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-rw-r--r--res/controllers/KANE_QuNeo_scripts.js122
1 files changed, 61 insertions, 61 deletions
diff --git a/res/controllers/KANE_QuNeo_scripts.js b/res/controllers/KANE_QuNeo_scripts.js
index 5ad0a99202..249e5cbb73 100644
--- a/res/controllers/KANE_QuNeo_scripts.js
+++ b/res/controllers/KANE_QuNeo_scripts.js
@@ -20,7 +20,7 @@ function KANE_QuNeo () {}
(SC) Slider Cycle
3) Functionality
-
+
(JL) Jump, Sync, and/or Loop over 1,2,4,8 Beats
(VS) Vertical Sliders
(ZC) Zoom and Cursor
@@ -49,7 +49,7 @@ function KANE_QuNeo () {}
(AD) LED Assertion Dispatches
(DD) Deck Dispatches
(SD) Sampler Dispatches
-
+
END INDEX*/
// -------------------------------------
@@ -61,8 +61,8 @@ END INDEX*/
// Settings
KANE_QuNeo.assertionDelayTimer = 60; // default time(ms) to wait on asserting LEDs
-KANE_QuNeo.jumpLoopTimer = 70; // time(ms) to wait before executing a jumped loop
-KANE_QuNeo.jumpSyncTimer = 30; // time(ms) to wait before executing a jumped sync
+KANE_QuNeo.jumpLoopTimer = 70; // time(ms) to wait before executing a jumped loop
+KANE_QuNeo.jumpSyncTimer = 30; // time(ms) to wait before executing a jumped sync
KANE_QuNeo.beatOffset = 70; // time(ms) to wait before signaling a beat, used
// to synchronize LED's and actual audible beat
@@ -267,38 +267,38 @@ KANE_QuNeo.rateNudge = 0 // 1 for rate nudging, determines
// periodic vs press. -1 for backward, 0 for not nudging
KANE_QuNeo.lastLight =
KANE_QuNeo.makeVar(-1); // starting position of last rotary LED
-
+
KANE_QuNeo.hotcuePressed =
KANE_QuNeo.makeVar(0) // 1 if a hotcue is currently held down
// Stores which beat each deck is on, loops 1...KANE_QuNeo.totalBeats
KANE_QuNeo.wholeBeat = KANE_QuNeo.makeVar(KANE_QuNeo.totalBeats);
KANE_QuNeo.trackSamples = KANE_QuNeo.makeVar(-1); // total samples of tracks in decks
-KANE_QuNeo.lastBeatPosition =
+KANE_QuNeo.lastBeatPosition =
KANE_QuNeo.makeVar(-4000); // position in samples of last real beat on each deck
KANE_QuNeo.beatLEDsOn = 1; // 1 if beat LEDs are on
KANE_QuNeo.activeBeatLEDs =
KANE_QuNeo.makeVar([]); // beat LEDS currently receiving midi msgs
-KANE_QuNeo.jumpLoopLEDs =
+KANE_QuNeo.jumpLoopLEDs =
KANE_QuNeo.makeVar([]); // stores which jumploop LEDs to light
-KANE_QuNeo.jumpDirectionLEDs =
+KANE_QuNeo.jumpDirectionLEDs =
KANE_QuNeo.makeVar([]); // stores which jumpDirection LEDs to light
-KANE_QuNeo.loopingLED =
+KANE_QuNeo.loopingLED =
KANE_QuNeo.makeVar([]); // stores which looping LEDs to light
-KANE_QuNeo.horizArrowLEDs =
+KANE_QuNeo.horizArrowLEDs =
KANE_QuNeo.makeVar([]); // stores which horiz arrow LEDs to light
-KANE_QuNeo.jumpSyncLED =
+KANE_QuNeo.jumpSyncLED =
KANE_QuNeo.makeVar([]); // stores which jumpsync LEDs to light
KANE_QuNeo.assertLED = []; // stores assert LED if it's on
KANE_QuNeo.playScratchLED = []; // stores playscratch LED if it's on
KANE_QuNeo.reloopLEDs =
KANE_QuNeo.makeVar([]); // stores which reloop LEDs are on
KANE_QuNeo.loadLEDs = []; // stores which tracks are ready for loading
-KANE_QuNeo.hotcueActivateLEDs =
+KANE_QuNeo.hotcueActivateLEDs =
KANE_QuNeo.makeVar([]); // stores which hotcues are active
-KANE_QuNeo.hotcueClearLEDs =
+KANE_QuNeo.hotcueClearLEDs =
