void Start()
{
// find scripts
sampleInfo_JSONParsed = GameObject.Find("loadJSON_fromMax").GetComponent <LoadJSON_FromMax>().sampleInfo_JSONParsed;
globalEvolution_script = GameObject.Find("globalEvolution").GetComponent <GlobalEvolution>();
oscOutScript = GameObject.Find("osc").GetComponent <OscOut>();
cameraExplorerParent_script = GameObject.Find("camera_explorer_parent").GetComponent <CameraExplorerParent_Movement>();
voidsAllInfo_script = GameObject.Find("voidsAllInfo").GetComponent <VoidsAllInfo>();
// init new() shit
mixer = new Mixer();
void_static_onOffCn = new OnOff_Cn();
void_static_onOffTracker = new OnOffTracker();
void_upsideDownReveal_onOffCn = new OnOff_Cn();
void_upsideDownReveal_onOffTracker = new OnOffTrackerWeighted();
// evolution and mixer
globalEvolutionState = GlobalEvolution.GlobalEvolutionState.begin;
EvolutionParams();
MixerValues_Init();
// get the methods goin'
New_Qbit_Qtype1_Transposition();
New_Qbit_Brownian_State();
// init Prevs
// json data
void_upsideDownReveal_prerecorded_brownianBufferDur = sampleInfo_JSONParsed["upsideDownReveal/1/duration"];
// start over for Methods()
start = false;
}
void Update()
{
if (firstFrame == true)
{
GameObject[] lightDiscGOs = GameObject.FindGameObjectsWithTag("disc");
foreach (GameObject lightDiscGO in lightDiscGOs)
{
lightDiscScripts.Add(lightDiscGO.GetComponent <LightDiscMovement>());
}
firstFrame = false;
}
globalEvolutionState = globalEvolution_script.globalEvolutionState;
if (globalEvolutionState == GlobalEvolution.GlobalEvolutionState.lowerAndRougher)
{
lightDiscs_numBusyFlare = 0;
foreach (LightDiscMovement lightDiscMovement in lightDiscScripts)
{
if (lightDiscMovement.busyFlare == true)
{
lightDiscs_numBusyFlare++;
}
}
// Debug.Log("numbusy " + lightDiscs_numBusyFlare);
}
}
void Update()
{
globalEvolutionState = globalEvolution_script.globalEvolutionState;
EvolutionParams();
lerp_deltaTime = Time.time - lerp_startTime;
if (stayPut == true)
{
lerp_phase = lerp_deltaTime / stayPut_duration;
if (lerp_phase > 1f)
{
New_Change();
}
}
else
{
lerp_phase = lerp_deltaTime / change_duration;
if (lerp_phase > 1)
{
New_StayPut();
}
else
{
exposure = Mathf.Lerp(change_exposureInitial, change_exposureTarget, lerp_phase);
skybox.SetFloat("_Exposure", exposure);
aud_ampLocal = Scale(exposure, 0f, 8f, 0f, 1f);
}
}
ReportOscUpdate();
}
void Update()
{
voidsAllInfo = voidsAllInfo_script.voidsAllInfo; //<-- for whether to sned upsideDownReveal or not
globalEvolutionState = globalEvolution_script.globalEvolutionState;
EvolutionParams();
// rolly transposition
if (Time.time - qbit_qtype1_transposition_timeStart >= qbit_qtype1_transposition_durTilNext)
{
qbit_qtype1_getNewTranspositionRange = true;
New_Qbit_Qtype1_Transposition();
}
else
{
qbit_qtype1_getNewTranspositionRange = false;
}
// brownian state
if (Time.time - qbit_brownianState_timeStart >= qbit_brownianState_durTilNext)
{
qbit_brownianState_getNew = true;
New_Qbit_Brownian_State();
}
else
{
qbit_brownianState_getNew = false;
}
// void static on/off
Void_Static_OnOff();
// void upsideDownReveal on/off - don't do it in the actual upsideDown
if (cameraExplorerParent_script.aud_upsideDown == false)
{
Void_UpsideDownReveal_OnOff();
}
ReportOsc();
}
void Update()
{
// ><> ><> ><> ><>
globalEvolutionState = globalEvolution_script.globalEvolutionState;
EvolutionParams();
// ><> ><> ><> ><>
selectedGO = UnityEditor.Selection.activeGameObject;
