SynthLab SDK
Macros | Enumerations | Variables
synthconstants.h File Reference

See also Designing Software Synthesizers in C++ 2nd Ed. by Will Pirkle. More...

#include <cmath>
#include <random>
#include <string>
#include <sstream>
#include <vector>
#include <stdint.h>
#include <memory>

Go to the source code of this file.

Macros

#define _MATH_DEFINES_DEFINED
 
#define FLT_EPSILON_PLUS   1.192092896e-07
 /* smallest such that 1.0+FLT_EPSILON != 1.0 */
 
#define FLT_EPSILON_MINUS   -1.192092896e-07
 /* smallest such that 1.0-FLT_EPSILON != 1.0 */
 
#define FLT_MIN_PLUS   1.175494351e-38
 /* min positive value */
 
#define FLT_MIN_MINUS   -1.175494351e-38
 /* min negative value */
 

Enumerations

enum  SynthLab::modSource {
  kSourceLFO1_Norm, kSourceLFO1_Inv, kSourceLFO1_QP, kSourceLFO1_MaxDown,
  kSourceLFO2_Norm, kSourceLFO2_Inv, kSourceLFO2_QP, kSourceAmpEG_Norm,
  kSourceAmpEG_Bias, kSourceFilterEG_Norm, kSourceFilterEG_Bias, kSourceAuxEG_Norm,
  kSourceAuxEG_Bias, kSourceOsc1_Norm, kSourceJoystickAC, kSourceJoystickBD,
  kSourceWSWaveMix_A, kSourceWSWaveMix_B, kSourceWSWaveIndex_A, kSourceWSWaveIndex_B,
  kSourceWSWaveAmpMod_A, kSourceWSWaveAmpMod_B, kSourceWSPitchMod_A, kSourceWSPitchMod_B,
  kSourceWStepSeqMod, kSourceWSXfadeDone, kSourceWSStepNumber_A, kSourceWSStepNumber_B,
  kNumberModSources
}
 Enumeration for accessing an array of modulator sources. More...
 
enum  SynthLab::modDestination {
  kDestOsc1_fo, kDestOsc2_fo, kDestOsc3_fo, kDestOsc4_fo,
  kDestOsc5_fo, kDestOsc6_fo, kDestOsc7_fo, kDestOsc8_fo,
  kDestOsc1_Shape, kDestOsc2_Shape, kDestOsc3_Shape, kDestOsc4_Shape,
  kDestOsc1_Amp, kDestOsc2_Amp, kDestOsc3_Amp, kDestOsc4_Amp,
  kDestOsc1_Mod, kDestOsc2_Mod, kDestOsc3_Mod, kDestOsc4_Mod,
  kDestOsc5_Mod, kDestOsc6_Mod, kDestOsc7_Mod, kDestOsc8_Mod,
  kDestOsc1_Morph, kDestOsc2_Morph, kDestOsc3_Morph, kDestOsc4_Morph,
  kDestOsc5_Morph, kDestOsc6_Morph, kDestOsc7_Morph, kDestOsc8_Morph,
  kDestOsc1_WSWaveMix_A, kDestOsc2_WSWaveMix_A, kDestOsc1_WSWaveMix_B, kDestOsc2_WSWaveMix_B,
  kDestOsc1_WSWaveIndex_A, kDestOsc2_WSWaveIndex_A, kDestOsc1_WSWaveIndex_B, kDestOsc2_WSWaveIndex_B,
  kDestOsc1_WSWaveAmp_A, kDestOsc2_WSWaveAmp_A, kDestOsc1_WSWaveAmp_B, kDestOsc2_WSWaveAmp_B,
  kDestOsc1_WSWavePitch_A, kDestOsc2_WSWavePitch_A, kDestOsc1_WSWavePitch_B, kDestOsc2_WSWavePitch_B,
  kDestOsc1WSXFadeDone, kDestOsc2WSXFadeDone, kDestOsc3WSXFadeDone, kDestOsc4WSXFadeDone,
  kDestWSWaveStepNumber_A1, kDestWSWaveStepNumber_B1, kDestWSWaveStepNumber_A2, kDestWSWaveStepNumber_B2,
  kDestAmpEGRetrigger, kDestFilterEGRetrigger, kDestAuxEGRetrigger, kDestLFO1_fo,
  kDestLFO2_fo, kDestFilter1_fc_EG, kDestFilter2_fc_EG, kDestFilter1_fc_Bipolar,
  kDestFilter2_fc_Bipolar, kDestDCA_EGMod, kDestDCA_AmpMod, kDestDCA_PanMod,
  kDestDCA_SampleHoldMod, kDestDCA_TriggerMod, kNumberModDestinations
}
 Enumeration for accessing an array of modulator destinations. More...
 