KANE_QuNeo.makeVar([]); // stores which hotcues can be cleared
-KANE_QuNeo.LEDSequencing =
+KANE_QuNeo.LEDSequencing =
KANE_QuNeo.makeVar(0); // 1 if deck is in LED sequencer mode
KANE_QuNeo.beatCounterLEDs =
KANE_QuNeo.makeVar([]); // stores which beat counter LEDs are currently active
@@ -314,16 +314,16 @@ KANE_QuNeo.numNextHotcues =
// 0 if no schedule, 1 if loop of 1 beat, 2 for a loop of 2 beats, etc
KANE_QuNeo.loopNextJump = KANE_QuNeo.makeVar(0);
-KANE_QuNeo.trackJumped =
+KANE_QuNeo.trackJumped =
KANE_QuNeo.makeVar(0); // 1 if this track just jumped, 0 otherwise
-KANE_QuNeo.trackJump =
+KANE_QuNeo.trackJump =
KANE_QuNeo.makeVar(0); // -1 for backwards, 0 for no jump, 1 for forwards
-KANE_QuNeo.trackLooping =
+KANE_QuNeo.trackLooping =
KANE_QuNeo.makeVar(1); // 1 if in looping mode, else 0
-KANE_QuNeo.trackJumpSync =
+KANE_QuNeo.trackJumpSync =
KANE_QuNeo.makeVar(0); // 1 if auto sync on jump
-KANE_QuNeo.trackPlaying =
+KANE_QuNeo.trackPlaying =
KANE_QuNeo.makeVar(0); // 1 if track is currently playing
KANE_QuNeo.slipEnabled = KANE_QuNeo.makeVar(0) // 1 if slip is enabled
@@ -334,7 +334,7 @@ KANE_QuNeo.verticalSliderDoubleTap = [0,0,0,0]; // 1 when a the next tap will
KANE_QuNeo.nextBeatTimer = KANE_QuNeo.makeVar([]);
KANE_QuNeo.scheduledBeats = KANE_QuNeo.makeVar([]);
KANE_QuNeo.jumpHoldTimers = KANE_QuNeo.makeVar([]) // hold timers for continued jumps
-
+
/***** (IS) Initialization and Shutdown *****/
KANE_QuNeo.init = function (id) { // called when the device is opened & set up
@@ -350,9 +350,9 @@ KANE_QuNeo.init = function (id) { // called when the device is opened & set up
// led controls for the master / flanger channels
engine.connectControl("[Master]","VuMeter","KANE_QuNeo.masterVuMeter");
//engine.softTakeover("[Master]","volume",true);
- engine.connectControl("[Master]","headVolume","KANE_QuNeo.headVol");
+ engine.connectControl("[Master]","headVolume","KANE_QuNeo.headVol");
engine.connectControl("[Flanger]","lfoPeriod","KANE_QuNeo.flangerPeriod");
- engine.connectControl("[Flanger]","lfoDepth","KANE_QuNeo.flangerDepth");
+ engine.connectControl("[Flanger]","lfoDepth","KANE_QuNeo.flangerDepth");
engine.connectControl("[Master]","crossfader","KANE_QuNeo.crossFader");
for (var deck = 1; deck <= KANE_QuNeo.numDecks; deck++) {
@@ -360,7 +360,7 @@ KANE_QuNeo.init = function (id) { // called when the device is opened & set up
// led controls for deck VU meters
engine.connectControl(channelName,"VuMeter","KANE_QuNeo.deck"+deck+"VuMeter");
-
+
// soft takeovers
//engine.softTakeover(channelName,"rate",true);
//engine.softTakeover(channelName,"volume",true);
@@ -371,7 +371,7 @@ KANE_QuNeo.init = function (id) { // called when the device is opened & set up
// Conveniences
engine.setValue(channelName,"keylock",1);
- engine.setValue(channelName,"quantize",1);
+ engine.setValue(channelName,"quantize",1);
engine.setValue(channelName,"pregain",KANE_QuNeo.pregain)
}
@@ -420,7 +420,7 @@ KANE_QuNeo.setJump = function (deck, direction) {
if (current != direction) { // if chosen jump is not already active,
KANE_QuNeo.trackJump[channel] = direction; // set deck to the new direction
KANE_QuNeo.trackLooping[channel] = 0; // and turn looping off
- } else if (current == direction) {
+ } else if (current == direction) {
