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# Config File for User-defined Instant Mappings |
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|
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# We assume that the controls on your MIDI controller |
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# send CCs (except for pads). All controls that do not have |
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# an explicit channel setting are expected to use the |
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# global channel. CCs & Notes are counted from 0-127 |
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# and channels from 0-15. |
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|
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[Globals] |
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# The channel that the controller should send on |
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GlobalChannel: 0 |
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# If your controller is connected via USB, replace ControllerName |
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# with the name of the respective port. Live will then try to |
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# recognize the ports for you when you select your Instant-Mappings |
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InputName: SparkFun Pro Micro |
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OutputName: SparkFun Pro Micro |
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# If your controller has pads that send notes, you can use them to |
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# play the visible pads in your DrumRacks. Just replace the -1 for |
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# the note (and channel) of the respective pad. The arrangement of |
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# the pads in the DrumRacks is as follows: |
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# 1 2 3 4 |
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# 5 6 7 8 |
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# 9 10 11 12 |
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# 13 14 15 16 |
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# (If you leave the channel of a pad at -1, Live will assume that |
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# the pad uses the global channel) |
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Pad1Note: 69 |
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Pad2Note: 70 |
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Pad3Note: 71 |
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Pad4Note: 72 |
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Pad5Note: 73 |
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Pad6Note: 74 |
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Pad7Note: 75 |
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Pad8Note: 76 |
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Pad9Note: 77 |
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Pad10Note: 78 |
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Pad11Note: 79 |
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Pad12Note: 80 |
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Pad13Note: 81 |
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Pad14Note: 82 |
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Pad15Note: 83 |
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Pad16Note: 84 |
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Pad1Channel: -1 |
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Pad2Channel: -1 |
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Pad3Channel: -1 |
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Pad4Channel: -1 |
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Pad5Channel: -1 |
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Pad6Channel: -1 |
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Pad7Channel: -1 |
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Pad8Channel: -1 |
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Pad9Channel: -1 |
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Pad10Channel: -1 |
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Pad11Channel: -1 |
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Pad12Channel: -1 |
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Pad13Channel: -1 |
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Pad14Channel: -1 |
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Pad15Channel: -1 |
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Pad16Channel: -1 |
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[DeviceControls] |
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# The Encoders will control the device parameters (you can also |
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# use knobs or sliders). Replace the -1's with the CCs sent by |
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# the respective controls on your controller. You can also set |
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# the channel for each controller if it differs from the global |
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# channel (if you leave the channel of an encoder at -1, Live |
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# will assume that the encoder uses the global channel). |
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Encoder1: -1 |
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Encoder2: -1 |
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Encoder3: -1 |
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Encoder4: -1 |
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Encoder5: -1 |
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Encoder6: -1 |
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Encoder7: -1 |
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Encoder8: -1 |
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EncoderChannel1: -1 |
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EncoderChannel2: -1 |
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EncoderChannel3: -1 |
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EncoderChannel4: -1 |
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EncoderChannel5: -1 |
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EncoderChannel6: -1 |
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EncoderChannel7: -1 |
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EncoderChannel8: -1 |
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# Enter the respective map mode for the encoders here. The following |
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# map modes are available: |
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# - Absolute |
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# - Absolute14Bit |
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# - LinearSignedBit |
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# - LinearSignedBit2 |
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# - LinearTwoCompliment |
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# - LinearBinaryOffset |
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# - AccelSignedBit |
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# - AccelSignedBit2 |
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# - AccelTwoCompliment |
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# - AccelBinaryOffset |
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# Consult the controller's documentation to find out which mode to use. |
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EncoderMapMode: Absolute |
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# Buttons used here are expected to not be toggles (i.e., sending |
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# value 0 every second time you press it). |
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Bank1Button: -1 |
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Bank2Button: -1 |
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Bank3Button: -1 |
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Bank4Button: -1 |
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Bank5Button: -1 |
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Bank6Button: -1 |
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Bank7Button: -1 |
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Bank8Button: -1 |
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NextBankButton: -1 |
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PrevBankButton: -1 |
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LockButton: -1 |
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|
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[MixerControls] |
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# Again enter the appropriate CCs for the respective controls. |
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# If all sliders use the global channel to send their data, |
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# you can leave the channels at -1. You can, of course, use |
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# encoders or knobs instead of sliders. |
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VolumeSlider1: -1 |
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VolumeSlider2: -1 |
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VolumeSlider3: -1 |
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VolumeSlider4: -1 |
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VolumeSlider5: -1 |
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VolumeSlider6: -1 |
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VolumeSlider7: -1 |
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VolumeSlider8: -1 |
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Slider1Channel: -1 |
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Slider2Channel: -1 |
