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Tasty Chips

GR-Mega

Parameters
199
Sections
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17
Tasty ChipsGR-MegaPage 1/17
  1. Bank change64
  2. Mod wheel MSB64
  3. Mod wheel LSB64
  4. Pitchbend range64
  5. NRPN value MSB64
  6. NRPN value LSB64
  7. NRPN parameter LSB64
  8. NRPN parameter MSB64
  9. RPN parameter LSB64
  10. RPN parameter MSB64
  11. MPE timbre MSB64
  12. MPE timbre LSB64

Full CC map

MIDI

ParameterMessageRangeValues
Bank changeCC 00–127
Mod wheel MSBAssignable in modulation matrixCC 10–127
Mod wheel LSBCC 330–127
Pitchbend rangeCC 20–127
NRPN value MSBCC 60–127
NRPN value LSBCC 380–127
NRPN parameter LSBCC 980–127
NRPN parameter MSBCC 990–127
RPN parameter LSBCC 1000–127
RPN parameter MSBCC 1010–127
MPE timbre MSBCC 740–127
MPE timbre LSBCC 1060–127
Sustain pedalCC 640–1270–63: Off; 64–127: On
All sound offKills all sound on all layers including delay and reverbCC 1200–127
Reset layer controllersCC 1210–127
Local keyboard offCC 1220–127
All notes offReleases notes on this layer; envelope release, delay and reverb continueCC 1230–127
UnnamedCC 1250–127
Mono modeCC 1260–127
Poly modeCC 1270–127

Layer

ParameterMessageRangeValues
Enable and focus layerCC 30–1270: Disable; 1: Enable; 2: Enable and focus
Layer volumeCC 70–127

Multitimbral

ParameterMessageRangeValues
Layer 1 presetNRPN 1:470–127
Layer 2 presetNRPN 1:480–127
Layer 3 presetNRPN 1:490–127
Layer 4 presetNRPN 1:500–127
Layer 1 MIDI channelNRPN 1:300–15
Layer 2 MIDI channelNRPN 1:310–15
Layer 3 MIDI channelNRPN 1:320–15
Layer 4 MIDI channelNRPN 1:330–15
Scan layer 1NRPN 1:120–16383
Scan layer 2NRPN 1:130–16383
Scan layer 3NRPN 1:140–16383
Scan layer 4NRPN 1:150–16383
Layer biasNRPN 3:1160–16383
Layer sprayNRPN 3:1170–16383

Sub-oscillator

ParameterMessageRangeValues
Sub-oscillator pitchRelative sub-oscillator pitchCC 40–127
Sub-oscillator amplitudeCC 50–127

Granular engine

ParameterMessageRangeValues
Granular modeCC 490–1270: Free; 1: Density-size; 2: Density-rate; 3: Scan-rate; 4: Scan-overlap
Rate modeNRPN 2:350–16383
Window typeCC 480–1270: RaisedCosine; 1: PowAR
Grain window sidesCC 440–1270: No sides (square); 127: All sides (triangle)
Grain window tiltCC 450–1270: Left; 64: Center; 127: Right
Grain window curveCC 460–1270: Hollow; 64: Linear; 127: Bulging (square)
Grain window amplitude modulationAmplitude modulation frequency relative to grain sizeCC 470–127
PositionCC 80–127
Rate or densityGrain rate or density depending on grain ratio modeCC 90–127
Grain rateNRPN 7:1100–16383
Grain sizeCC 120–127
SprayCC 130–127
Pan sprayCC 110–1270: No spray; 127: Full stereo field
PanningCC 100–1270: 100% left; 64: Center; 127: 100% right
Mid-sideCC 170–1270: 100% left; 64: Center; 127: 100% right
DirectionPlayback direction probabilityCC 140–1270: 100% reverse; 64: 50% reverse / 50% forward; 127: 100% forward
ScanCC 150–1270: -2x; 64: Stop; 127: +2x
TuneCC 160–1270: -1 octave; 64: Center; 127: +1 octave
Start positionCC 280–1270: Sample start; 127: Sample end
Stop positionCC 290–1270: Sample start; 127: Sample end
Loop startCC 300–1270: Sample start; 127: Sample end
Loop endCC 310–1270: Sample start; 127: Sample end
Scan modeCC 320–1270: Looping; 1: One-shot; 2: Ping-pong
Patch polyphonyMaximum number of voices minus 1CC 230–190: 1 voice (monophonic); 19: 20 voices
Grain arpeggiator modeCC 270–90: Up; 1: Down; 2: Up-down; 3: Down-up; 4: Random; 5: Shuffle; 6: Forward; 7: Reverse; 8: Forward-reverse; 9: Reverse-forward
Pitch per grainCC 260–10: Same pitch for each grain in the voice; 1: New pitch per grain
Grain clock syncCC 190–1
Scan clock syncCC 200–1
Grain key syncCC 210–1
Scan key syncCC 220–30: Off; 1: On; 2: Legato; 3: Poly
Glide timeCC 240–127
Glide alwaysCC 250–1
Glide / portamentoCC 840–127
ReservedCC 180–127

