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Controller: ION Discover DJ Pro #2893

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Mar 11, 2021
Merged

Controller: ION Discover DJ Pro #2893

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255 changes: 255 additions & 0 deletions res/controllers/Ion-Discover-DJ-Pro-scripts.js
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// Ion Discover DJ pro Mapping Script Functions
// Joachim, meltedpianoman
var IonDiscoverDjPro = function() {};

IonDiscoverDjPro.init = function() { // called when the MIDI device is opened & set up
IonDiscoverDjPro.directoryMode = false;
IonDiscoverDjPro.scratchMode = [false, false, false];
IonDiscoverDjPro.scratchTimer = [-1, -1, -1];
IonDiscoverDjPro.manualLooping = [false, false, false];

IonDiscoverDjPro.leds = [
{ },
// Deck 1
{"rate": 0x70, "scratchMode": 0x48, "keylock": 0x51, "manualLoop": 0x61, "loopIn": 0x53, "loopOut": 0x54, "reLoop": 0x55},
// Deck 2
{"rate": 0x71, "scratchMode": 0x50, "keylock": 0x52, "manualLoop": 0x62, "loopIn": 0x56, "loopOut": 0x57, "reLoop": 0x58}
];
};

IonDiscoverDjPro.shutdown = function() { // called when the MIDI device is closed
var lowestLED = 0x30;
var highestLED = 0x73;
for (var i=lowestLED; i<=highestLED; i++) {
IonDiscoverDjPro.setLED(i, false); // Turn off all the lights
}
};

IonDiscoverDjPro.groupToDeck = function(group) {
var matches = group.match(/^\[Channel(\d+)\]$/);
if (matches === null) {
return -1;
} else {
return matches[1];
}
};

IonDiscoverDjPro.setLED = function(value, status) {
if (status) {
status = 0x64;
} else {
status = 0x00;
}
midi.sendShortMsg(0x90, value, status);
};

IonDiscoverDjPro.samplesPerBeat = function(group) {
// FIXME: Get correct samplerate and channels for current deck
var sampleRate = 44100;
var channels = 2;
var bpm = engine.getValue(group, "file_bpm");
return channels * sampleRate * 60 / bpm;
};

IonDiscoverDjPro.selectKnob = function(channel, control, value, status, group) {
if (value > 63) {
value = value - 128;
}
if (IonDiscoverDjPro.directoryMode) {
var i;
if (value > 0) {
for (i = 0; i < value; i++) {
engine.setValue(group, "SelectNextPlaylist", 1);
}
} else {
for (i = 0; i < -value; i++) {
engine.setValue(group, "SelectPrevPlaylist", 1);
}
}
} else {
engine.setValue(group, "SelectTrackKnob", value);
}
};

IonDiscoverDjPro.loopIn = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
if (value) {
if (IonDiscoverDjPro.manualLooping[deck]) {
// Cut loop to Half
var start = engine.getValue(group, "loop_start_position");
var end = engine.getValue(group, "loop_end_position");
if ((start !== -1) && (end !== -1)) {
var len = (end - start) / 2;
engine.setValue(group, "loop_end_position", start + len);
}
} else {
if (engine.getValue(group, "loop_enabled")) {
engine.setValue(group, "reloop_exit", 1);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["reLoop"], false);
}
engine.setValue(group, "loop_in", 1);
engine.setValue(group, "loop_end_position", -1);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopIn"], true);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopOut"], false);
}
}
};

IonDiscoverDjPro.loopOut = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
if (value) {
var start = engine.getValue(group, "loop_start_position");
var end = engine.getValue(group, "loop_end_position");
if (IonDiscoverDjPro.manualLooping[deck]) {
// Set loop to current Bar (very approximative and would need to get fixed !!!)
var bar = IonDiscoverDjPro.samplesPerBeat(group);
engine.setValue(group, "loop_in", 1);
engine.setValue(group, "loop_end_position", start + bar);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopIn"], true);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopOut"], true);
} else {
if (start === -1) {
return;
}
if (end !== -1) {
// Loop In and Out set -> call Reloop/Exit
engine.setValue(group, "reloop_exit", 1);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopIn"], true);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopOut"], true);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["reLoop"], true);
} else {
// Loop In set -> call Loop Out
engine.setValue(group, "loop_out", 1);
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["loopOut"], true);
}
}
}
};