enum  SynthLab::globalMIDI {
  kCurrentMIDINoteNumber, kCurrentMIDINoteVelocity, kLastMIDINoteNumber, kLastMIDINoteVelocity,
  kMIDIPitchBendDataLSB, kMIDIPitchBendDataMSB, kMIDIMasterPBSensCoarse, kMIDIMasterPBSensFine,
  kMIDIMasterTuneCoarseLSB, kMIDIMasterTuneCoarseMSB, kMIDIMasterTuneFineLSB, kMIDIMasterTuneFineMSB,
  kMIDIMasterVolumeLSB, kMIDIMasterVolumeMSB, kNumMIDIGlobals
}
 Enumeration for the global MIDI data array. More...
 
enum  {
  kWSWaveMix_A, kWSWaveMix_B, kWSWaveIndex_A, kWSWaveIndex_B,
  kWSWaveAmpMod_A, kWSWaveAmpMod_B, kWSPitchMod_A, kWSPitchMod_B,
  kWStepSeqMod, kWSXFadeDone, kWSWaveStepNumber_A, kWSWaveStepNumber_B,
  kWSSoloingWaveIndex, kNumWSOutputs
}
 
enum  SynthLab::auxMIDI {
  kBPM, kTSNumerator, kTSDenominator, kAbsBufferTime,
  kDMBuild, kDualMonoFilters, kHalfSampleSet, kReduceUnisonVoices,
  kAnalogFGNFilters, kNumMIDIAuxes
}
 Enumeration for the aux data that is transmitted with the MIDI input information; it may or may not originate as actual MIDI information, but is passed along with that info.
 
enum  SynthLab::SynthMode {
  kMono, kLegato, kUnison, kUnisonLegato,
  kPoly
}
 
enum  SynthLab::FilterMode { kSeries, kParallel }
 
enum  SynthLab::DX100Algo {
  kFM1, kFM2, kFM3, kFM4,
  kFM5, kFM6, kFM7, kFM8
}
 
enum  { kNoMMTransform, kMMTransformBipolar, kMMTransformUnipolar, kNumMMTransforms }
 
enum  {
  kEGMod, kBiasedEGMod, kUnipolarMod, kBipolarMod,
  kFrequencyMod, kPhaseMod, kAmpMod, kMaxDownAmpMod,
  kPanMod, kShapeMod, kUniqueMod, kTriggerMod,
  kWaveMorphMod, kWaveSeqWave_AGainMod, kWaveSeqWave_BGainMod, kWaveSeqWaveIndex_AMod,
  kWaveSeqWaveIndex_BMod, kWaveSeqPitch_AMod, kWaveSeqPitch_BMod, kWaveSeqAmp_AMod,
  kWaveSeqAmp_BMod, kWaveSeqStepSeqMod, kWaveSeqXFadeDoneMod, kWaveStepNumber_A,
  kWaveStepNumber_B, kNumModulators
}
 

Variables

const double SynthLab::kSqrtTwo = pow(2.0, 0.5)
 square root of 2 More...
 
const double SynthLab::kPi = 3.14159265358979323846264338327950288419716939937510582097494459230781640628620899
 pi to 80 decimal places More...
 
const double SynthLab::kTwoPi = 2.0*3.14159265358979323846264338327950288419716939937510582097494459230781640628620899
 2pi to 80 decimal places More...
 
