public void LateUpdate()
{
EngineThrootle = CarEngine.throttle;
this.EngineRPM = CarEngine.RPM;
for (int i = 0; i < this.RPMLevels.Length; i++)
{
if ((this.EngineRPM >= this.RPMLevels[i].RpmLow) && (this.EngineRPM < this.RPMLevels[i].RpmHigh))
{
if ((i < (this.RPMLevels.Length - 1)) && (this.EngineRPM >= this.RPMLevels[i + 1].RpmLow))
{
this.rpmLevelStages[0].RPMLevel = this.RPMLevels[i];
this.rpmLevelStages[0].RPMLevel.Source.mute = false;
this.rpmLevelStages[1].RPMLevel = this.RPMLevels[i + 1];
this.rpmLevelStages[1].RPMLevel.Source.mute = false;
}
else
{
this.rpmLevelStages[0].RPMLevel = this.RPMLevels[i];
this.rpmLevelStages[1].RPMLevel = null;
if ((this.rpmLevelStages[0].RPMLevel.Source == this.AudioChannel1) && this.AudioChannel2.isPlaying)
{
this.AudioChannel1.mute = false;
this.AudioChannel2.mute = true;
}
else if ((this.rpmLevelStages[0].RPMLevel.Source == this.AudioChannel2) && this.AudioChannel1.isPlaying)
{
this.AudioChannel1.mute = true;
this.AudioChannel2.mute = false;
}
}
break;
}
}
for (int j = 0; j < this.rpmLevelStages.Length; j++)
{
rpmLevelStage = this.rpmLevelStages[j];
rpmLevel = rpmLevelStage.RPMLevel;
if (rpmLevel != null)
{
currentRPMDiff = Mathf.Clamp(this.EngineRPM, rpmLevel.RpmLow, rpmLevel.RpmHigh);
levelRPMDiff = rpmLevel.RpmHigh - rpmLevel.RpmLow;
rpmTime = (currentRPMDiff - rpmLevel.RpmLow) / levelRPMDiff;
pitchDiff = rpmLevel.PitchMax - rpmLevel.PitchMin;
rpmLevelStage.Pitch = rpmLevel.PitchMin + (pitchDiff * rpmLevel.PitchCurve.Evaluate(rpmTime));
if (EngineThrootle > 0)
{
rpmLevel.Source.clip = rpmLevel.OnClip;
}
else
{
rpmLevel.Source.clip = rpmLevel.OffClip;
}
rpmLevelStage.Volume = 1f;
if (this.EngineThrootle > 0f)
{
rpmLevelStage.Volume = (rpmLevelStage.Volume * this.RevUpVolume.Evaluate(this.EngineRPM / CarSetup.EngineMaxRPM)) * volumeScale;
}
else
{
rpmLevelStage.Volume = (rpmLevelStage.Volume * this.RevDownVolume.Evaluate(this.EngineRPM / CarSetup.EngineMaxRPM)) * volumeScale;
}
if (!rpmLevel.Source.isPlaying)
{
if(!isPaused)
{
rpmLevel.Source.Play();
}
}
}
}
if ((this.rpmLevelStages[0].RPMLevel != null) && (this.rpmLevelStages[1].RPMLevel != null))
{
levelRPMDiff = this.rpmLevelStages[0].RPMLevel.RpmHigh - this.rpmLevelStages[1].RPMLevel.RpmLow;
stageRPMCoef = (this.EngineRPM - this.rpmLevelStages[1].RPMLevel.RpmLow) / levelRPMDiff;
this.rpmLevelStages[0].RPMLevel.CurrentFade = this.rpmLevelStages[0].RPMLevel.FadeCurve.Evaluate(1f - stageRPMCoef);
this.rpmLevelStages[1].RPMLevel.CurrentFade = this.rpmLevelStages[0].RPMLevel.FadeCurve.Evaluate(stageRPMCoef);
levelStage1 = this.rpmLevelStages[0];
levelStage1.Volume *= this.rpmLevelStages[0].RPMLevel.CurrentFade;
levelStage2 = this.rpmLevelStages[1];
levelStage2.Volume *= this.rpmLevelStages[1].RPMLevel.CurrentFade;
}
this.rpmLevelStages[0].Update();
this.rpmLevelStages[1].Update();
ApplyHiss();
}
public void LateUpdate()
{
EngineThrootle = CarEngine.throttle;
this.EngineRPM = CarEngine.RPM;
for (int i = 0; i < this.RPMLevels.Count; i++)
{
if ((this.EngineRPM >= this.RPMLevels[i].RpmLow) && (this.EngineRPM < this.RPMLevels[i].RpmHigh))
{
if ((i < (this.RPMLevels.Count - 1)) && (this.EngineRPM >= this.RPMLevels[i + 1].RpmLow))
{
this.rpmLevelStages[0].RPMLevel = this.RPMLevels[i];
this.rpmLevelStages[0].RPMLevel.Source.mute = false;
this.rpmLevelStages[1].RPMLevel = this.RPMLevels[i + 1];