KANE_QuNeo.trackJump[channel] = 0; // else toggle jump off
KANE_QuNeo.trackLooping[channel] = 1; // and looping on
}
@@ -504,7 +504,7 @@ KANE_QuNeo.toggleRecord = function (channel, control, value, status, group) {
var old = KANE_QuNeo.recordToggle;
KANE_QuNeo.recordToggle = (old + 1) % 2 // toggle global on/off
engine.setValue("[Recording]","toggle_recording",1) // toggle engine
-
+
// for each deck, print out the sample at which recording started
for (var deck = 1; deck <= 2; deck++) {
var channelName = KANE_QuNeo.getChannelName(deck);
@@ -513,7 +513,7 @@ KANE_QuNeo.toggleRecord = function (channel, control, value, status, group) {
var samplePosition = samples * position;
print("Recording started with deck "+deck+ " at sample: "+samplePosition)
}
-
+
KANE_QuNeo.assertRecordLED() // update record LED
}
@@ -562,7 +562,7 @@ KANE_QuNeo.jumpLoop = function (deck, numBeats) {
var totalBeats = KANE_QuNeo.totalBeats
if (newBeat < 1) // hand-made mod because javascript mod is wrong when < 0.
- newBeat += totalBeats
+ newBeat += totalBeats
else if (newBeat > 16)
newBeat -= totalBeats
@@ -640,7 +640,7 @@ KANE_QuNeo.scheduleLoop = function (deck, numBeats) {
"KANE_QuNeo.doLoop("+deck+","+numBeats+")"
,true)
}
-
+
KANE_QuNeo.doLoop = function (deck, numBeats) {
var channelName = KANE_QuNeo.getChannelName(deck)
engine.setValue(channelName,"beatloop_"+numBeats+"_activate",1) // set loop
@@ -666,7 +666,7 @@ KANE_QuNeo.deckMultiplyLoop = function (deck, factor) {
else if (factor == 2) control = "loop_double";
else print("ERROR: wrong factor given for deckMultiplyLoop");
engine.setValue(channelName,control,1)
-
+
// if our operation somehow changed loop enabling, immediately change it back
engine.beginTimer(KANE_QuNeo.checkLoopDelay,
"KANE_QuNeo.checkLoop("+deck+","+loopEnabled+")", true);
@@ -710,7 +710,7 @@ KANE_QuNeo.jumpOff = function (deck, numBeats) {
/***** (VS) Vertical Sliders *****/
KANE_QuNeo.verticalSliderTouch = function (slider, value) {
-
+
// if this is the first press:
if (!KANE_QuNeo.verticalSliderDoubleTap[slider - 1]) {
// record this press,
@@ -741,7 +741,7 @@ KANE_QuNeo.verticalSliderMove = function (slider, value, resetFlag) {
var values = KANE_QuNeo.getVerticalSliderResetValues(); // get reset values
else // else get normal values
var values = KANE_QuNeo.getReverseValues(value);
-
+
// make sliders interact with mixxx based on mode and slider touched
switch (KANE_QuNeo.sliderMode) {
case 0: // mode 0
@@ -939,7 +939,7 @@ KANE_QuNeo.doVisualNudge = function (deck, direction) {
// calculate new position
var newPosition = engine.getValue(channelName,"visual_playposition")
+ (KANE_QuNeo.visualNudgeDist * direction);
-
+
// now apply to both visual and actual position
engine.setValue(channelName,"playposition",newPosition)
engine.setValue(channelName,"visual_playposition",newPosition)
@@ -984,7 +984,7 @@ KANE_QuNeo.rateNudgeHeld = function (deck, direction) {
KANE_QuNeo.rateNudgeAll = function (callingDeck, direction) {
var channelName = KANE_QuNeo.getChannelName(callingDeck);
- // do the calling deck's nudge
+ // do the calling deck's nudge
KANE_QuNeo.doRateNudge(callingDeck, direction)
// then sync the tempo of the other decks to the calling deck.