// flares cannot interrupt other flares or spins
// beginCeiling, geyser collisions cause the lightFlareEvents to begin
// lowerAndRougher, geyser collisions do nothing - see its BusyFlare_lowerAndRougher for both beginnings and proceedings
// this delegate structure is left here in case want to make the geysers do something during lowerAndRougher, i.e. see GeyserCollision_lowerAndRougher()
if (busyFlare == false && busySpin == false)
{
if (collisionGeyser == true)
{
del_geyserCollision();
}
}
// spins can interrupt flares and other spins
if (collisionQbit == true)
{
StartLightSpinEvent();
}
// flares add all freqs at event beginning ( including beatings )
// spins add diff freqs every frame
del_flareHandling();
if (busySpin == true)
{
BusySpin();
}
ReportOsc();
globalEvolutionStatePrev = globalEvolutionState;
}
void Start()
{
oscOutScript = GameObject.Find("osc").GetComponent <OscOut>();
sampleInfo_JSONParsed = GameObject.Find("loadJSON_fromMax").GetComponent <LoadJSON_FromMax>().sampleInfo_JSONParsed;
floor = GameObject.Find("floor");
floorY = floor.transform.position.y;
floorMin = floor.GetComponent <Renderer>().bounds.min;
floorMax = floor.GetComponent <Renderer>().bounds.max;
self_height = GetComponent <Renderer>().bounds.size.y;
self_material = GetComponent <Renderer>().material;
self_rigidbody = GetComponent <Rigidbody>();
lifeOnFloorDuration = UnityEngine.Random.Range(4.0f, 11.0f);
fading_duration = (1 - fading_beginsAtPercentFloorDuration) * lifeOnFloorDuration;
voidsAllInfo_script = GameObject.Find("voidsAllInfo").GetComponent <VoidsAllInfo>();
globalEvolution_script = GameObject.Find("globalEvolution").GetComponent <GlobalEvolution>();
globalEvolutionState = GlobalEvolution.GlobalEvolutionState.begin;
mixer = new Mixer();
MixerValues_Init();
EvolutionParams();
self_voidIgniterType_randomWeighted = UnityEngine.Random.Range(0f, 1f);
self_colorSaturated = self_material.color;
// the IgniterType is determined here...the VoidMesh writes my igniterType to VoidAllInfo if I am inside the VoidMesh
if (self_voidIgniterType_randomWeighted < qbitIgniter_threshold)
{
self_voidIgniterType = Void_Cn.HitByVoidIgniterType.staticAndQbit;
//self_colorSaturated = new Color( .051f, .511f, .953f, 1f );
qbitIgniterFlicker_startTime = Time.time;
qbitIgniterFlicker_startColor = self_colorSaturated;
self_colorFadedFlicker = new Color(self_colorSaturated.r, self_colorSaturated.g, self_colorSaturated.b, 0.8f);
qbitIgniterFlicker_targetColor = self_colorFadedFlicker;
this.transform.localScale = new Vector3(.3f, this.transform.localScale.y, .3f);
}
else if (self_voidIgniterType_randomWeighted >= qbitIgniter_threshold)
{
self_voidIgniterType = Void_Cn.HitByVoidIgniterType.staticOnly;
}
self_colorFadedCompletely = new Color(self_colorSaturated.r, self_colorSaturated.g, self_colorSaturated.b, 0.0f);
self_material.color = self_colorSaturated;
aud_GO_born = true;
aud_falling_begin = true;
aud_falling_bufferStartDur = UnityEngine.Random.Range(0f, sampleInfo_JSONParsed["igniterFalling/1/duration"]);
aud_curving_casetopRolly_bufferStartDur = UnityEngine.Random.Range(0f, sampleInfo_JSONParsed["igniterCurving/1/duration"]);
aud_curving_figure8s_1_bufferStartDur = UnityEngine.Random.Range(0f, sampleInfo_JSONParsed["igniterCurving/2/duration"]);
aud_curving_figure8s_2_bufferStartDur = UnityEngine.Random.Range(0f, sampleInfo_JSONParsed["igniterCurving/3/duration"]);
