetBrake(input.Brake);
dynamics.SetClutch(input.Clutch);
dynamics.Tick(Time.deltaTime); // 0.02 = 1 / 50
float engineShaftRPMPerMax = dynamics.EngineShaftRPM / dynamics.GetMaxEnginePRM();
float driveSpeedPerMax = dynamics.DriveMPS / maxSpeed;
ui.SetEngineValue(dynamics.EngineShaftRPM);
ui.SetSpeedValue(dynamics.DriveMPS);
ui.SetExpectedEngineValue1(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[1]);
ui.SetExpectedEngineValue2(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[2]);
ui.SetExpectedEngineValue3(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[3]);
ui.SetExpectedEngineValue4(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[4]);
ui.SetExpectedEngineValue5(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[5]);
ui.SetExpectedEngineValue6(dynamics.DriveShaftRPM * dynamics.GetGearRatios()[6]);
float uiShakeFactor = (engineShaftRPMPerMax - 0.5f) / 0.5f;
if (uiShakeFactor > 0)
{
ui.Shake(0.1f, uiShakeFactor * 12.5f);
}
sound.PitchEngine(dynamics.EngineShaftRPM * 0.0003f);
carPosition += new Vector3(0, 0, 1) * dynamics.DriveMPS * Time.deltaTime;
float magnitude = dynamics.DriveMPS / 175f;
Camera.transform.position = carPosition + new Vector3(
Random.Range(-1f, 1f) * magnitude,
Random.Range(-1f, 1f) * magnitude,
0);
Particle.transform.position = carPosition + new Vector3(0, 0, 30);
var particle = Particle.GetComponent <ParticleSystem>();
var particleMain = particle.main;
var particleTrails = particle.trails;
var particleEmission = particle.emission;
particleMain.startSpeed = 0.1f + driveSpeedPerMax * 200;
particleTrails.ratio = driveSpeedPerMax;
particleEmission.rateOverTime = 10 + driveSpeedPerMax * 300;
ui.ApplySpeedOverlay(driveSpeedPerMax - 0.7f);
// Please No...
if (dynamics.EngineShaftRPM >= dynamics.GetMaxEnginePRM())
{
scoreEffect.PleaseNo();
}
// Engine Score
float engineDiffScore = engineScorer.CalcEngineShaftRPMScore(
dynamics.GetGear(),
input.Clutch,
dynamics.EngineShaftRPM);
if (engineDiffScore > 1f)
{
scoreEffect.Ouch();
ui.Shake(0.3f, engineDiffScore * 5f);
}
rpmLabel = "";
rpmLabel += "engine rpm: " + dynamics.EngineShaftRPM + "\n";
rpmLabel += "drive rpm: " + dynamics.DriveShaftRPM + "\n";
rpmLabel += "drive speed: " + dynamics.DriveMPS + "\n";
rpmLabel += "\n";
rpmLabel += "engine score: " + engineDiffScore + "\n";
rpmLabel += "position: " + Camera.transform.position + "\n";
}