const uint32_t SynthLab::sineTableLength = 1024
 
const uint32_t SynthLab::kNumMIDICCs = 128
 
const uint32_t SynthLab::MAX_VOICES = 16
 
const uint32_t SynthLab::MAX_SYNTH_CHANNELS = 32
 
const uint32_t SynthLab::MAX_OSC_CHANNELS = 32
 
const uint32_t SynthLab::MAX_PROCESSOR_CHANNELS = 32
 
const uint32_t SynthLab::MAX_MODULATION_CHANNELS = 48
 
const bool SynthLab::PITCHLESS_LOOP = true
 
const bool SynthLab::AUBIO_SLICES = true
 
const uint32_t SynthLab::NUM_OSC = 4
 
const uint32_t SynthLab::NUM_LFO = 2
 
const uint32_t SynthLab::NUM_FILTER = 2
 
const uint32_t SynthLab::NUM_EG = 3
 
const uint32_t SynthLab::NUM_WS_OSCILLATORS = 4
 
const uint32_t SynthLab::NUM_OSCILLATORS = 4
 
const double SynthLab::SHUTDOWN_TIME_MSEC = 2.0
 short shutdown time when stealing a voice
 
const uint32_t SynthLab::UNDEFINED_MODULE = 0
 
const uint32_t SynthLab::LFO_MODULE = 1
 
const uint32_t SynthLab::EG_MODULE = 2
 
const uint32_t SynthLab::DCA_MODULE = 3
 
const uint32_t SynthLab::FILTER_MODULE = 4
 
const uint32_t SynthLab::WTO_MODULE = 5
 
const uint32_t SynthLab::VAO_MODULE = 6
 
const uint32_t SynthLab::FMO_MODULE = 7
 
const uint32_t SynthLab::PCMO_MODULE = 8
 
const uint32_t SynthLab::KSO_MODULE = 9
 
const uint32_t SynthLab::OSC_MODULE = 10
 
const uint32_t SynthLab::MODULE_STRINGS = 16
 
const uint32_t SynthLab::HALF_LEGACY_STRINGS = 8
 
const uint32_t SynthLab::HALF_MELLOTRON_STRINGS = 5
 
const uint32_t SynthLab::WTBANK_SOURCES = MODULE_STRINGS
 
const uint32_t SynthLab::SMPLBANK_SOURCES = MODULE_STRINGS
 
const uint32_t SynthLab::MOD_KNOBS = 4
 
const uint32_t SynthLab::NUM_MODULE_CORES = 4
 
const uint32_t SynthLab::DEFAULT_CORE = 0
 
const uint32_t SynthLab::CUSTOM_CORE_0 = 1
 
const uint32_t SynthLab::CUSTOM_CORE_1 = 2
 
const uint32_t SynthLab::CUSTOM_CORE_2 = 3
 
const uint32_t SynthLab::LFO1_WAVEFORMS = 0x1
 
const uint32_t SynthLab::LFO2_WAVEFORMS = 0x2
 
const uint32_t SynthLab::OSC1_WAVEFORMS = 0x4
 
const uint32_t SynthLab::OSC2_WAVEFORMS = 0x8
 
const uint32_t SynthLab::OSC3_WAVEFORMS = 0x10
 
const uint32_t SynthLab::OSC4_WAVEFORMS = 0x20
 
const uint32_t SynthLab::EG1_CONTOUR = 0x40
 
const uint32_t SynthLab::EG2_CONTOUR = 0x80
 
const uint32_t SynthLab::EG3_CONTOUR = 0x100
 
const uint32_t SynthLab::FILTER1_TYPES = 0x200
 
const uint32_t SynthLab::FILTER2_TYPES = 0x400
 
const uint32_t SynthLab::LFO1_SOURCE = 0x800
 
const uint32_t SynthLab::LFO2_SOURCE = 0x1000
 
const uint32_t SynthLab::OSC1_SOURCE = 0x2000
 
const uint32_t SynthLab::OSC2_SOURCE = 0x4000
 
const uint32_t SynthLab::OSC3_SOURCE = 0x8000
 
const uint32_t SynthLab::OSC4_SOURCE = 0x10000
 
const uint32_t SynthLab::EG1_SOURCE = 0x20000
 
const uint32_t SynthLab::EG2_SOURCE = 0x40000
 
const uint32_t SynthLab::EG3_SOURCE = 0x80000
 
const uint32_t SynthLab::FILTER1_SOURCE = 0x100000
 
const uint32_t SynthLab::FILTER2_SOURCE = 0x200000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_1 = 0x400000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_2 = 0x800000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_3 = 0x1000000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_4 = 0x2000000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_5 = 0x4000000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_6 = 0x8000000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_7 = 0x10000000
 
const uint32_t SynthLab::WAVE_SEQ_WAVES_8 = 0x20000000
 
const std::string SynthLab::empty_string = "-----"
 
