// SCORE
void GetCurrentHarmonyParamsFromScore()
{
discModelParams = scoreDiscs.CurrentHarmonyParams(globalEvolutionState, harmonyLookupIndex);
funds_harmonicity = discModelParams.funds_harmonicity;
funds_deformation = discModelParams.funds_deformation;
funds_size = discModelParams.funds_size;
funds_lowest = discModelParams.funds_lowest;
funds_highestAllowed = discModelParams.funds_highestAllowed;
funds_MIDIdeviation_range = discModelParams.funds_MIDIdeviation_range;
parts_harmonicity = discModelParams.parts_harmonicity;
parts_deformation = discModelParams.parts_deformation;
parts_size = discModelParams.parts_size;
parts_highestAllowed = discModelParams.parts_highestAllowed;
parts_MIDIdeviation_range = discModelParams.parts_MIDIdeviation_range;
parts_include_prob = discModelParams.parts_include_prob;
lightFlareEvent_shimmer_percentOfCriticalBandRange = discModelParams.lightFlareEvent_shimmer_percentOfCriticalBandRange;
_modelTransposition = discModelParams.modelTransposition;
_ampGlobal = discModelParams.ampGlobal;
Debug.Log("index " + harmonyLookupIndex + " lowest " + funds_lowest);
}
public DiscModelParams_Cn CurrentHarmonyParams(GlobalEvolution.GlobalEvolutionState globalEvolutionState, int harmonyLookupIndex)
{
if (globalEvolutionState == GlobalEvolution.GlobalEvolutionState.beginCeiling || globalEvolutionState == GlobalEvolution.GlobalEvolutionState.begin || globalEvolutionState == GlobalEvolution.GlobalEvolutionState.beginSpin)
{
// to add a case, add it, and update the total # of cases here; that's it
// the MakeDiscsModel script steps through this and loops based on the number entered here
currentState_numHarmonies = 8;
// because C# is stateful, just enter what changes for each index - else the previous values remain
switch (harmonyLookupIndex)
{
case 0:
funds_harmonicity = 1.3f;
funds_deformation = 1.0f;
funds_size = 0.0f;
funds_lowest = 400.0f;
funds_highestAllowed = 3000.0f;
funds_MIDIdeviation_range = 2.1f;
parts_harmonicity = 1.0f;
parts_deformation = 1.0f;
parts_size = 0.0f;
parts_highestAllowed = 9000.0f;
parts_MIDIdeviation_range = .4f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
break;
case 1:
funds_harmonicity = 1.05f;
funds_MIDIdeviation_range = 0.0f;
funds_lowest = 110;
funds_highestAllowed = 1000.0f;
parts_highestAllowed = 5000.0f;
parts_MIDIdeviation_range = .2f;
parts_include_prob = .8f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
break;
case 2:
funds_harmonicity = 1.07f;
funds_lowest = 200f;
funds_highestAllowed = 1000.0f;
parts_highestAllowed = 2000.0f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
break;
case 3:
funds_lowest = 421;
funds_highestAllowed = 3000.0f;
parts_highestAllowed = 7000.0f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .1f);
funds_harmonicity = 1.1f;
break;
case 4:
funds_lowest = 50;
funds_highestAllowed = 1000.0f;
parts_highestAllowed = 3000.0f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
funds_harmonicity = .9f;
break;
case 5:
funds_lowest = 100;
funds_highestAllowed = 1000.0f;
parts_highestAllowed = 3000.0f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .3f);
funds_harmonicity = .5f;
break;
case 6:
funds_harmonicity = .3f;
funds_MIDIdeviation_range = 0f;
funds_lowest = 40;
funds_highestAllowed = 3000.0f;
parts_highestAllowed = 8000.0f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
break;
case 7:
funds_harmonicity = 1.05f;
funds_MIDIdeviation_range = 0.0f;
funds_lowest = 110;
funds_highestAllowed = 1000.0f;
parts_highestAllowed = 5000.0f;
parts_MIDIdeviation_range = .2f;
parts_include_prob = .8f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
break;
}
}
else if (globalEvolutionState == GlobalEvolution.GlobalEvolutionState.lowerAndRougher)
{
// to add a case, add it, and update the total # of cases here; that's it:
currentState_numHarmonies = 18;
switch (harmonyLookupIndex)
{
case 0:
funds_harmonicity = 1.01f;
funds_deformation = 1.0f;
funds_size = 0.0f;
funds_lowest = 800.0f;
funds_highestAllowed = 3000.0f;
funds_MIDIdeviation_range = .05f;
parts_harmonicity = 1.0f;
parts_deformation = 1.0f;
parts_size = 0.0f;