aud_falling_globalAmp = UnityEngine.Random.Range(falling_ampGlobalRange[0], falling_ampGlobalRange[1]);
float curving_globalAmp = UnityEngine.Random.Range(curving_ampGlobalRange[0], curving_ampGlobalRange[1]);
aud_curving_casetopRolly_globalAmp = curving_globalAmp;
aud_curving_figure8s_1_globalAmp = curving_globalAmp;
aud_curving_figure8s_2_globalAmp = curving_globalAmp;
destroyWhileFalling_random = UnityEngine.Random.Range(0f, 1f);
// Debug.Log("prob " + destroyWhileFalling_prob + " value " + destroyWhileFalling_random);
if (destroyWhileFalling_random <= destroyWhileFalling_prob)
{
destroyWhileFalling = true;
destroyWhileFalling_fallingStartTime = Time.time;
destroyWhileFalling_durTilFade = UnityEngine.Random.Range(destroyWhileFalling_durTilFadeRange[0], destroyWhileFalling_durTilFadeRange[1]);
// Debug.Log(destroyWhileFalling_durTilFade);
}
New_FallingTranspRange();
New_Curving_figure8s_1_TranspRange();
New_Curving_figure8s_2_TranspRange();
InstantiateOscLists();
ReportOscStart();
}
void Update()
{
if (voidMeshScript.iAmOpen == true)
{
globalEvolutionState = globalEvolution_script.globalEvolutionState;
voidsNumOpen = 0;
foreach (Void_Cn voidEntry in voidsAllInfo_script.voidsAllInfo)
{
voidsNumOpen++;
}
shapeModule.position = voidMeshScript.self_voidAllInfo.centroid;
numParticles = particleSystem1.particleCount;
if (firstGeyserEvent == true)
{
if (firstGeyserEvent_recordStartTime == true)
{
firstGeyserEvent_recordStartTime = false;
firstGeyserEvent_postponeStartTime = Time.time;
firstGeyserEvent_postponeDuration = Random.Range(2.0f, 4.0f);
}
else
{
if (Time.time - firstGeyserEvent_postponeStartTime >= firstGeyserEvent_postponeDuration)
{
NewGeyserEvent();
firstGeyserEvent = false;
}
}
}
else
{
// the following ways, we only report 1 value for each of geyser on and off
if (currentGeyser_deltaTime >= durationBetweenGeysers)
{
NewGeyserEvent();
}
currentGeyser_deltaTime = Time.time - currentGeyser_startTime;
if (aGeyserIsActive == true)
{
// stop before ceiling:
if (currentGeyser_stopB4Ceiling == true)
{
CheckFading_stopAfterDur();
}
// hits ceiling:
else
{
CheckFading_hitsCeiling();
}
ReportOsc();
if (aud_geyserOnEvent == true)
{
aud_geyserOnEvent = false;
}
if (aud_geyserOffEvent == true)
{
aud_geyserOffEvent = false;
}
}
}
numParticlesPrev = numParticles;
}
}
void Update()
{
globalEvolutionState = globalEvolution_script.globalEvolutionState;
EvolutionParams();
currentState_numHarmonies = scoreDiscs.currentState_numHarmonies;
if (firstFrame == true)
{
allDiscGOs = GameObject.FindGameObjectsWithTag("disc");
allDiscGOs_movementScripts = new List <LightDiscMovement>();
foreach (GameObject discGO in allDiscGOs)
{
allDiscGOs_movementScripts.Add(discGO.GetComponent <LightDiscMovement>());
}
firstFrame = false;
}
del_checkIfNewModel();
if (makeNewModel == true)
{
// SCORE
GetCurrentHarmonyParamsFromScore();
harmonyLookupIndex = (harmonyLookupIndex + 1) % currentState_numHarmonies; // augment harmonyLookupIndex counter for next time around
fundamentals_pool = new List <float>();
fundamentals_discs = new List <float>();
discsModel = new List <DiscModel_Cn>();
makeNewModel = false;
// ****************
// pool of fundamentals that reflects model, but with no deviation yet added
this_fundamental = funds_lowest;
funds_loopCounter = 1;
while (this_fundamental <= funds_highestAllowed)
{
