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Change parameter range for most continuous params to 0..10 (#6)
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Instead of having 0.0 .. 1.0 as the range for continuous parameters,
change to using 0 .. 10 which looks better in the GUI.

Exceptions:
- Filter tracking is still 0..1 (and should be increased to
  a maximum of 1.5 perhaps)?
- Osc detune is still 0..1 (because it is in semitones, just like
  pitch).
- Tune is -1..1 (because it is +/-1 one semitone).

Also leave the unused1 and unused2 parameters at 0..1 .

In conjunction with this, change the proc/process function name
prefix to set for all parameter setting functions.
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Ricard Wanderlof committed Mar 25, 2024
1 parent 055a23a commit 7c816b7
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Showing 5 changed files with 214 additions and 211 deletions.
5 changes: 3 additions & 2 deletions plugins/mimid/Engine/AudioUtils.h
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Expand Up @@ -113,16 +113,17 @@ inline static float tptlpc(float &state, float inp, float lpc)

inline static float linsc(float param,const float min,const float max)
{
return (param) * (max - min) + min;
return (param * 0.1) * (max - min) + min;
}

inline static float logsc(float param, const float min,const float max,const float rolloff = 19.0f)
{
return ((expf(param * logf(rolloff+1)) - 1.0f) / (rolloff)) * (max-min) + min;
return ((expf(param * 0.1 * logf(rolloff+1)) - 1.0f) / (rolloff)) * (max-min) + min;
}

inline static float timesc(float param, const float min, const float max)
{
param *= 0.1;
param *= param * param * param * param; // param ** 5
return param * (max - min) + min;
}
2 changes: 1 addition & 1 deletion plugins/mimid/Engine/Lfo.h
View file
Expand Up @@ -241,7 +241,7 @@ class Lfo
void recalcRate(float param)
{
const int ratesCount = 9;
int parval = (int)(param*(ratesCount-1));
int parval = (int)(param * (ratesCount - 1) / 10);
float rt = 1;
switch(parval)
{
Expand Down
164 changes: 82 additions & 82 deletions plugins/mimid/Engine/ParamDefs.h
View file
Expand Up @@ -40,7 +40,7 @@
// ParamsEnum.h extracts the symbol (first parameter) in the macros
// in order to create enums, like the Parameters enum (order is
// important),
// MiMi-d.cpp sets up the process callbacks, and names and symbols
// MiMi-d.cpp sets up the set callbacks, and names and symbols
// of the parameters (and in this case the order is not important).

// Parameter groups
Expand Down Expand Up @@ -93,136 +93,136 @@
// Parameters

// Main
PARAM(VOLUME, PG_MAIN, SP_NONE, "Volume", "volume", 0.0, 1.0, 0.5, processVolume)
PARAM(PORTAMENTO, PG_MAIN, SP_NONE, "Portamento", "portamento", 0.0, 1.0, 0.0, processPortamento)
PARAM(TUNE, PG_MAIN, SP_NONE, "Tune", "tune", 0.0, 1.0, 0.5, processTune)
PARAM(OCTAVE, PG_MAIN, SP_OCTAVE, "Octave", "octave", 0.0, SP_MAX, 2, processOctave)
PARAM(VOLUME, PG_MAIN, SP_NONE, "Volume", "volume", 0, 10, 5, setVolume)
PARAM(PORTAMENTO, PG_MAIN, SP_NONE, "Portamento", "portamento", 0, 10, 0, setPortamento)
PARAM(TUNE, PG_MAIN, SP_NONE, "Tune", "tune", -1.0, 1.0, 0.0, setTune)
PARAM(OCTAVE, PG_MAIN, SP_OCTAVE, "Octave", "octave", 0, SP_MAX, 2, setOctave)