this.rpmLevelStages[1].RPMLevel.Source.mute = false;
}
else
{
this.rpmLevelStages[0].RPMLevel = this.RPMLevels[i];
this.rpmLevelStages[1].RPMLevel = null;
if ((this.rpmLevelStages[0].RPMLevel.Source == this.AudioChannel1) && this.AudioChannel2.isPlaying)
{
this.AudioChannel1.mute = false;
this.AudioChannel2.mute = true;
}
else if ((this.rpmLevelStages[0].RPMLevel.Source == this.AudioChannel2) && this.AudioChannel1.isPlaying)
{
this.AudioChannel1.mute = true;
this.AudioChannel2.mute = false;
}
}
break;
}
}
for (int j = 0; j < this.rpmLevelStages.Length; j++)
{
RPMLevelStage rpmLevelStage = this.rpmLevelStages[j];
RPMLevel rpmLevel = rpmLevelStage.RPMLevel;
if (rpmLevel != null)
{
float currentRPMDiff = Mathf.Clamp(this.EngineRPM, rpmLevel.RpmLow, rpmLevel.RpmHigh);
float levelRPMDiff = rpmLevel.RpmHigh - rpmLevel.RpmLow;
float rpmTime = (currentRPMDiff - rpmLevel.RpmLow) / levelRPMDiff;
float pitchDiff = rpmLevel.PitchMax - rpmLevel.PitchMin;
rpmLevelStage.Pitch = rpmLevel.PitchMin + (pitchDiff * rpmLevel.PitchCurve.Evaluate(rpmTime));
if (EngineThrootle > 0)
{
rpmLevel.Source.clip = rpmLevel.OnClip;
}
else
{
rpmLevel.Source.clip = rpmLevel.OffClip;
}
rpmLevelStage.Volume = 1f;
if (this.EngineThrootle > 0f)
{
rpmLevelStage.Volume = (rpmLevelStage.Volume * this.RevUpVolume.Evaluate(this.EngineRPM / CarSetup.EngineData.EngineMaxRPM)) * 1;
}
else
{
rpmLevelStage.Volume = (rpmLevelStage.Volume * this.RevDownVolume.Evaluate(this.EngineRPM / CarSetup.EngineData.EngineMaxRPM)) * 1;
}
if (!rpmLevel.Source.isPlaying)
{
rpmLevel.Source.Play();
}
}
}
if ((this.rpmLevelStages[0].RPMLevel != null) && (this.rpmLevelStages[1].RPMLevel != null))
{
float levelRPMDiff = this.rpmLevelStages[0].RPMLevel.RpmHigh - this.rpmLevelStages[1].RPMLevel.RpmLow;
float stageRPMCoef = (this.EngineRPM - this.rpmLevelStages[1].RPMLevel.RpmLow) / levelRPMDiff;
this.rpmLevelStages[0].RPMLevel.CurrentFade = this.rpmLevelStages[0].RPMLevel.FadeCurve.Evaluate(1f - stageRPMCoef);
this.rpmLevelStages[1].RPMLevel.CurrentFade = this.rpmLevelStages[0].RPMLevel.FadeCurve.Evaluate(stageRPMCoef);
RPMLevelStage levelStage1 = this.rpmLevelStages[0];
levelStage1.Volume *= this.rpmLevelStages[0].RPMLevel.CurrentFade;
RPMLevelStage levelStage2 = this.rpmLevelStages[1];
levelStage2.Volume *= this.rpmLevelStages[1].RPMLevel.CurrentFade;
}
this.rpmLevelStages[0].Update();
this.rpmLevelStages[1].Update();
ApplyHiss();
ApplySurface();
}
public void Awake()
{
// Pre-Initialize values
CarEngine = GetComponent(typeof(CarEngine)) as CarEngine;
CarSetup = GetComponent(typeof(CarSetup)) as CarSetup;
SetupAudioSources();
for (int i = 0; i < this.RPMLevels.Length; i++)
{
this.RPMLevels[i].Source = ((i % 2) != 0) ? this.AudioChannel2 : this.AudioChannel1;
}
this.rpmLevelStages[0] = new RPMLevelStage();
this.rpmLevelStages[1] = new RPMLevelStage();
if (this.AudioChannel1 != null)
{
this.AudioChannel1.loop = true;
this.AudioChannel1.volume = 0f;
}
if (this.AudioChannel2 != null)
{
this.AudioChannel2.loop = true;
this.AudioChannel2.volume = 0f;
}
isPaused = false;
blnIsTurboInRange = false;
rpmLevelStage = null;
rpmLevel = null;
currentRPMDiff = 0.0f;
levelRPMDiff = 0.0f;
rpmTime = 0.0f;
pitchDiff = 0.0f;
stageRPMCoef = 0.0f;
levelStage1 = null;
levelStage2 = null;
auxObject = null;
sources = GetComponentsInChildren<AudioSource>();
}