parts_highestAllowed = 9000.0f;
parts_MIDIdeviation_range = .1f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrTwoOctavesLower;
ampGlobal = .6f;
break;
case 1:
funds_harmonicity = .99f;
funds_lowest = 400.0f;
funds_highestAllowed = 3000.0f;
funds_MIDIdeviation_range = .05f;
parts_harmonicity = 1.0f;
parts_highestAllowed = 9000.0f;
parts_MIDIdeviation_range = .1f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .3f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrTwoOctavesLower;
ampGlobal = .6f;
break;
case 2:
funds_harmonicity = 1.02f;
funds_lowest = 700.0f;
funds_highestAllowed = 3000.0f;
funds_MIDIdeviation_range = .05f;
parts_harmonicity = 1.0f;
parts_highestAllowed = 6000.0f;
parts_MIDIdeviation_range = .1f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.oneOctaveLower;
ampGlobal = .6f;
break;
case 3:
funds_harmonicity = .98f;
funds_lowest = 350.0f;
funds_highestAllowed = 3000.0f;
funds_MIDIdeviation_range = .1f;
parts_harmonicity = 1.0f;
parts_highestAllowed = 6000.0f;
parts_MIDIdeviation_range = .2f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.oneOrTwoOctavesLower;
ampGlobal = .6f;
break;
case 4:
funds_harmonicity = 1.5f;
funds_lowest = 650.0f;
funds_highestAllowed = 2000.0f;
funds_MIDIdeviation_range = .1f;
parts_harmonicity = 1.1f;
parts_highestAllowed = 6000.0f;
parts_MIDIdeviation_range = .3f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .6f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.oneOrTwoOctavesLower;
ampGlobal = .8f;
break;
case 5:
funds_harmonicity = .75f;
funds_lowest = 300.0f;
funds_highestAllowed = 2000.0f;
funds_MIDIdeviation_range = .1f;
parts_harmonicity = 1.4f;
parts_highestAllowed = 8000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveLower;
ampGlobal = .9f;
break;
case 6:
funds_harmonicity = 1.03f;
funds_lowest = 600.0f;
funds_highestAllowed = 1500.0f;
funds_MIDIdeviation_range = .1f;
parts_harmonicity = 1.4f;
parts_highestAllowed = 7000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .4f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveLower;
ampGlobal = 1f;
break;
case 7:
funds_harmonicity = 1.3f;
funds_lowest = 250.0f;
funds_highestAllowed = 2000.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .9f;
parts_highestAllowed = 7000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .3f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 1f;
break;
case 8:
funds_harmonicity = .97f;
funds_lowest = 500.0f;
funds_highestAllowed = 1500.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = 1.3f;
parts_highestAllowed = 6000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveLower;
ampGlobal = 1f;
break;
case 9:
funds_harmonicity = 1.04f;
funds_lowest = 200.0f;
funds_highestAllowed = 1000.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = 1.2f;
parts_highestAllowed = 4000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .8f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveHigher;
ampGlobal = 1.1f;
break;
case 10:
funds_harmonicity = .97f;
funds_lowest = 410.0f;
funds_highestAllowed = 1000.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .9f;
parts_highestAllowed = 2500.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .8f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveHigher;
ampGlobal = .6f;
break;
case 11:
funds_harmonicity = .55f;
funds_lowest = 410.0f;
funds_highestAllowed = 1000.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 2000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveLower;
ampGlobal = 2.5f;
break;
case 12:
funds_harmonicity = .4f;
funds_lowest = 150.0f;
funds_highestAllowed = 600.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .7f;
parts_highestAllowed = 2000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .9f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.noneOrOneOctaveHigher;
ampGlobal = 3f;
break;
case 13:
funds_harmonicity = .968f;
funds_lowest = 130.0f;
funds_highestAllowed = 600.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 1000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .2f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 5.5f;
break;
case 14:
// too large?