@@ -1159,7 +1159,7 @@ KANE_QuNeo.quantizeCues = function (deck, LEDControl) {
// light LED to indicate button press
KANE_QuNeo.LEDs(0x90,LEDControl,0x7f)
-
+
// find out our current position, assume it's on the beatgrid
var trackSamples = engine.getValue(channelName,"track_samples")
var position = engine.getValue(channelName,"visual_playposition")
@@ -1204,7 +1204,7 @@ KANE_QuNeo.timeKeeper = function (deck, value) {
// update rotary LEDs
KANE_QuNeo.circleLEDs(deck, value)
}
-
+
// report when there are beats and we haven't reached our last beat report
if (engine.getValue(channelName,"beat_active") &&
KANE_QuNeo.nextBeatTimer[channel].length == 0)
@@ -1237,7 +1237,7 @@ KANE_QuNeo.timeKeeper = function (deck, value) {
KANE_QuNeo.getWholeBeat = function (deck, position, spb) {
var channel = deck - 1; // confusing, yes. channels start from 0.
var channelName = KANE_QuNeo.getChannelName(deck);
- var referencePosition =
+ var referencePosition =
engine.getValue(channelName,"hotcue_9_position");
print("diffBeat: "+(position-referencePosition))
var diffBeat = Math.round((position - referencePosition)/spb)
@@ -1255,7 +1255,7 @@ KANE_QuNeo.handleBeat = function (deck) {
engine.beginTimer(KANE_QuNeo.beatOffset,
"KANE_QuNeo.resetNextBeatTimer("+deck+")",
true);
-
+
// record last beat number
var lastWholeBeat = KANE_QuNeo.wholeBeat[channel];
@@ -1285,7 +1285,7 @@ KANE_QuNeo.handleBeat = function (deck) {
print("non consecutive beat on deck "+deck)
print("diff: "+diff)
KANE_QuNeo.cancelScheduledBeats(deck); // first cancel any scheduled beats
-
+
if (!(KANE_QuNeo.trackJumped[channel])) { // if there was not a jump press,
KANE_QuNeo.wholeBeat[channel] = 1; // restart at beat 1
} else // we just jumped, so reset status and don't touch beat counters
@@ -1521,7 +1521,7 @@ KANE_QuNeo.deckBeatLEDs = function (deck, wholeBeat, quarter) {
if (KANE_QuNeo.mode == 5) // add visualizations if in visualizer mode
on = on.concat(KANE_QuNeo.visualize(deck,wholeBeat,quarter))
}
-
+
if (on.length > 0) { // if we have new LEDs to turn on,
KANE_QuNeo.clearLastBeatLEDs(deck); // first turn off old,
KANE_QuNeo.activeBeatLEDs[channel] = on; // then turn on the new.