IonDiscoverDjPro.reLoop = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
if (value) {
var start = engine.getValue(group, "loop_start_position");
var end = engine.getValue(group, "loop_end_position");

if (IonDiscoverDjPro.manualLooping[deck]) {
// Multiply Loop by Two
if ((start !== -1) && (end !== -1)) {
var len = (end - start) * 2;
engine.setValue(group, "loop_end_position", start + len);
}
} else {
if (engine.getValue(group, "loop_enabled")) {
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["reLoop"], false);
} else {
if ((start !== -1) && (end !== -1)) {
// Loop is set ! Light the led
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["reLoop"], true);
}
}
engine.setValue(group, "reloop_exit", 1);
}
}
};

IonDiscoverDjPro.playFromCue = function(channel, control, value, status, group) {
if (value) {
if (engine.getValue(group, "play")) {
engine.setValue(group, "play", 0);
engine.setValue(group, "cue_gotoandstop", 1);
} else {
engine.setValue(group, "cue_preview", 1);
}
} else {
engine.setValue(group, "cue_preview", 0);
}
};

IonDiscoverDjPro.jogWheel = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
var adjustedJog = parseFloat(value);
var posNeg = 1;
if (adjustedJog > 63) { // Counter-clockwise
posNeg = -1;
adjustedJog = value - 128;
}

if (IonDiscoverDjPro.scratchMode[deck]) {
if (IonDiscoverDjPro.scratchTimer[deck] === -1) {
engine.scratchEnable(deck, 128, 33+1/3, 1.0/8, (1.0/8)/32);
} else {
engine.stopTimer(IonDiscoverDjPro.scratchTimer[deck]);
}
engine.scratchTick(deck, adjustedJog);
IonDiscoverDjPro.scratchTimer[deck] = engine.beginTimer(20, "IonDiscoverDjPro.jogWheelStopScratch(" + deck + ")", true);
} else {
var gammaInputRange = 23; // Max jog speed
var maxOutFraction = 0.5; // Where on the curve it should peak; 0.5 is half-way
var sensitivity = 0.5; // Adjustment gamma
var gammaOutputRange = 3; // Max rate change
if (engine.getValue(group, "play")) {
adjustedJog = posNeg * gammaOutputRange * Math.pow(Math.abs(adjustedJog) / (gammaInputRange * maxOutFraction), sensitivity);
} else {
adjustedJog = gammaOutputRange * adjustedJog / (gammaInputRange * maxOutFraction);
}
engine.setValue(group, "jog", adjustedJog);
}
};

IonDiscoverDjPro.jogWheelStopScratch = function(deck) {
IonDiscoverDjPro.scratchTimer[deck] = -1;
engine.scratchDisable(deck);
};

IonDiscoverDjPro.WheelTouch = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
if (IonDiscoverDjPro.scratchMode[deck]) {
if (value) {
engine.scratchEnable(deck, 512, 33+1/3, 0.2, (0.2)/32);
IonDiscoverDjPro.scratching[deck-1] = true;
} else {
engine.scratchDisable(deck);
if (IonDiscoverDjPro.KeyIsLocked[deck-1]) {
engine.setValur(group, "keylock", 1);
}
IonDiscoverDjPro.scratching[deck-1] = false;
}
}
};

IonDiscoverDjPro.toggleDirectoryMode = function(channel, control, value) {
// Toggle setting and light
if (value) {
if (IonDiscoverDjPro.directoryMode) {
IonDiscoverDjPro.directoryMode = false;
} else {
IonDiscoverDjPro.directoryMode = true;
}
}
};

IonDiscoverDjPro.toggleScratchMode = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
// Toggle setting and light
if (value) {
if (IonDiscoverDjPro.scratchMode[deck]) {
IonDiscoverDjPro.scratchMode[deck] = false;
} else {
IonDiscoverDjPro.scratchMode[deck] = true;
}
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["scratchMode"], IonDiscoverDjPro.scratchMode[deck]);
}
};

IonDiscoverDjPro.toggleManualLooping = function(channel, control, value, status, group) {
var deck = IonDiscoverDjPro.groupToDeck(group);
// Toggle setting and light
if (value) {
if (IonDiscoverDjPro.manualLooping[deck]) {
IonDiscoverDjPro.manualLooping[deck] = false;
} else {
IonDiscoverDjPro.manualLooping[deck] = true;
}
IonDiscoverDjPro.setLED(IonDiscoverDjPro.leds[deck]["manualLoop"], IonDiscoverDjPro.manualLooping[deck]);
}
};