// Carmine Cella's generalized series for the fundamentals' relationship across discs:
this_fundamental = funds_lowest * (Mathf.Pow(funds_loopCounter, funds_harmonicity) * Mathf.Pow(funds_deformation, funds_loopCounter) + funds_size);
fundamentals_pool.Add(this_fundamental);
funds_loopCounter++;
}
// ****************
// we have, say, 6 at most fundamentals, but 36 discs
// randomly assign one to each
for (int i = 0; i < numDiscs; i++)
{
fundamentals_discs.Add(fundamentals_pool[Random.Range(0, fundamentals_pool.Count)]);
}
// ****************
// randomly deviate from each fundamental according to what's requested
for (int i = 0; i < numDiscs; i++)
{
this_deviation = Random.Range(0.0f, funds_MIDIdeviation_range);
float midi = ftom(fundamentals_discs[i]);
if (funds_MIDIdeviation_mode == FundsDeviationMode.above)
{
midi += this_deviation;
}
else if (funds_MIDIdeviation_mode == FundsDeviationMode.below)
{
midi -= this_deviation;
}
else if (funds_MIDIdeviation_mode == FundsDeviationMode.bothSides)
{
int randomSign = Random.Range(0, 2) * 2 - 1; // <---- COOL way to get a random plus or minus
this_deviation *= randomSign;
midi += this_deviation;
}
fundamentals_discs[i] = mtof(midi);
}
// ****************
// from each disc / fundamental, make partials
for (int d = 0; d < numDiscs; d++)
{
freqs = new List <float>();
amps = new List <float>();
decays = new List <float>();
this_fundamental = fundamentals_discs[d];
this_partial = 0;
freqs.Add(this_fundamental);
amps.Add(mx_fund_amp);
decays.Add(mx_fund_decay);
parts_loopCounter = 2;
parts_include_thresholdValue = Mathf.RoundToInt(Scale(parts_include_prob, 0.0f, 1.0f, 0, 1999));
while (this_partial <= parts_highestAllowed)
{
// ****************
// whether to even include this partial
parts_include_selectedValue = Random.Range(0, 2000);
if (parts_include_selectedValue <= parts_include_thresholdValue)
{
// the generalized series for the partials' relationships within a disc:
this_partial = this_fundamental * (Mathf.Pow(parts_loopCounter, parts_harmonicity) * Mathf.Pow(parts_deformation, parts_loopCounter) + parts_size);
// ****************
// randomly deviate from each partial according to what's requested
this_deviation = Random.Range(0.0f, parts_MIDIdeviation_range);
float midi = ftom(this_partial);
if (parts_MIDIdeviation_mode == PartsDeviationMode.above)
{
midi += this_deviation;
}
else if (parts_MIDIdeviation_mode == PartsDeviationMode.below)
{
midi -= this_deviation;
}
else if (parts_MIDIdeviation_mode == PartsDeviationMode.bothSides)
{
int randomSign = Random.Range(0, 2) * 2 - 1;
this_deviation *= randomSign;
midi += this_deviation;
}
freqs.Add(mtof(midi));
amps.Add(Random.Range(mx_partials_ampsRange[0], mx_partials_ampsRange[1]));
decays.Add(mx_partials_decay);
parts_loopCounter++;
}
}
// discsModel is a list of the class DiscModel with as many entries as there are lightdiscs on the ceiling
// so discsModel is a class containing, e.g. 36, soundsrandomly baked according to the desired Generalized Series
// in addition, each lightdisc GO randomly selects which of these entries to play when they are stuck by a geyser
discsModel.Add(new DiscModel_Cn {
freqs = freqs, amps = amps, decays = decays, modelTransposition = _modelTransposition, ampGlobal = _ampGlobal
});
}
}
discsBusyPrev = discsBusy;
globalEvolutionStatePrev = globalEvolutionState;
}
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);
}