Sampling

ParameterMessageRangeValues
Dry audio input volumeCC 420–127
Wet (granulated) volumeCC 430–127
Record trigger levelCC 400–1270: Off
Record sampleValue is ignored; acts as a toggleCC 410–127
Input levelNRPN 2:380–16383
Anti-aliasNRPN 1:820–1
Tape slewNRPN 1:830–16383

Filter

ParameterMessageRangeValues
Low-pass filter cutoffCC 500–127
Low-pass filter resonanceCC 510–127
High-pass filter cutoffCC 520–127
High-pass filter resonanceCC 530–127
Bypass filterNRPN 2:330–10: Filter active; 1: Filter bypassed
Filter routingNRPN 2:370–20: LPF only; 1: LPF and HPF; 2: HPF

Pitch envelope

ParameterMessageRangeValues
Pitch envelope amountCC 540–127
Pitch envelope attack timeCC 550–127
Pitch envelope decay timeCC 560–127
Pitch envelope sustain levelCC 570–127
Pitch envelope release timeCC 580–127
Pitch envelope attack curveNRPN 1:280–16383
Pitch envelope decay curveNRPN 1:290–16383
Pitch envelope release curveNRPN 1:300–16383
Pitch envelope invertNRPN 1:310–1

Filter envelope

ParameterMessageRangeValues
Filter envelope amountCC 590–127
Filter envelope attack timeCC 600–127
Filter envelope decay timeCC 610–127
Filter envelope sustain levelCC 620–127
Filter envelope release timeCC 630–127
Filter envelope attack curveNRPN 1:330–16383
Filter envelope decay curveNRPN 1:340–16383
Filter envelope release curveNRPN 1:350–16383
Filter envelope invertNRPN 1:360–1

Amplifier envelope

ParameterMessageRangeValues
Amplifier envelope amountCC 650–127
Amplifier envelope attack timeCC 660–127
Amplifier envelope decay timeCC 670–127
Amplifier envelope sustain levelCC 680–127
Amplifier envelope release timeCC 690–127
Amplifier envelope attack curveNRPN 1:380–16383
Amplifier envelope decay curveNRPN 1:390–16383
Amplifier envelope release curveNRPN 1:400–16383

Aux envelope

ParameterMessageRangeValues
Aux envelope amountCC 700–127
Aux envelope attack timeCC 710–127
Aux envelope decay timeCC 720–127
Aux envelope sustain levelCC 730–127
Aux envelope release timeCC 750–127
Aux envelope attack curveNRPN 1:430–16383
Aux envelope decay curveNRPN 1:440–16383
Aux envelope release curveNRPN 1:450–16383
Aux envelope invertNRPN 1:460–1

LFO 1

ParameterMessageRangeValues
LFO 1 clock syncCC 880–20: Free; 1: MIDI; 2: Sequencer
LFO 1 frequencyCC 890–127
LFO 1 waveformCC 900–50: Sine; 1: Triangle; 2: Saw; 3: Reverse saw; 4: Square; 5: Random
LFO 1 amountCC 910–127
LFO 1 destinationSee modulation destinations tableCC 920–90
LFO 1 phaseNRPN 1:600–16383
LFO 1 amplitude quantizationNRPN 1:640–16383
LFO 1 polarityNRPN 1:680–30: Unipolar +; 1: Unipolar -; 2: Bipolar +; 3: Bipolar -
LFO 1 key syncNRPN 1:560–1

LFO 2

ParameterMessageRangeValues
LFO 2 clock syncCC 930–20: Free; 1: MIDI; 2: Sequencer
LFO 2 frequencyCC 940–127
LFO 2 waveformCC 950–50: Sine; 1: Triangle; 2: Saw; 3: Reverse saw; 4: Square; 5: Random
LFO 2 amountCC 960–127
LFO 2 destinationSee modulation destinations tableCC 970–90
LFO 2 phaseNRPN 1:610–16383
LFO 2 amplitude quantizationNRPN 1:650–16383
LFO 2 polarityNRPN 1:690–30: Unipolar +; 1: Unipolar -; 2: Bipolar +; 3: Bipolar -
LFO 2 key syncNRPN 1:570–1