// Key assignment #1 (general)
PARAM(VOICE_COUNT, PG_KEYASGN, SP_VOICECOUNT, "VoiceCount", "voicecount", 0.0, SP_MAX, 5, setVoiceCount)
PARAM(ASGN_MODE, PG_KEYASGN, SP_ASGNMODE, "Assign Mode", "keyasgnmode", 0.0, SP_MAX, 0.0, processKeyAsgnMode)
PARAM(VOICE_COUNT, PG_KEYASGN, SP_VOICECOUNT, "VoiceCount", "voicecount", 0, SP_MAX, 5, setVoiceCount)
PARAM(ASGN_MODE, PG_KEYASGN, SP_ASGNMODE, "Assign Mode", "keyasgnmode", 0, SP_MAX, 0, setKeyAsgnMode)
// Envelope reset
PARAM(ENV_RST, PG_KEYASGN, SP_ENVRST, "Envelope Attack", "envrst", 0.0, SP_MAX, 0.0, procEnvRst)
PARAM(ENV_RST, PG_KEYASGN, SP_ENVRST, "Envelope Attack", "envrst", 0, SP_MAX, 0, setEnvRst)
// Single trig: behavior during rob and restore
PARAM(ASGN_STRG, PG_KEYASGN, SP_ASGNSTRG, "Single Trig", "keyassignstrg", 0.0, SP_MAX, 0.0, procKeyAsgnStrg)
PARAM(ASGN_STRG, PG_KEYASGN, SP_ASGNSTRG, "Single Trig", "keyassignstrg", 0, SP_MAX, 0, setKeyAsgnStrg)

// Key assignment #2 (modes)
// ReSet to Zero (lowest) voice (default cyclic)
PARAM(ASGN_RSZ, PG_KEYASGN, SP_CYCRSZ, "Assign Order", "keyassignrsz", 0.0, SP_MAX, 0.0, procKeyAsgnRsz)
PARAM(ASGN_RSZ, PG_KEYASGN, SP_CYCRSZ, "Assign Order", "keyassignrsz", 0, SP_MAX, 0, setKeyAsgnRsz)
// Prefer assign to voice previously with same note
PARAM(ASGN_MEM, PG_KEYASGN, SP_ASGNMEM, "Assign Memory", "keyassignmem", 0.0, SP_MAX, 0.0, procKeyAsgnMem)
PARAM(ASGN_MEM, PG_KEYASGN, SP_ASGNMEM, "Assign Memory", "keyassignmem", 0, SP_MAX, 0, setKeyAsgnMem)
// Rob a playing voice if no unplaying available
// two modes: oldest (O) and next-to-lowest (NL)
PARAM(ASGN_ROB, PG_KEYASGN, SP_ASGNROB, "Voice Rob", "keyassignrob", 0.0, SP_MAX, 0.0, procKeyAsgnRob)
PARAM(ASGN_ROB, PG_KEYASGN, SP_ASGNROB, "Voice Rob", "keyassignrob", 0, SP_MAX, 0, setKeyAsgnRob)
// Restore mode: Store notes until voice available
PARAM(ASGN_RES, PG_KEYASGN, SP_ASGNRES, "Voice Restore", "keyassignres", 0.0, SP_MAX, 0.0, procKeyAsgnRes)
PARAM(ASGN_RES, PG_KEYASGN, SP_ASGNRES, "Voice Restore", "keyassignres", 0, SP_MAX, 0, setKeyAsgnRes)

// Bend
PARAM(BENDRANGE, PG_BEND, SP_BENDRANGE, "Range", "bendrange", 0.0, SP_MAX, 0.0, procPitchWheelAmount)
PARAM(BENDDEST, PG_BEND, SP_BENDDEST, "Dest", "benddest", 0.0, SP_MAX, 0.0, procPitchWheelDest)
PARAM(BENDRANGE, PG_BEND, SP_BENDRANGE, "Range", "bendrange", 0, SP_MAX, 0, setPitchWheelAmount)
PARAM(BENDDEST, PG_BEND, SP_BENDDEST, "Dest", "benddest", 0, SP_MAX, 0, setPitchWheelDest)

