public bool PlayWithKnownEmit(AudioChannel channel, CollisionAudioHitMonitor monitor, Vector3 pos, float emit, float pitch)
{
if (Listener.instance == null)
{
return(false);
}
float magnitude = (pos - Listener.instance.transform.position).magnitude;
float num = (!(magnitude < 2f)) ? (2f / magnitude) : 1f;
float num2 = AudioUtils.DBToValue(compTresholdDB) / num;
float num3 = 1f;
if (emit > num2)
{
float num4 = AudioUtils.ValueToDB(emit);
float num5 = AudioUtils.ValueToDB(num2);
float decibel = (num5 - num4) * (1f - 1f / compRatio);
num3 = AudioUtils.DBToValue(decibel);
}
float num6 = emit * num3;
float rms = num6 * AudioUtils.DBToValue(levelDB);
return(sampleLib.PlayRMS(channel, pos, rms, pitch));
}
public bool Play(CollisionAudioSensor sensor, AudioChannel channel, CollisionAudioHitMonitor monitor, Vector3 pos, float impulse, float velocity, float volume, float pitch)
{
float num = impulse / CollisionAudioEngine.instance.unitImpulse;
float num2 = velocity / CollisionAudioEngine.instance.unitVelocity;
if (num > 1f)
{
num = (num - 1f) / impulseComp + 1f;
}
if (num2 > 1f)
{
num2 = (num2 - 1f) / velocityComp + 1f;
}
float t = Mathf.InverseLerp(pitch0velocity, pitch1velocity, velocity);
pitch *= Mathf.Lerp(pitch0, pitch1, t);
float num3 = num * num2 * volume;
if (NetGame.isServer || ReplayRecorder.isRecording)
{
sensor.BroadcastCollisionAudio(this, channel, pos, num3, pitch);
}
return(PlayWithKnownEmit(channel, monitor, pos, num3, pitch));
}