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_Init Midi Twister7.scd
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_Init Midi Twister7.scd
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{
MIDIClient.sources.do { |i, id| /*i.device.postln;*/
if (i.device == "Midi Fighter Twister 1", {~twisterIndex1 = id});
if (i.device == "Midi Fighter Twister 2", {~twisterIndex2 = id});
if (i.device == "Midi Fighter Twister 3", {~twisterIndex3 = id});
};
~bufFolColor = Color.red(0.9);
~bufColor = Color.new255(/*255*/240, 75/*10*/, 110/*120*/);
~offColor = Color.new255(148, 0, 211);
~legColor = Color.blue;
~rtmColor = Color.yellow(0.6);
~proColor = Color.new255(139, 90, 0);
~cenColor = Color.cyan(0.6)/*new255(0, 206, 209)*/ /*new255(34, 39, 34)*//*Color.green*/;
~strColor = Color.green(0.6); // dark sea green
if (~twisterIndex1.notNil, {
if (~twisterIndex2.isNil, {
~twister2 = Twister(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); // Création d'une deuxième instance // this one is now connected, because Twister objects are connected when they are constructed
~twister3 = Twister(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1]));
~twister4 = Twister(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1]));
~twister5 = Twister(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1]));
},{
if (~twisterIndex3.isNil, {
~twister3 = Twister(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2]));
~twister4 = Twister(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2]));
~twister5 = Twister(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2]));
~twister2 = Twister(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2]));
},{
~twister2 = Twister(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2]));
~twister4 = Twister(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3]));
~twister5 = Twister(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3]));
~twister3 = Twister(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3]));
});
});
/*
~twister.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); // Connexion avec la première instance
~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1]));
*/
~twister = Twister(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); // Init XXXXXXXXX
1.wait;
// ~twister = Twister(\default);
// ~twister = nil;
/*~ratMulUpdate = { |slider, tr|
var tra, val, seq; tra= (tr*2)+~seqCompGABIndex[tr];
if (tra == ~tracksValue and: {~curSeqTrig == 1}, { seq = ~seqsValue },{ seq = ~seqSeq[tra] }); val = ~ratMulSpec.map(slider.value);
if (~twister.notNil, { var a=(tr/2).asInteger; ~ratValues[a].value_(~ratMulSpec.unmap(~ratMul[tr][seq])) }); "test".postln;
~ratMul[tra][seq] = val; ~rat2Mul[tra][seq] = val;
{slider.string = "Rat : %".format( val )}.defer;
/*if (~lemurConnected1 == 1, {
if (tr == ~tracksValue, {
~lemurAdress1.sendMsg("/ParC/RatM/value", val); ~lemurAdress1.sendMsg("/ParC/RatLed/value", view.value );
});
if (~rhythmTracksX2.includes(tr), {
~lemurAdress1.sendMsg(~lemurRatGTextValues[tr], val); ~lemurAdress1.sendMsg(~lemurRatGLedValues[tr], view.value );
});
});
if (~lemurConnected2 == 1, {
if (tr == ~secondLemurX2Track, {
~lemurAdress2.sendMsg("/ParC/RatM/value", val); ~lemurAdress2.sendMsg("/ParC/RatLed/value", view.value );
});
if (~rhythmTracksX2.includes(tr), {
~lemurAdress2.sendMsg(~lemurRatGTextValues[tr], val); ~lemurAdress2.sendMsg(~lemurRatGLedValues[tr], view.value );
});
});*/
};*/
(
if (~seqCompGABIndex.isNil, {~seqCompGABIndex = 0 ! 8 /*~nbOfTracks*/}); // initialisé aussi après dans Init GUI
if (~triggerAllSeqs.isNil, {~triggerAllSeqs = 0 ! 16 /*~nbOfTracksX2*/}); // initialisé aussi après dans Init GUI
// Initialisation
~ratValues = /*~nbOfTracksX2*/ 16.collect { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/ NumericControlValue(spec:[0, 1]) /*.value_(~ratMulSpec.unmap(~ratMul[a][~seqSeq[a]]))*/ };