// LFO1 #1 (main: freq, wave, basic amount)
PARAM(LFO1FREQ, PG_LFO1, SP_NONE, "Rate", "lfo1rate", 0.0, 1.0, 0.0, processLfo1Frequency)
PARAM(LFO1WAVE, PG_LFO1, SP_LFOWAVE, "Wave", "lfo1wave", 0.0, SP_MAX, 0.0, processLfo1Wave)
PARAM(LFO1AMT, PG_LFO1, SP_NONE, "Iniital Amount", "lfo1amount", 0.0, 1.0, 0.0, processLfo1Amt)
PARAM(LFO1DEST, PG_LFO1, SP_LFODEST, "Dest", "lfo1dest", 0.0, SP_MAX, 0.0, processLfo1Dest)
PARAM(LFO1FREQ, PG_LFO1, SP_NONE, "Rate", "lfo1rate", 0, 10, 0, setLfo1Frequency)
PARAM(LFO1WAVE, PG_LFO1, SP_LFOWAVE, "Wave", "lfo1wave", 0, SP_MAX, 0, setLfo1Wave)
PARAM(LFO1AMT, PG_LFO1, SP_NONE, "Iniital Amount", "lfo1amount", 0, 10, 0, setLfo1Amt)
PARAM(LFO1DEST, PG_LFO1, SP_LFODEST, "Dest", "lfo1dest", 0, SP_MAX, 0, setLfo1Dest)
// LFO1 #2 (secondary: sync, controllers, polarity)
PARAM(LFO1_CONTRAMT, PG_LFO1, SP_NONE, "Controller Amount", "lfo1contramt", 0.0, 1.0, 0.0, procLfo1ControllerAmt)
PARAM(LFO1_AMT_CTRL, PG_LFO1, SP_LFOCONTR, "Controller", "lfo1amtcont", 0.0, SP_MAX, 0.0, procLfo1Controller)
PARAM(LFO1_POLARITY, PG_LFO1, SP_POLARITY, "Polarity", "lfo1polarity", 0.0, SP_MAX, 0.0, procLfo1Polarity)
PARAM(LFO1SYNC, PG_LFO1, SP_LFOSYNC, "Sync", "lfo1sync", 0.0, SP_MAX, 0.0, procLfo1Sync)
PARAM(LFO1_CONTRAMT, PG_LFO1, SP_NONE, "Controller Amount", "lfo1contramt", 0, 10, 0, setLfo1ControllerAmt)
PARAM(LFO1_AMT_CTRL, PG_LFO1, SP_LFOCONTR, "Controller", "lfo1amtcont", 0, SP_MAX, 0, setLfo1Controller)
PARAM(LFO1_POLARITY, PG_LFO1, SP_POLARITY, "Polarity", "lfo1polarity", 0, SP_MAX, 0, setLfo1Polarity)
PARAM(LFO1SYNC, PG_LFO1, SP_LFOSYNC, "Sync", "lfo1sync", 0, SP_MAX, 0, setLfo1Sync)