const double SynthLab::kMinModGain_dB = -60.0
 
const double SynthLab::kMaxModGain_dB = 0.0
 
const double SynthLab::kMinAbsoluteGain_dB = -96.0
 
const double SynthLab::kDCA_Amp_ModRange = 1.0
 
const double SynthLab::kDCA_Pan_ModRange = 1.0
 
const double SynthLab::kOscBipolarModRangeSemitones = 12.0
 
const double SynthLab::kPiSqared = kPi * kPi
 
const double SynthLab::kFourPi = kPi * 4.0
 
const double SynthLab::kPiOverFour = kPi / 4.0
 
enum  { LEFT_CHANNEL, RIGHT_CHANNEL }
 
enum  { LEFT, RIGHT, STEREO }
 
enum  { MONO_CHANNEL = 0, STEREO_CHANNELS = 2 }
 
enum  { MONO_TO_MONO, MONO_TO_STEREO, STEREO_TO_STEREO }
 
const uint32_t SynthLab::NO_CHANNELS = 0
 
enum  SynthLab::XFadeType { kLinear, kSquareLaw, kConstantPower }
 
enum  SynthLab::LoopDirection { kForward, kBackward, kForwardBackward }
 
enum  SynthLab::StepMode { kNote, kRest, kGate }
 
enum  { WAVE_LANE, PITCH_LANE, STEP_SEQ_LANE, NUM_MOD_LANES }
 
const uint32_t SynthLab::MAX_SEQ_STEPS = 8
 
const uint32_t SynthLab::MAX_SEQ_STEPSPLUS_OFF = MAX_SEQ_STEPS + 1
 
const uint32_t SynthLab::WRAP_MASK = MAX_SEQ_STEPS - 1
 
enum  { MOD_KNOB_A, MOD_KNOB_B, MOD_KNOB_C, MOD_KNOB_D }
 
const uint32_t SynthLab::LFO1_MOD_KNOBS = 0x1
 
const uint32_t SynthLab::LFO2_MOD_KNOBS = 0x2
 
const uint32_t SynthLab::OSC1_MOD_KNOBS = 0x4
 
const uint32_t SynthLab::OSC2_MOD_KNOBS = 0x8
 
const uint32_t SynthLab::OSC3_MOD_KNOBS = 0x10
 
const uint32_t SynthLab::OSC4_MOD_KNOBS = 0x20
 
const uint32_t SynthLab::EG1_MOD_KNOBS = 0x40
 
const uint32_t SynthLab::EG2_MOD_KNOBS = 0x80
 
const uint32_t SynthLab::EG3_MOD_KNOBS = 0x100
 
const uint32_t SynthLab::FILTER1_MOD_KNOBS = 0x200
 
const uint32_t SynthLab::FILTER2_MOD_KNOBS = 0x400
 
enum  { HANN_LUT, HAMMING_LUT }
 
const uint32_t SynthLab::DEFAULT_LUT_LENGTH = 1024
 
const uint32_t SynthLab::DEFAULT_LUT_WRAP_MASK = 1023
 
enum  SynthLab::midiChannels {
  MIDI_CH_1 = 0, MIDI_CH_2, MIDI_CH_3, MIDI_CH_4,
  MIDI_CH_5, MIDI_CH_6, MIDI_CH_7, MIDI_CH_8,
  MIDI_CH_9, MIDI_CH_10, MIDI_CH_11, MIDI_CH_12,
  MIDI_CH_13, MIDI_CH_14, MIDI_CH_15, MIDI_CH_16,
  MIDI_CH_ALL
}
 