~ratButtons = /*~nbOfTracksX2*/ 8.collect { |i| OnOffControlValue(); };
// Couleur
~twister.knobs[8..10].do { |i, id| i.ledColor_(Color.green); }; // Distinction entre les pistes rythmiques & Texture
~twister.knobs[11..15].do { |i, id| i.ledColor_(Color.magenta); };
// Attribution
~twister.knobs[8..15].do { |i, id|
i.buttonCV = ~ratButtons[id]; // pour la sélection des séquences
i.knobCV = ~ratValues[(id*2)+~seqCompGABIndex[id]]; // pour les vitesses de lecture
};
// Pour l'action en conséquence sur une seule séquence ou sur toute la sélection quand on appuie sur le bouton en fonction de ce qui est déjà en sélection
/*~ratButtons[0..5].do { |i, id| i.signal(\on).connectToUnique({ {/*~retriggerPresetViewG*/~retriggerPresetPreViewG[id].valueAction_(1)}.defer; }) }; // mis sur le Preset - à voir si pas mieux sur la sélection ??? ~retriggerPresetViewG
~ratButtons[0..5].do { |i, id| i.signal(\off).connectToUnique({ {/*~retriggerPresetViewG*/~retriggerPresetPreViewG[id].valueAction_(1)}.defer; }) };
~ratButtons[6..15].do { |i, id| i.signal(\on).connectToUnique({ var a = id+6; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0},{~triggerAllSeqs[a] = 1}) }) };
~ratButtons[6..15].do { |i, id| i.signal(\off).connectToUnique({ var a = id+6; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1},{~triggerAllSeqs[a] = 0}) }) };*/
~ratButtons[0..7/*2*/].do { |i, id| i.signal(\on).connectToUnique({ {~retriggerPresetViewG/*~retriggerPresetPreViewG*/[(id*2)+~seqCompGABIndex[id]].valueAction_(1)}.defer; }) }; // mis sur le Preset - à voir si pas mieux sur la sélection ??? ~retriggerPresetViewG
~ratButtons[0..7/*2*/].do { |i, id| i.signal(\off).connectToUnique({ {~retriggerPresetViewG/*~retriggerPresetPreViewG*/[(id*2)+~seqCompGABIndex[id]].valueAction_(1)}.defer; }) };
// Pour la sélection - retiré pour la remise à 0 du preset
/*~ratButtons[3..7].do { |i, id| i.signal(\on).connectToUnique({ var a = ((id+3)*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~ratButtons[3..7].do { |i, id| i.signal(\off).connectToUnique({ var a = ((id+3)*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };*/
// ~fxVolume
~fxValue = NumericControlValue(spec:[0.025, 0.7]);
~twister.knobs[0].ledColor_(Color.red);
~twister.knobs[0].knobCV = ~fxValue;
~fxButton= OnOffControlValue();
~twister.knobs[0].buttonCV = ~fxButton;
~fxButton.signal(\on).connectToUnique({ if (~trackFXVolView.value == 0.06, {~fxValue.value_(0.12)}, {~fxValue.value_(0.06)} ); });
// Connexion
~connectionsRateMake = {
if (~connectionsRate.notNil, { ~connectionsRate.free });
~twister.knobs[8..15].do { |i, id|
i.buttonCV = ~ratButtons[id]; // pour la sélection des séquences
i.knobCV = ~ratValues[(id*2)+~seqCompGABIndex[id]]; // pour les vitesses de lecture
};
~twister.knobs[1].knobCV = ~rtmValues[~tracksValue];
~twister.knobs[2].knobCV = ~proValues[~tracksValue];
~twister.knobs[3].knobCV = ~cenValues[~tracksValue];
~twister.knobs[5].knobCV = ~bufFolValues[~tracksValue];
~twister.knobs[6].knobCV = ~legValues[~tracksValue];
~twister.knobs[7].knobCV = ~strValues[~tracksValue];
~nbOfTracksX2.do { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/
~ratValues[i].value_(~ratMulSpec.unmap(~ratMul[i][~seqSeq[i]]));
};
// ~rtmValues[~tracksValue].value_(~rtmMulSpec[~tracksValue][~seqSeq[~tracksValue]].unmap(~rtmMul[~tracksValue][~seqSeq[~tracksValue]])); // Test
~connectionsRate = ConnectionList.make {
// ~ratValues.connectEach(\value, ~ratMulViewG, _.valueSlot);
~ratValues.connectEach(\value, ~ratMulViewG, _.valueSlot(\valueAction));
~ratMulViewG.connectEach(\value, ~ratValues, _.valueSlot);
// ~ratValues.connectEach(\value, ~ratMulViewG, _.methodSlot("string_(value.round(0.01))"));
// ~ratValues.connectEach(\value, ~ratMulViewG, _.methodSlot("doAction")); // necessary to update action from SmoothSliders
// pour la séquence, comment faire ???