// LFO2 #1 (main: freq, wave, basic amount)
PARAM(LFO2FREQ, PG_LFO2, SP_NONE, "Rate", "lfo2frequency", 0.0, 1.0, 0.6, processLfo2Frequency)
PARAM(LFO2WAVE, PG_LFO2, SP_LFOWAVE, "Wave", "lfo2wave", 0.0, SP_MAX, 0.0, processLfo2Wave)
PARAM(LFO2AMT, PG_LFO2, SP_NONE, "Iniital Amount", "lfo2amount", 0.0, 1.0, 0.0, processLfo2Amt)
PARAM(LFO2DEST, PG_LFO2, SP_LFODEST, "Dest", "lfo2dest", 0.0, SP_MAX, 0.0, processLfo2Dest)
PARAM(LFO2FREQ, PG_LFO2, SP_NONE, "Rate", "lfo2frequency", 0, 10, 6, setLfo2Frequency)
PARAM(LFO2WAVE, PG_LFO2, SP_LFOWAVE, "Wave", "lfo2wave", 0, SP_MAX, 0, setLfo2Wave)
PARAM(LFO2AMT, PG_LFO2, SP_NONE, "Iniital Amount", "lfo2amount", 0, 10, 0, setLfo2Amt)
PARAM(LFO2DEST, PG_LFO2, SP_LFODEST, "Dest", "lfo2dest", 0, SP_MAX, 0, setLfo2Dest)
// LFO2 #2 (secondary: sync, controllers, polarity)
PARAM(LFO2_CONTRAMT, PG_LFO2, SP_NONE, "Controller Amount", "lfo2contramt", 0.0, 1.0, 0.0, procLfo2ControllerAmt)
PARAM(LFO2_AMT_CTRL, PG_LFO2, SP_LFOCONTR, "Controller", "lfo2amtcont", 0.0, SP_MAX, 0.0, procLfo2Controller)
PARAM(LFO2_POLARITY, PG_LFO2, SP_POLARITY, "Polarity", "lfo2polarity", 0.0, SP_MAX, 0.0, procLfo2Polarity)
PARAM(LFO2SYNC, PG_LFO2, SP_LFOSYNC, "Sync", "lfo2sync", 0.0, SP_MAX, 0.0, procLfo2Sync)
PARAM(LFO2_CONTRAMT, PG_LFO2, SP_NONE, "Controller Amount", "lfo2contramt", 0, 10, 0, setLfo2ControllerAmt)
PARAM(LFO2_AMT_CTRL, PG_LFO2, SP_LFOCONTR, "Controller", "lfo2amtcont", 0, SP_MAX, 0, setLfo2Controller)
PARAM(LFO2_POLARITY, PG_LFO2, SP_POLARITY, "Polarity", "lfo2polarity", 0, SP_MAX, 0, setLfo2Polarity)
PARAM(LFO2SYNC, PG_LFO2, SP_LFOSYNC, "Sync", "lfo2sync", 0, SP_MAX, 0, setLfo2Sync)

// Osc 1
PARAM(OSC1_DET, PG_OSC1, SP_NONE, "Detune", "osc1detune", 0.0, 1.0, 0.0, processOsc1Det)
PARAM(OSC1P, PG_OSC1, SP_OSCFREQ, "Pitch", "osc1pitch", 0.0, SP_MAX, 0.0, processOsc1Pitch)
PARAM(OSC1PW, PG_OSC1, SP_NONE, "PulseWidth", "osc1pw", 0.0, 1.0, 0.0, processOsc1PulseWidth)
PARAM(OSC1WAVE, PG_OSC1, SP_OSCWAVE, "Wave", "osc1wave", 0.0, SP_MAX, 1.0, processOsc1Wave)
PARAM(OSC1_DET, PG_OSC1, SP_NONE, "Detune", "osc1detune", 0.0, 1.0, 0.0, setOsc1Det)
PARAM(OSC1P, PG_OSC1, SP_OSCFREQ, "Pitch", "osc1pitch", 0, SP_MAX, 0, setOsc1Pitch)
PARAM(OSC1PW, PG_OSC1, SP_NONE, "PulseWidth", "osc1pw", 0, 10, 0, setOsc1PulseWidth)
PARAM(OSC1WAVE, PG_OSC1, SP_OSCWAVE, "Wave", "osc1wave", 0, SP_MAX, 0, setOsc1Wave)