LFO 3

ParameterMessageRangeValues
LFO 3 clock syncCC 1020–20: Free; 1: MIDI; 2: Sequencer
LFO 3 frequencyCC 1030–127
LFO 3 waveformCC 1040–50: Sine; 1: Triangle; 2: Saw; 3: Reverse saw; 4: Square; 5: Random
LFO 3 amountCC 1050–127
LFO 3 destinationSee modulation destinations tableCC 1070–90
LFO 3 phaseNRPN 1:620–16383
LFO 3 amplitude quantizationNRPN 1:660–16383
LFO 3 polarityNRPN 1:700–30: Unipolar +; 1: Unipolar -; 2: Bipolar +; 3: Bipolar -
LFO 3 key syncNRPN 1:580–1
LFO 3 clock multiplierNRPN 7:1140–127
LFO 3 clock divisorNRPN 7:1160–127

LFO 4

ParameterMessageRangeValues
LFO 4 clock syncCC 1080–20: Free; 1: MIDI; 2: Sequencer
LFO 4 frequencyCC 1090–127
LFO 4 waveformCC 1100–50: Sine; 1: Triangle; 2: Saw; 3: Reverse saw; 4: Square; 5: Random
LFO 4 amountCC 1110–127
LFO 4 destinationSee modulation destinations tableCC 1120–90
LFO 4 phaseNRPN 1:630–16383
LFO 4 amplitude quantizationNRPN 1:670–16383
LFO 4 polarityNRPN 1:710–30: Unipolar +; 1: Unipolar -; 2: Bipolar +; 3: Bipolar -
LFO 4 key syncNRPN 1:590–1
LFO 4 clock multiplierNRPN 7:1150–127
LFO 4 clock divisorNRPN 7:1170–127

Modulation matrix

ParameterMessageRangeValues
Modulation list rowSelected row in modulation matrixCC 760–49
Modulation row enableCC 770–1
Modulation sourceSee modulation sources tableCC 780–18
Modulation curveCC 790–1270: Low flatline; 64: Linear; 127: High flatline
Modulation amountCC 800–127
Modulation polarityCC 810–30: Unipolar +; 1: Unipolar -; 2: Bipolar +; 3: Bipolar -
Modulation destinationSee modulation destinations tableCC 820–90

Control voltage

ParameterMessageRangeValues
CV1 destinationSee modulation destinations tableCC 830–127
CV1 amountCC 850–127
CV2 destinationSee modulation destinations tableCC 860–127
CV2 amountCC 870–127

Sequencer

ParameterMessageRangeValues
Sequencer BPMCC 340–127
Sequencer rateSee rate divisions tableCC 350–21
Sequencer positionCC 360–63
Sequencer lengthCC 370–63
Sequencer modeCC 390–30: Forward; 1: Reverse; 2: Ping-pong; 3: Random
Sequencer recordNRPN 1:00–1
Sequencer clock multiplierNRPN 7:1180–127
Sequencer clock divisorNRPN 7:1110–127

Effects

ParameterMessageRangeValues
Focus layer FXCC 1130–30: FX 1; 1: FX 2; 2: FX 3; 3: FX 4
Set layer FX typeCC 1140–70: None; 1: Compressor; 2: Delay; 3: Ping-pong delay; 4: Distortion; 5: Large reverb; 6: Reducer; 7: Reverb
FX dryDry FX volumeCC 1150–127
FX wetWet FX volumeCC 1160–127
FX1 knob assignFunction depends on selected effectCC 1170–127
FX1 valueCC 1180–127
FX2 knob assignFunction depends on selected effectCC 1190–127
FX2 valueCC 1240–127
Delay timeNRPN 1:1220–16383
Delay feedbackNRPN 1:1210–16383
Reverb timeNRPN 1:1250–16383
Reverb widthNRPN 2:230–16383
Reverb dampeningNRPN 2:240–16383
Distortion levelNRPN 2:50–16383
Reducer bitNRPN 2:130–16383
Reducer rateNRPN 2:140–16383

Navigation

ParameterMessageRangeValues
Navigate upNRPN 2:300–16383
Navigate downNRPN 2:280–16383
Navigate leftNRPN 2:290–16383
Navigate rightNRPN 2:270–16383