// ~ratMulView.connectEach(\value, ~ratValues[\tracksValue.envirGet], _.valueSlot);
// ~ratValues[\tracksValue.envirGet].connectEach(\value, ~ratMulView, _.valueSlot);
// ~ratValues[\tracksValue.envirGet].connectEach(\value, ~ratMulView, _.methodSlot("doAction"));
// ~ratValues.connectEach(\value, ~ratMulViewG, _.methodSlot("doAction")); // necessary to update action from SmoothSliders
~ratMulViewG.do({ |slider, id| // var a= (id*2)+~seqCompGABIndex[id];
ViewActionUpdater.enable(slider);
}); // necessary to update from SmoothSliders the values and so the Twister knobs
// ~ratValues.connectAll({ |val, i, a| val.postln; a.postln; i.postln });
/*~ratValues[\tracksValue.envirGet].signal(\value).connectToUnique({
~ratMulView.value_(~ratValues[id].value.copy/*~ratMulSpec.unmap(~ratMul[tr][seq])*/).string_("%".format(~ratMul[~tracksValue][~seqSeq[~tracksValue]].round(0.01)));
});*/
[~ratValues[~tracksValue]].connectEach(\value, [~ratMulView], _.valueSlot); // Pour mettre à jour sliders à partir du Twister
// [~ratValues[~tracksValue]].connectEach(\value, [~ratMulView], _.methodSlot("string_(value.round(0.01))"));
[~ratValues[~tracksValue]].connectEach(\value, [~ratMulView], _.methodSlot("string_(~ratMulSpec.map(value))"));
[~ratMulView].connectEach(\value, [~ratValues[~tracksValue]], _.valueSlot); // Pour mettre à jour le Twister à partir des Sliders
ViewActionUpdater.enable(~ratMulView); // idem - necessary to update from SmoothSliders the values and so the Twister knobs
[~rtmValues[~tracksValue]].connectEach(\value, [~rtmMulViewG[~tracksValue]], _.valueSlot(\valueAction));
[~rtmMulViewG[~tracksValue]].connectEach(\value, [~rtmValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~rtmMulViewG[~tracksValue]);
[~rtmValues[~tracksValue]].connectEach(\value, [~rtmMulView], _.valueSlot);
[~rtmValues[~tracksValue]].connectEach(\value, [~rtmMulView], _.methodSlot("string_(~rtmMulSpec[~tracksValue][~seqsValue].map(value))"));
[~rtmMulView].connectEach(\value, [~rtmValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~rtmMulView);
[~legValues[~tracksValue]].connectEach(\value, [~legMulViewG[~tracksValue]], _.valueSlot(\valueAction));
[~legMulViewG[~tracksValue]].connectEach(\value, [~legValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~legMulViewG[~tracksValue]);
[~legValues[~tracksValue]].connectEach(\value, [~legMulView], _.valueSlot);
[~legValues[~tracksValue]].connectEach(\value, [~legMulView], _.methodSlot("string_(~legMulSpec.map(value))"));
[~legMulView].connectEach(\value, [~legValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~legMulView);
[~strValues[~tracksValue]].connectEach(\value, [~strMulViewG[~tracksValue]], _.valueSlot(\valueAction));
[~strMulViewG[~tracksValue]].connectEach(\value, [~strValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~strMulViewG[~tracksValue]);
[~strValues[~tracksValue]].connectEach(\value, [~strMulView], _.valueSlot);
[~strValues[~tracksValue]].connectEach(\value, [~strMulView], _.methodSlot("string_(~strMulSpec.map(value))"));
[~strMulView].connectEach(\value, [~strValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~strMulView);
[~cenValues[~tracksValue]].connectEach(\value, [~cenMulViewG[~tracksValue]], _.valueSlot(\valueAction));
[~cenMulViewG[~tracksValue]].connectEach(\value, [~cenValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~cenMulViewG[~tracksValue]);
[~cenValues[~tracksValue]].connectEach(\value, [~cenMulView], _.valueSlot);
[~cenValues[~tracksValue]].connectEach(\value, [~cenMulView], _.methodSlot("string_(~cenMulSpec.map(value))"));
[~cenMulView].connectEach(\value, [~cenValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~cenMulView);