// Osc 2
PARAM(OSC2_DET, PG_OSC2, SP_NONE, "Detune", "osc2detune", 0.0, 1.0, 0.0, processOsc2Det)
PARAM(OSC2P, PG_OSC2, SP_OSCFREQ, "Pitch", "osc2pitch", 0.0, SP_MAX, 0.0, processOsc2Pitch)
PARAM(OSC2PW, PG_OSC2, SP_NONE, "PulseWidth", "osc2pw", 0.0, 1.0, 0.0, processOsc2PulseWidth)
PARAM(OSC2WAVE, PG_OSC2, SP_OSCWAVE, "Wave", "osc2wave", 0.0, SP_MAX, 1.0, processOsc2Wave)
PARAM(OSC2_DET, PG_OSC2, SP_NONE, "Detune", "osc2detune", 0.0, 1.0, 0.0, setOsc2Det)
PARAM(OSC2P, PG_OSC2, SP_OSCFREQ, "Pitch", "osc2pitch", 0, SP_MAX, 0, setOsc2Pitch)
PARAM(OSC2PW, PG_OSC2, SP_NONE, "PulseWidth", "osc2pw", 0, 10, 0, setOsc2PulseWidth)
PARAM(OSC2WAVE, PG_OSC2, SP_OSCWAVE, "Wave", "osc2wave", 0, SP_MAX, 1, setOsc2Wave)

// Osc common (osc modulation and key sync)
PARAM(XMOD, PG_OSC_COM, SP_NONE, "Xmod", "xmod", 0.0, 1.0, 0.0, processOsc2Xmod)
PARAM(OSC2FLTMOD, PG_OSC_COM, SP_NONE, "Osc2FilterMod", "osc2filtermod", 0.0, 1.0, 0.0, processOsc2FltMod)
PARAM(OSCSYNC_LEVEL, PG_OSC_COM, SP_NONE, "SyncLevel", "synclevel", 0.0, 1.0, 0.0, processOsc2SyncLevel)
PARAM(OSC_KEY_SYNC, PG_OSC_COM, SP_KEYSYNC, "Waveform Reset", "osckeysync", 0.0, SP_MAX, 0.0, procOscKeySync)
PARAM(XMOD, PG_OSC_COM, SP_NONE, "Xmod", "xmod", 0, 10, 0, setOsc2Xmod)
PARAM(OSC2FLTMOD, PG_OSC_COM, SP_NONE, "Osc2FilterMod", "osc2filtermod", 0, 10, 0, setOsc2FltMod)
PARAM(OSCSYNC_LEVEL, PG_OSC_COM, SP_NONE, "SyncLevel", "synclevel", 0, 10, 0, setOsc2SyncLevel)
PARAM(OSC_KEY_SYNC, PG_OSC_COM, SP_KEYSYNC, "Waveform Reset", "osckeysync", 0, SP_MAX, 0, setOscKeySync)

// Mixer and osc 3
PARAM(OSC1MIX, PG_MIXER, SP_NONE, "Osc1Mix", "osc1mix", 0.0, 1.0, 0.0, processOsc1Mix)
PARAM(OSC2MIX, PG_MIXER, SP_NONE, "Osc2Mix", "osc2mix", 0.0, 1.0, 1.0, processOsc2Mix)
PARAM(OSC3MIX, PG_MIXER, SP_NONE, "Osc3Mix", "osc3mix", 0.0, 1.0, 0.0, processOsc3Mix)
PARAM(OSC3WAVE, PG_MIXER, SP_OSC3WAVE, "Osc3Wave", "osc3wave",0.0, SP_MAX, 0.0, processOsc3Wave)
PARAM(OSC1MIX, PG_MIXER, SP_NONE, "Osc1Mix", "osc1mix", 0, 10, 0, setOsc1Mix)
PARAM(OSC2MIX, PG_MIXER, SP_NONE, "Osc2Mix", "osc2mix", 0, 10, 10, setOsc2Mix)
PARAM(OSC3MIX, PG_MIXER, SP_NONE, "Osc3Mix", "osc3mix", 0, 10, 0, setOsc3Mix)
PARAM(OSC3WAVE, PG_MIXER, SP_OSC3WAVE, "Osc3Wave", "osc3wave", 0, SP_MAX, 0, setOsc3Wave)