funds_harmonicity = .94f;
funds_lowest = 110.0f;
funds_highestAllowed = 600.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 1000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .2f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 5.5f;
break;
case 15:
funds_harmonicity = .91f;
funds_lowest = 90.0f;
funds_highestAllowed = 400.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 1000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .1f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 10.5f;
break;
case 16:
funds_harmonicity = .45f;
funds_lowest = 90.0f;
funds_highestAllowed = 300.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 1000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .5f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 9.5f;
break;
case 17:
funds_harmonicity = .25f;
funds_lowest = 87.0f;
funds_highestAllowed = 300.0f;
funds_MIDIdeviation_range = 0f;
parts_harmonicity = .5f;
parts_highestAllowed = 1000.0f;
parts_include_prob = .6f;
lightFlareEvent_shimmer_percentOfCriticalBandRange = new Vector2(0.0f, .95f);
modelTransposition = DiscModelParams_Cn.ModelTransposition.none;
ampGlobal = 11.5f;
break;
}
}
// above we define all the local vars and then assign it to our DiscModelParams class ( which have the same names )
// the DiscModelParams class is the container to return all this shit to to the MakeDiscsModel script
discModelParams = new DiscModelParams_Cn
{
funds_harmonicity = funds_harmonicity,
funds_deformation = funds_deformation,
funds_size = funds_size,
funds_lowest = funds_lowest,
funds_highestAllowed = funds_highestAllowed,
funds_MIDIdeviation_range = funds_MIDIdeviation_range,
parts_harmonicity = parts_harmonicity,
parts_deformation = parts_deformation,
parts_size = parts_size,
parts_highestAllowed = parts_highestAllowed,
parts_MIDIdeviation_range = parts_MIDIdeviation_range,
parts_include_prob = parts_include_prob,
lightFlareEvent_shimmer_percentOfCriticalBandRange = lightFlareEvent_shimmer_percentOfCriticalBandRange,
modelTransposition = modelTransposition,
ampGlobal = ampGlobal
};
return(discModelParams);
}
void Beatings_FlareEvent()
{
// we'll add extra tones to the model list, to create beatings / interest / shimmer around each fundamental and partial
// **** we only generate the extra frequencies once, on event On - this isn't an evolving list of F, A, D ****
lightFlareEvent_freqs = new List <float>(modelFreqs); // <-- for troubleshooting
InstantiateOscAddrs_FlareEvent();
discModelParams = makeDiscsModel_script.discModelParams;
sc_lightFlareEvent_shimmer_percentOfCriticalBandRange = discModelParams.lightFlareEvent_shimmer_percentOfCriticalBandRange;
foreach (float freq in modelFreqs)
{
osc_freqsFlare.Add(freq);
}
foreach (float amp in modelAmps)
{
osc_ampsFlare.Add(amp);
}
foreach (float decay in modelDecays)
{
osc_decaysFlare.Add(decay);
}
for (int f = 0; f < modelFreqs.Count; f++)
{
criticalBand = 24.7f * ((0.00437f * modelFreqs[f]) + 1);
half_criticalBand = criticalBand / 2;
// fundamental - add three extra tones
if (f == 0)
{
for (int e = 0; e < 3; e++)
{
percentOfCriticalBand = Random.Range(sc_lightFlareEvent_shimmer_percentOfCriticalBandRange[0], sc_lightFlareEvent_shimmer_percentOfCriticalBandRange[1]);
percentOfCriticalBandFreq = modelFreqs[f] + (percentOfCriticalBand * half_criticalBand);
osc_freqsFlare.Add(percentOfCriticalBandFreq);
osc_ampsFlare.Add(RandomAmp("louder", aud_lightEventType));
osc_decaysFlare.Add(RandomDecay("slower"));
// for debug:
lightFlareEvent_freqs.Add(percentOfCriticalBandFreq);
// lightFlareEvent_amps.Add( RandomAmp( "louder" ) );
// lightFlareEvent_decays.Add( RandomDecay( "slower" ) );
}
}
// upper partials - add two extra tones each
else
{
for (int e = 0; e < 2; e++)
{
percentOfCriticalBand = Random.Range(sc_lightFlareEvent_shimmer_percentOfCriticalBandRange[0], sc_lightFlareEvent_shimmer_percentOfCriticalBandRange[1]);
percentOfCriticalBandFreq = modelFreqs[f] + (percentOfCriticalBand * half_criticalBand);
osc_freqsFlare.Add(percentOfCriticalBandFreq);
osc_ampsFlare.Add(RandomAmp("softer", aud_lightEventType));
osc_decaysFlare.Add(RandomDecay("faster"));
lightFlareEvent_freqs.Add(percentOfCriticalBandFreq);
}
}
}
}