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Slider3Channel: -1 |
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Slider4Channel: -1 |
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Slider5Channel: -1 |
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Slider6Channel: -1 |
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Slider7Channel: -1 |
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Slider8Channel: -1 |
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MasterVolumeSlider: -1 |
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MasterSliderChannel: -1 |
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Send1Knob1: -1 |
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Send1Knob2: -1 |
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Send1Knob3: -1 |
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Send1Knob4: -1 |
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Send1Knob5: -1 |
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Send1Knob6: -1 |
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Send1Knob7: -1 |
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Send1Knob8: -1 |
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Send2Knob1: -1 |
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Send2Knob2: -1 |
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Send2Knob3: -1 |
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Send2Knob4: -1 |
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Send2Knob5: -1 |
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Send2Knob6: -1 |
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Send2Knob7: -1 |
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Send2Knob8: -1 |
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TrackArmButton1: -1 |
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TrackArmButton2: -1 |
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TrackArmButton3: -1 |
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TrackArmButton4: -1 |
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TrackArmButton5: -1 |
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TrackArmButton6: -1 |
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TrackArmButton7: -1 |
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TrackArmButton8: -1 |
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VolumeMapMode: Absolute |
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SendsMapMode: Absolute |
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[TransportControls] |
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# The transport buttons are also expected not to be toggles. |
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StopButton: -1 |
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PlayButton: -1 |
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RecButton: -1 |
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LoopButton: -1 |
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RwdButton: -1 |
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FfwdButton: -1 |
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@ -0,0 +1,92 @@ |
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//needs debouncing and investigation of pin 0
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#include <MIDIUSB.h> |
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static const int matrixInPins[] = {1, 0, 2, 3, 4, 5, 6, 7}; //x
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static const int matrixOutPins[] = {8, 9, 10, 16, 14, 15, 18}; //y
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int channel = 1; |
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int midiNotes[7][8] = { |
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// 1 0 2 3 4 5 6 7
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{ 0, 0, 76, 69, 80, 70, 83, 45}, //8
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{ 0, 0, 77, 0, 82, 0, 73, 0}, //9
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{ 0, 0, 0, 49, 0, 0, 0, 0}, //10
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{ 0, 0, 51, 0, 46, 0, 48, 47}, //16
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{ 0, 0, 0, 0, 0, 0, 0, 52}, //14
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{24, 22, 79, 0, 81, 0, 75, 50}, //15
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{25, 23, 78, 71, 0, 72, 74, 84} //18
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}; |
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int noteToSend = 0; |
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int noteSent = 0; |
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int noteToStop = 0; |
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int noteStopped = 0; |
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int scanIn; |
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int scanOut; |
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void setup() { |
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Serial1.end(); |
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for (int i = 0; i < sizeof(matrixInPins); ++i) |
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pinMode(matrixInPins[i], INPUT_PULLUP); |
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for (int i = 0; i < sizeof(matrixOutPins); ++i) { |
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pinMode(matrixOutPins[i], OUTPUT); |
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digitalWrite(matrixOutPins[i], HIGH); |
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} |
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} |
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void scan() { |
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for (scanOut = 0; scanOut < 7; ++scanOut) { |
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digitalWrite(matrixOutPins[scanOut], LOW); |
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for (scanIn = 0; scanIn < 8; ++scanIn) { |
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if (digitalRead(matrixInPins[scanIn]) == LOW) { |
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//Serial.print(matrixInPins[scanIn]);
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//Serial.print(":");
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//Serial.println(matrixOutPins[scanOut]);
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noteToSend = midiNotes[scanOut][scanIn]; |
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//Serial.println(noteToSend);
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sendNote(); |
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} |
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if (digitalRead(matrixInPins[scanIn]) == HIGH && midiNotes[scanOut][scanIn] == noteSent) { |
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noteToStop = noteSent; |
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stopNote(); |
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} |
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} |
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digitalWrite(matrixOutPins[scanOut], HIGH); |
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} |
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} |
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void sendNote() { |
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if (noteToSend != noteSent) { |
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noteOn(channel, noteToSend, 64); |
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MidiUSB.flush(); |
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noteSent = noteToSend; |
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} |
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} |
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void stopNote() { |
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if (noteToStop != noteStopped) { |
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noteOff(channel, noteToStop, 64); |
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//allNotesOff(channel, noteToStop, 64);
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//controlChange(123, 0, channel);
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MidiUSB.flush(); |
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noteStopped = noteToStop; |
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noteToStop = 0; |
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noteToSend = 0; |
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noteSent = 0; |
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} |
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} |
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void noteOn(byte channel, byte pitch, byte velocity) { |
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midiEventPacket_t noteOn = {0x09, 0x90 | channel, pitch, velocity}; |
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MidiUSB.sendMIDI(noteOn); |
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} |
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void noteOff(byte channel, byte pitch, byte velocity) { |
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midiEventPacket_t noteOff = {0x08, 0x80 | channel, pitch, velocity}; |
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MidiUSB.sendMIDI(noteOff); |
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} |
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void controlChange(byte channel, byte control, byte value) { |
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midiEventPacket_t event = {0x0B, 0xB0 | channel, control, value}; |
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MidiUSB.sendMIDI(event); |
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} |
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|
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void loop() { |
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scan(); |
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} |
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