// Filter
PARAM(CUTOFF, PG_FILTER, SP_NONE, "Cutoff", "cutoff", 0.0, 1.0, 1.0, processCutoff)
PARAM(RESONANCE, PG_FILTER, SP_NONE, "Resonance", "resonance", 0.0, 1.0, 0.0, processResonance)
PARAM(FLT_KF, PG_FILTER, SP_NONE, "KeyTrack", "keytrack", 0.0, 1.0, 0.0, processFilterKeyFollow)
PARAM(ENVELOPE_AMT, PG_FILTER, SP_NONE, "EnvAmount", "filterenvamount", 0.0, 1.0, 0.0, processFilterEnvelopeAmt)
PARAM(CUTOFF, PG_FILTER, SP_NONE, "Cutoff", "cutoff", 0, 10, 10, setCutoff)
PARAM(RESONANCE, PG_FILTER, SP_NONE, "Resonance", "resonance", 0, 10, 0, setResonance)
PARAM(FLT_KF, PG_FILTER, SP_NONE, "KeyTrack", "keytrack", 0.0, 1.0, 0.0, setFilterKeyFollow)
PARAM(ENVELOPE_AMT, PG_FILTER, SP_NONE, "EnvAmount", "filterenvamount", 0, 10, 0, setFilterEnvelopeAmt)

// Filter configuration
PARAM(RESPONSE, PG_FILTERCFG, SP_NONE, "Pole Count", "response", 1.0, 4.0, 4.0, processResponse)
PARAM(FENV_INVERT, PG_FILTERCFG, SP_ONOFF, "Env Invert", "fenvinvert", 0.0, SP_MAX, 0.0, processInvertFenv)
PARAM(FENV_LINEAR, PG_FILTERCFG, SP_ONOFF, "Linear Env", "fenvlinear", 0.0, SP_MAX, 0.0, procFenvLinear)
PARAM(RESPONSE, PG_FILTERCFG, SP_NONE, "Pole Count", "response", 1, 4, 4, setResponse)
PARAM(FENV_INVERT, PG_FILTERCFG, SP_ONOFF, "Env Invert", "fenvinvert", 0, SP_MAX, 0, setInvertFenv)
PARAM(FENV_LINEAR, PG_FILTERCFG, SP_ONOFF, "Linear Env", "fenvlinear", 0, SP_MAX, 0, setFenvLinear)

// FENV
PARAM(FATK, PG_FENV, SP_NONE, "Attack", "filterattack", 0.0, 1.0, 0.0, processFilterEnvelopeAttack)
PARAM(FDEC, PG_FENV, SP_NONE, "Decay", "filterdecay", 0.0, 1.0, 0.0, processFilterEnvelopeDecay)
PARAM(FSUS, PG_FENV, SP_NONE, "Sustain", "filtersustain", 0.0, 1.0, 1.0, processFilterEnvelopeSustain)
PARAM(FSUST, PG_FENV, SP_NONE, "SustainTime", "filtersustaintime", 0.0, 1.0, 1.0, processFilterEnvelopeSustainTime)
PARAM(FATK, PG_FENV, SP_NONE, "Attack", "filterattack", 0, 10, 0, setFilterEnvelopeAttack)
PARAM(FDEC, PG_FENV, SP_NONE, "Decay", "filterdecay", 0, 10, 0, setFilterEnvelopeDecay)
PARAM(FSUS, PG_FENV, SP_NONE, "Sustain", "filtersustain", 0, 10, 10, setFilterEnvelopeSustain)
PARAM(FSUST, PG_FENV, SP_NONE, "SustainTime", "filtersustaintime", 0, 10, 10, setFilterEnvelopeSustainTime)