@@ -1615,7 +1615,7 @@ KANE_QuNeo.circleLEDs = function (deck, value) {
var revolutions = (time/revtime) - .25;
// multiply the fractional part by the total number of LEDs in a rotary.
- var light = ((revolutions-(revolutions|0))*127)|0;
+ var light = ((revolutions-(revolutions|0))*127)|0;
// if this is a repeat message, do not send.
if (KANE_QuNeo.lastLight[channel]==light) return;
@@ -1651,7 +1651,7 @@ KANE_QuNeo.assertLEDs = function (mode) {
engine.trigger("[Flanger]","lfoPeriod");
engine.trigger("[Flanger]","lfoDepth");
engine.trigger("[Master]","crossfader");
-
+
// trigger all VuMeters
for (var deck = 0; deck <= KANE_QuNeo.numDecks; deck++)
KANE_QuNeo.triggerVuMeter(deck)
@@ -1796,7 +1796,7 @@ KANE_QuNeo.assertHotcueLEDs = function (deck) {
KANE_QuNeo.LEDs(0x91,KANE_QuNeo.hotcueClearLEDs[channel],0x00);
KANE_QuNeo.hotcueClearLEDs[channel] = [];
- if (mode == 13) {// if in main dj mode
+ if (mode == 13) {// if in main dj mode
KANE_QuNeo.assertHotcueActivateLEDs(deck); // light activate hotcues
}
else if (mode == 14 && LEDGroup == 1) { // if in cue left mode, and group is 1
@@ -1837,7 +1837,7 @@ KANE_QuNeo.assertHotcueActivateLEDs = function (deck) {
// if in main DJ mode, light past hotcues red,
// upcoming hotcues green, and the next hotcue orange.
- if (KANE_QuNeo.mode == 13) {
+ if (KANE_QuNeo.mode == 13) {
var red = LEDs[channel][cue - 1];
// check to see if this hotcue is coming up
@@ -1853,7 +1853,7 @@ KANE_QuNeo.assertHotcueActivateLEDs = function (deck) {
} else // it's not the closest
on.push(green); //and we haven't passed it, so make it green
-
+
} else // we already passed this hotcue, so light it red
on.push(red);
@@ -2122,7 +2122,7 @@ KANE_QuNeo.assertBeatCounterLEDs = function (deck) {
var mode = KANE_QuNeo.mode
if (mode == 13 || mode == 14 || mode == 15) { // only these modes
- // first determine with which LEDs we are working
+ // first determine with which LEDs we are working
var LEDGroup = KANE_QuNeo.getLEDGroup(deck);
var ones, fours, on = [];
if (LEDGroup == 1) { // side of deck 1
@@ -2140,7 +2140,7 @@ KANE_QuNeo.assertBeatCounterLEDs = function (deck) {
var beatmod4 = ((beat - 1) % 4) + 1;
switch (beatmod4) {
case 1: break; // off on beat 1
- case 2:
+ case 2:
on.push(ones[0]) // green on
break;
case 3:
@@ -2151,13 +2151,13 @@ KANE_QuNeo.assertBeatCounterLEDs = function (deck) {
break;
}
// now the fours counter
- if (beat < 5)
+ if (beat < 5)
undefined; // led off
else if (beat < 9)
on.push(fours[0]) // green on
else if (beat < 13)
on.push(fours[1]) // red on
- else
+ else
on = on.concat(fours) // orange on
} else // if a track is not loaded, no beat counter LEDs should be on
on = [];
@@ -2178,7 +2178,7 @@ KANE_QuNeo.assertBeatLEDs = function (deck) {
var channel = deck - 1;
var channelName = KANE_QuNeo.getChannelName(deck)
// arrays to control which LEDs to change
- var on, greens, reds, reloop, reloopOn = [];
+ var on, greens, reds, reloop, reloopOn = [];
var LEDGroup = KANE_QuNeo.getLEDGroup(deck);