const unsigned char SynthLab::NOTE_OFF = 0x80
 
const unsigned char SynthLab::NOTE_ON = 0x90
 
const unsigned char SynthLab::POLY_PRESSURE = 0xA0
 
const unsigned char SynthLab::CONTROL_CHANGE = 0xB0
 
const unsigned char SynthLab::PROGRAM_CHANGE = 0xC0
 
const unsigned char SynthLab::CHANNEL_PRESSURE = 0xD0
 
const unsigned char SynthLab::PITCH_BEND = 0xE0
 
const unsigned char SynthLab::MOD_WHEEL = 0x01
 
const unsigned char SynthLab::VOLUME_CC07 = 0x07
 
const unsigned char SynthLab::PAN_CC10 = 0x0A
 
const unsigned char SynthLab::EXPRESSION_CC11 = 0x0B
 
const unsigned char SynthLab::JOYSTICK_X = 0x10
 
const unsigned char SynthLab::JOYSTICK_Y = 0x11
 
const unsigned char SynthLab::SUSTAIN_PEDAL = 0x40
 
const unsigned char SynthLab::RESET_ALL_CONTROLLERS = 0x79
 
const unsigned char SynthLab::ALL_NOTES_OFF = 0x7B
 
const unsigned char SynthLab::SYSTEM_EXCLUSIVE = 0xF0
 
const unsigned char SynthLab::MIDI_TIME_CODE = 0xF1
 
const unsigned char SynthLab::SONG_POSITION_POINTER = 0xF2
 
const unsigned char SynthLab::SONG_SELECT = 0xF3
 
const unsigned char SynthLab::TUNE_REQUEST = 0xF6
 
const unsigned char SynthLab::END_OF_EXCLUSIVE = 0xF7
 
const unsigned char SynthLab::TIMING_CLOCK = 0xF8
 
const unsigned char SynthLab::START = 0xFA
 
const unsigned char SynthLab::CONTINUE = 0xFB
 
const unsigned char SynthLab::SToP = 0xFC
 
const unsigned char SynthLab::ACTIVE_SENSING = 0xFE
 
const unsigned char SynthLab::SYSTEM_RESET = 0xFF
 
const uint32_t SynthLab::NUM_MIDI_NOTES = 128
 
const uint32_t SynthLab::MIDI_NOTE_A0 = 21
 
const uint32_t SynthLab::MIDI_NOTE_A4 = 69
 
const double SynthLab::MIDI_NOTE_0_FREQ = 8.176
 

Detailed Description

See also Designing Software Synthesizers in C++ 2nd Ed. by Will Pirkle.

Author
Will Pirkle
Date
20-April-2021

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

Top level, global constants for dealing with indexing audio channels, specifically for MONO and STEREO support. If your synth supports rendering more than 2 channels, you can define your own constants with these.

◆ anonymous enum

anonymous enum

Top level, global constants for dealing with indexing audio channels, specifically for MONO and STEREO support. If your synth supports rendering more than 2 channels, you can define your own constants with these.

◆ anonymous enum

anonymous enum

Top level, global constants for dealing with indexing audio channels, specifically for MONO and STEREO support. If your synth supports rendering more than 2 channels, you can define your own constants with these.

◆ anonymous enum

anonymous enum

Top level, global constants for dealing with indexing audio channels, specifically for MONO and STEREO support. If your synth supports rendering more than 2 channels, you can define your own constants with these.