// LENV
PARAM(LATK, PG_LENV, SP_NONE, "Attack", "attack", 0.0, 1.0, 0.0, processLoudnessEnvelopeAttack)
PARAM(LDEC, PG_LENV, SP_NONE, "Decay", "decay", 0.0, 1.0, 0.0, processLoudnessEnvelopeDecay)
PARAM(LSUS, PG_LENV, SP_NONE, "Sustain", "sustain", 0.0, 1.0, 1.0, processLoudnessEnvelopeSustain)
PARAM(LSUST, PG_LENV, SP_NONE, "SustainTime", "sustaintime", 0.0, 1.0, 1.0, processLoudnessEnvelopeSustainTime)
PARAM(LATK, PG_LENV, SP_NONE, "Attack", "attack", 0, 10, 0, setLoudnessEnvelopeAttack)
PARAM(LDEC, PG_LENV, SP_NONE, "Decay", "decay", 0, 10, 0, setLoudnessEnvelopeDecay)
PARAM(LSUS, PG_LENV, SP_NONE, "Sustain", "sustain", 0, 10, 10, setLoudnessEnvelopeSustain)
PARAM(LSUST, PG_LENV, SP_NONE, "SustainTime", "sustaintime", 0, 10, 10, setLoudnessEnvelopeSustainTime)

// Env release
PARAM(FREL, PG_REL, SP_NONE, "Filter Release", "filterrelease", 0.0, 1.0, 0.0, processFilterEnvelopeRelease)
PARAM(LREL, PG_REL, SP_NONE, "Loudness Release", "release", 0.0, 1.0, 0.0, processLoudnessEnvelopeRelease)
PARAM(FREL, PG_REL, SP_NONE, "Filter Release", "filterrelease", 0, 10, 0, setFilterEnvelopeRelease)
PARAM(LREL, PG_REL, SP_NONE, "Loudness Release", "release", 0, 10, 0, setLoudnessEnvelopeRelease)

// VCA (+ Loudness envelope control)
PARAM(HPFFREQ, PG_VCA, SP_NONE, "HPFfreq", "hpffreq", 0.0, 1.0, 0.0, processHPFfreq)
PARAM(VCADRIVE, PG_VCA, SP_NONE, "VCADrive", "vcadrive", 0.0, 1.0, 0.0, processVCADrive)
PARAM(ENV_MODE, PG_VCA, SP_ENVMODE, "EnvMode", "envmode", 0.0, SP_MAX, 0.0, procEnvMode)
PARAM(HPFFREQ, PG_VCA, SP_NONE, "HPFfreq", "hpffreq", 0, 10, 0, setHPFfreq)
PARAM(VCADRIVE, PG_VCA, SP_NONE, "VCADrive", "vcadrive", 0, 10, 0, setVCADrive)
PARAM(ENV_MODE, PG_VCA, SP_ENVMODE, "EnvMode", "envmode", 0, SP_MAX, 0, setEnvMode)

// Controller sensitivity and control (velocity and aftertouch)
PARAM(VEL_SCALE, PG_CONTR, SP_NONE, "Velocity Scale", "velocityscale", 0.0, 1.0, 0.0, procVelocityScale)
PARAM(AT_SCALE, PG_CONTR, SP_NONE, "AfterTouch Scale", "aftertouchscale", 0.0, 1.0, 0.0, procAfterTouchScale)
PARAM(VFLTENV, PG_CONTR, SP_NONE, "FilterEnv Velocity", "vfltfactor", 0.0, 1.0, 0.0, procFltVelocityAmount)
PARAM(VAMPENV, PG_CONTR, SP_NONE, "Amp Velocity", "vampfactor", 0.0, 1.0, 0.0, procAmpVelocityAmount)
PARAM(VEL_SCALE, PG_CONTR, SP_NONE, "Velocity Scale", "velocityscale", 0, 10, 5, setVelocityScale)
PARAM(AT_SCALE, PG_CONTR, SP_NONE, "AfterTouch Scale", "aftertouchscale", 0, 10, 5, setAfterTouchScale)
PARAM(VFLTENV, PG_CONTR, SP_NONE, "FilterEnv Velocity", "vfltfactor", 0, 10, 0, setFltVelocityAmount)
PARAM(VAMPENV, PG_CONTR, SP_NONE, "Amp Velocity", "vampfactor", 0, 10, 0, setAmpVelocityAmount)

