// Use this for initialization
void Start()
{
//AudioSource functions
Core1 = GetComponent(typeof(AudioSource)) as AudioSource;
Core1.spatialBlend = 1;
// freqscale = new float[128];
// InvokeRepeating ("getAudio", 0f, audioGetRepeatRate);
// Heavy Param Control
Hv_coreofinal_AudioLib CoreA = GetComponent <Hv_coreofinal_AudioLib> ();
MastVoiceVolA = 0.8f; //Voice Volume or Amplitude: Controls Amp at the End of the Chain
OscMidiFreqA = 1 + Mathf.Round(Random.value * 120f);
//Clock Loop Length. For a static, all-encompassing loop, remove Random.value * 12000f
//With this in place, all cores will operate on an independent loop-length, making the piece hardly repetitive.
MetroA = 4000f + Random.value * 12000f;
//Attack and Decay Times: If Attack Time is less-than or equal to 150ms, set it to a random value between 1ms and 10ms. etc
AtktA = Random.Range(1f, 400f);
if (AtktA <= 150f)
{
AtktA = Random.Range(5f, 15f);
}
DectA = Random.Range(50f, 2000f);
if (DectA <= 900f)
{
DectA = Random.Range(40f, 100f);
}
//Place within loop time
objVarA = Mathf.Round(Random.value * 16);
//Upper partial amplitudes? Needs clarification
HV1A = (Random.value * 10f);
HV2A = (Random.value * 10f);
HV3A = (Random.value * 10f);
HV4A = (Random.value * 10f);
//Upper partial spectral structure? Needs clarification
HF1A = Mathf.Sin(Random.Range(10f, 20f) * 10);
HF2A = Mathf.Sin(Random.Range(10f, 20f) * 10);
HF3A = Mathf.Sin(Random.Range(10f, 20f) * 10);
HF4A = Mathf.Sin(Random.Range(10f, 20f) * 10);
//Distortion Level
DistA = 0.01f + (Random.value * 2);
//Delaytimes Left and Right
delayTimeLeft = (Random.value * 4000);
delayTimeRight = (Random.value * 4000);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Masterclock, MetroA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Objvar, objVarA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Mastervoicevolume, MastVoiceVolA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Oscfreq, OscMidiFreqA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Atkt, AtktA); //Attack Time
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Dect, DectA); //Decay Time
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hv1, HV1A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hv2, HV2A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hv3, HV3A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hv4, HV4A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hf1, HF1A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hf2, HF2A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hf3, HF3A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Hf4, HF4A);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Distortioncrush, DistA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Lowpassfreq, LPFA);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Delaytimeleft, delayTimeLeft);
CoreA.SetFloatParameter(Hv_coreofinal_AudioLib.Parameter.Delaytimeright, delayTimeRight);
//PD Send Receiver Callback
CoreA.RegisterSendHook();
CoreA.FloatReceivedCallback += OnFloatMessage;
float CoreScaleB = 1f;
}
private void OnEnable()
{
_dsp = target as Hv_coreofinal_AudioLib;
}