◆ anonymous enum

anonymous enum

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ anonymous enum

anonymous enum

Used for built-in lookup tables

◆ midiChannels

enum SynthLab::midiChannels

MIDI constants

Variable Documentation

◆ ACTIVE_SENSING

const unsigned char SynthLab::ACTIVE_SENSING = 0xFE

MIDI constants

◆ ALL_NOTES_OFF

const unsigned char SynthLab::ALL_NOTES_OFF = 0x7B

MIDI constants

◆ CHANNEL_PRESSURE

const unsigned char SynthLab::CHANNEL_PRESSURE = 0xD0

MIDI constants

◆ CONTINUE

const unsigned char SynthLab::CONTINUE = 0xFB

MIDI constants

◆ CONTROL_CHANGE

const unsigned char SynthLab::CONTROL_CHANGE = 0xB0

MIDI constants

◆ DEFAULT_LUT_LENGTH

const uint32_t SynthLab::DEFAULT_LUT_LENGTH = 1024

Used for built-in lookup tables

◆ DEFAULT_LUT_WRAP_MASK

const uint32_t SynthLab::DEFAULT_LUT_WRAP_MASK = 1023

Used for built-in lookup tables

◆ EG1_MOD_KNOBS

const uint32_t SynthLab::EG1_MOD_KNOBS = 0x40

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ EG2_MOD_KNOBS

const uint32_t SynthLab::EG2_MOD_KNOBS = 0x80

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ EG3_MOD_KNOBS

const uint32_t SynthLab::EG3_MOD_KNOBS = 0x100

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ END_OF_EXCLUSIVE

const unsigned char SynthLab::END_OF_EXCLUSIVE = 0xF7

MIDI constants

◆ EXPRESSION_CC11

const unsigned char SynthLab::EXPRESSION_CC11 = 0x0B

MIDI constants

◆ FILTER1_MOD_KNOBS

const uint32_t SynthLab::FILTER1_MOD_KNOBS = 0x200

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ FILTER2_MOD_KNOBS

const uint32_t SynthLab::FILTER2_MOD_KNOBS = 0x400

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ JOYSTICK_X

const unsigned char SynthLab::JOYSTICK_X = 0x10

MIDI constants

◆ JOYSTICK_Y

const unsigned char SynthLab::JOYSTICK_Y = 0x11

MIDI constants

◆ LFO2_MOD_KNOBS

const uint32_t SynthLab::LFO2_MOD_KNOBS = 0x2

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ MIDI_NOTE_0_FREQ

const double SynthLab::MIDI_NOTE_0_FREQ = 8.176

MIDI constants

◆ MIDI_NOTE_A0

const uint32_t SynthLab::MIDI_NOTE_A0 = 21

MIDI constants

◆ MIDI_NOTE_A4

const uint32_t SynthLab::MIDI_NOTE_A4 = 69

MIDI constants

◆ MIDI_TIME_CODE

const unsigned char SynthLab::MIDI_TIME_CODE = 0xF1

MIDI constants

◆ MOD_WHEEL

const unsigned char SynthLab::MOD_WHEEL = 0x01

MIDI constants

◆ NOTE_ON

const unsigned char SynthLab::NOTE_ON = 0x90

MIDI constants

◆ NUM_MIDI_NOTES

const uint32_t SynthLab::NUM_MIDI_NOTES = 128

MIDI constants

◆ OSC1_MOD_KNOBS

const uint32_t SynthLab::OSC1_MOD_KNOBS = 0x4

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ OSC2_MOD_KNOBS

const uint32_t SynthLab::OSC2_MOD_KNOBS = 0x8

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ OSC3_MOD_KNOBS

const uint32_t SynthLab::OSC3_MOD_KNOBS = 0x10

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ OSC4_MOD_KNOBS

const uint32_t SynthLab::OSC4_MOD_KNOBS = 0x20

Constant for decoding the MOD KNOB custom update code that I use for updating GUI controls with dynamic strings.

  • This is only for my implementation with ASPiK and you can safely ignore it and devise your own plan based on the GUI system in your plugin framework.

◆ PAN_CC10

const unsigned char SynthLab::PAN_CC10 = 0x0A

MIDI constants

◆ PITCH_BEND

const unsigned char SynthLab::PITCH_BEND = 0xE0

MIDI constants

◆ POLY_PRESSURE

const unsigned char SynthLab::POLY_PRESSURE = 0xA0

MIDI constants

◆ PROGRAM_CHANGE

const unsigned char SynthLab::PROGRAM_CHANGE = 0xC0

MIDI constants

◆ RESET_ALL_CONTROLLERS

const unsigned char SynthLab::RESET_ALL_CONTROLLERS = 0x79

MIDI constants

◆ SONG_POSITION_POINTER

const unsigned char SynthLab::SONG_POSITION_POINTER = 0xF2

MIDI constants

◆ SONG_SELECT

const unsigned char SynthLab::SONG_SELECT = 0xF3

MIDI constants

◆ START

const unsigned char SynthLab::START = 0xFA

MIDI constants

◆ SToP

const unsigned char SynthLab::SToP = 0xFC

MIDI constants

◆ SUSTAIN_PEDAL

const unsigned char SynthLab::SUSTAIN_PEDAL = 0x40

MIDI constants

◆ SYSTEM_EXCLUSIVE

const unsigned char SynthLab::SYSTEM_EXCLUSIVE = 0xF0

MIDI constants

◆ SYSTEM_RESET

const unsigned char SynthLab::SYSTEM_RESET = 0xFF

MIDI constants

◆ TIMING_CLOCK

const unsigned char SynthLab::TIMING_CLOCK = 0xF8

MIDI constants

◆ TUNE_REQUEST

const unsigned char SynthLab::TUNE_REQUEST = 0xF6

MIDI constants

◆ VOLUME_CC07

const unsigned char SynthLab::VOLUME_CC07 = 0x07

MIDI constants