// Spread control
// #1 (freqs and levels)
PARAM(UDET, PG_SPREAD, SP_NONE, "OscSpread", "oscspread", 0.0, 1.0, 0.2, processOscSpread)
PARAM(FILTERDER, PG_SPREAD, SP_NONE, "FilterSpread", "filtespread", 0.0, 1.0, 0.3, processFilterSpread)
PARAM(LEVEL_DIF, PG_SPREAD, SP_NONE, "LevelSpread", "levelspread", 0.0, 1.0, 0.3, processLoudnessSpread)
PARAM(PANSPREAD, PG_SPREAD, SP_NONE, "PanSpread", "panspread", 0.0, 1.0, 0.1, processPanSpread)
PARAM(UDET, PG_SPREAD, SP_NONE, "OscSpread", "oscspread", 0, 10, 2, setOscSpread)
PARAM(FILTERDER, PG_SPREAD, SP_NONE, "FilterSpread", "filtespread", 0, 10, 3, setFilterSpread)
PARAM(LEVEL_DIF, PG_SPREAD, SP_NONE, "LevelSpread", "levelspread", 0, 10, 3, setLoudnessSpread)
PARAM(PANSPREAD, PG_SPREAD, SP_NONE, "PanSpread", "panspread", 0, 10, 1, setPanSpread)
// #1 (times and speeds)
PARAM(ENVDER, PG_SPREAD, SP_NONE, "EnvelopeSpread", "envelopspread", 0.0, 1.0, 0.0, processEnvelopeSpread)
PARAM(PORTADER, PG_SPREAD, SP_NONE, "PortamentoSpread", "portamentospread", 0.0, 1.0, 0.3, processPortamentoSpread)
PARAM(LFOSPREAD, PG_SPREAD, SP_NONE, "LfoSpread", "lfospread", 0.0, 1.0, 0.0, processLfoSpread)
PARAM(ENVDER, PG_SPREAD, SP_NONE, "EnvelopeSpread", "envelopspread", 0, 10, 0, setEnvelopeSpread)
PARAM(PORTADER, PG_SPREAD, SP_NONE, "PortamentoSpread", "portamentospread", 0, 10, 3, setPortamentoSpread)
PARAM(LFOSPREAD, PG_SPREAD, SP_NONE, "LfoSpread", "lfospread", 0, 10, 0, setLfoSpread)

// DSP control
PARAM(OVERSAMPLE, PG_DSP, SP_ONOFF, "Oversample", "oversample", 0.0, SP_MAX, 1.0, processOversampling)
PARAM(ECONOMY_MODE, PG_DSP, SP_ONOFF, "Economy Mode", "economymode", 0.0, SP_MAX, 1.0, procEconomyMode)
PARAM(OVERSAMPLE, PG_DSP, SP_ONOFF, "Oversample", "oversample", 0, SP_MAX, 10, setOversampling)
PARAM(ECONOMY_MODE, PG_DSP, SP_ONOFF, "Economy Mode", "economymode", 0, SP_MAX, 10, setEconomyMode)

// Misc/Debug
PARAM(UNUSED_1, PG_MISC, SP_NONE, "Debug 1", "unused_1", 0.0, 1.0, 0.0, procUnused1)
PARAM(UNUSED_2, PG_MISC, SP_NONE, "Debug 2", "unused_2", 0.0, 1.0, 0.0, procUnused2)
PARAM(UNUSED_1, PG_MISC, SP_NONE, "Debug 1", "unused_1", 0, 1.0, 0, procUnused1)
PARAM(UNUSED_2, PG_MISC, SP_NONE, "Debug 2", "unused_2", 0, 1.0, 0, procUnused2)

// Clean up for potential re-inclusion of file with new definitions
#undef PARAMPOINTS
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