// start by clearing reds and lighting greens. also determine which LEDs we have
@@ -2283,7 +2283,7 @@ KANE_QuNeo.deckVuMeter = function (deck, value) {
if (KANE_QuNeo.beatLEDsOn)
KANE_QuNeo.LEDs(0x91,KANE_QuNeo.activeBeatLEDs[channel],
values.cubedNeverOff);
-
+
// Vertical Arrow Beat LEDs
if (!KANE_QuNeo.rateNudge) {
var controls = [[0x2e,0x2f],[0x30,0x31]];
@@ -2324,7 +2324,7 @@ KANE_QuNeo.deckVuMeter = function (deck, value) {
KANE_QuNeo.masterVuMeter = function (value) {
// adjust from 0...1 to 0...127
var values = KANE_QuNeo.getForwardValues(value);
-
+
// top horizontal slider: master volume
var level = -1; // -1 for no playing decks
for (var channel = 0; channel < KANE_QuNeo.numDecks; channel++) {
@@ -2353,7 +2353,7 @@ KANE_QuNeo.deckZoomLEDs = function (deck, value) {
var control = KANE_QuNeo.getSliderControl(deck, 0)
// emit message
KANE_QuNeo.LEDs(0xb0,control,127 - zoom) // inverted because high is zoomed in
-}
+}
// Slider Mode == 0
KANE_QuNeo.deckCursorLEDs = function (deck, position) {
@@ -2371,13 +2371,13 @@ KANE_QuNeo.deckCursorLEDs = function (deck, position) {
// Slider Mode == 1
KANE_QuNeo.deckPregain = function (deck, value) {
var gain, LEDGroup = KANE_QuNeo.getLEDGroup(deck)
-
+
// determine gain
if (value < 1) // first half of the knob, 0-1
gain = value * 127 / 2;
else // second half of the knob, 1-4
gain = 63.5 + (value - 1) * 63.5 / 3;
-
+
// now determine control
var control = KANE_QuNeo.getSliderControl(deck, 0)
midi.sendShortMsg(0xb0,control,0x00+gain);
@@ -2400,7 +2400,7 @@ KANE_QuNeo.deckHighs = function (deck, value) {
level = value * 127 / 2;
else // second half of the knob, 1-4
level = 63.5 + (value - 1) * 63.5 / 3
-
+
// now determine control
var control = KANE_QuNeo.getSliderControl(deck, 1)
// emit updates
@@ -2415,7 +2415,7 @@ KANE_QuNeo.deckMids = function (deck, value) {
level = value * 127 / 2;
else // second half of the knob, 1-4
level = 63.5 + (value - 1) * 63.5 / 3
-
+
// now determine control
var control = KANE_QuNeo.getSliderControl(deck, 0)
// emit updates
@@ -2429,7 +2429,7 @@ KANE_QuNeo.deckLows = function (deck, value) {
level = value * 127 / 2;
else // second half of the knob, 1-4
level = 63.5 + (value - 1) * 63.5 / 3
-
+
// now determine control
var control = KANE_QuNeo.getSliderControl(deck, 1)
// emit updates
@@ -2842,11 +2842,11 @@ KANE_QuNeo.rateNudge2BackwardOff = function (channel, control, value, status, gr
//Reset Beat
KANE_QuNeo.reset1Beat = function (channel, control, value, status, group) {
- KANE_QuNeo.resetBeat(1)
+ KANE_QuNeo.resetBeat(1)
}
KANE_QuNeo.reset2Beat = function (channel, control, value, status, group) {
- KANE_QuNeo.resetBeat(2)
+ KANE_QuNeo.resetBeat(2)
}
//Quantize Cues
@@ -2866,7 +2866,7 @@ KANE_QuNeo.quantize2CuesOff = function (channel, control, value, status, group)
KANE_QuNeo.quantizeCuesOff(2, [0x29]);
}
-
+
/***** (SD) Sampler Dispatches *****/
//JumpSyncing
generated by cgit v1.2.3 (git 2.25.1) at 2024-06-30 10:08:12 +0000