[~proValues[~tracksValue]].connectEach(\value, [~proMulViewG[~tracksValue]], _.valueSlot(\valueAction));
[~proMulViewG[~tracksValue]].connectEach(\value, [~proValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~proMulViewG[~tracksValue]);
[~proValues[~tracksValue]].connectEach(\value, [~proMulView], _.valueSlot);
[~proValues[~tracksValue]].connectEach(\value, [~proMulView], _.methodSlot("string_(~proMulSpec.map(value))"));
[~proMulView].connectEach(\value, [~proValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~proMulView);
[~bufFolValues[~tracksValue]].connectEach(\value,[~bufFolderViewG[~tracksValue]], _.valueSlot(\valueAction));
[~bufFolderViewG[~tracksValue]].connectEach(\value, [~bufFolValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~bufFolderViewG[~tracksValue]);
[~bufFolValues[~tracksValue]].connectEach(\value, [~bufFolderView], _.valueSlot);
// [~bufFolValues[~tracksValue]].connectEach(\value, [~bufFolderView], _.methodSlot("string_(~bufMulSpec.map(value))"));
[~bufFolderView].connectEach(\value, [~bufFolValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~bufFolderView);
[~fxValue].connectEach(\value, [~trackFXVolView], _.valueSlot(\valueAction));
[~trackFXVolView].connectEach(\value, [~fxValue], _.valueSlot);
};
};
);
/*
Twister(\twister).free; // est déconnecté si on le réinitialise
~ratValues[0].value
~ratValues[0].value = 0.2
~connectionsRateMake.();
*/
// Midi Twister
// FX (red) / RTM (orange, yellow) / LEG (blue, cyan ->) / STR
// RTM RY (magenta) / PRO (blue, cyan ->) / OFF (blue, cyan ->) / CEN
// Il faudrait aussi DEL, voire OUT ???
~rtmValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister.knobs[1].ledColor_(Color.yellow);
~twister.knobs[1].knobCV = ~rtmValues[0]; // ~rtmValues[0].value
~proValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister.knobs[2].ledColor_(Color.blue);
~twister.knobs[2].knobCV = ~proValues[0];
~cenValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister.knobs[3].ledColor_(Color.blue);
~twister.knobs[3].knobCV = ~cenValues[0];
// if (~rtmMulRyInit.isNil, { ~rtmMulRyInit = 1 ! (~rhythmTracks*2).size }); // à initialiser au départ -> plus necessaire car intervention directe dans le pattern et non dans la GUI
~rtmRyValue = NumericControlValue(spec:[0.01, 1]);
~rtmRyValue.value = 0.5;
~twister.knobs[4].ledColor_(Color.magenta);
~twister.knobs[4].knobCV = ~rtmRyValue;
/*~rtmRyValue.signal(\value).connectToUnique({ // ~rtmRyValue.value.postln;
~rhythmTracksX2.do { |i, id| { var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][/*~seqsValue*/~seqSeq[i]].unmap(~rtmMulRyInit[id] * ~rtmRyValue.value /*0.75*/) ); ~triggerAllSeqs[i] = prev }.defer; };
});*/
~rtmMulRyInitButton = OnOffControlValue();
~twister.knobs[4].buttonCV = ~rtmMulRyInitButton;
~rtmMulRyInitButton.signal(\on).connectToUnique({ if (~rtmRyValue.value != 0.5, {~rtmRyValue.value_(0.5)},{~rtmRyValue.value_(0)}) });
// ~rtmMulRyInitButton.signal(\on).connectToUnique({ if (~rtmRyValue.value != 1, {~rtmRyValue.value_(1)},{~rtmRyValue.value_(0)}) });
/*
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 0.15) ); ~triggerAllSeqs[i] = 0; }; // 0.112 mini
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 0.2) ); ~triggerAllSeqs[i] = 0; }; // 0.15 mini
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 0.2) ); ~triggerAllSeqs[i] = 0; }; // 0.15 mini
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 0.5) ); ~triggerAllSeqs[i] = 0; };
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 0.75) ); ~triggerAllSeqs[i] = 0; };
~rhythmTracksX2.do { |i, id| var prev = ~triggerAllSeqs[i]; ~triggerAllSeqs[i] = 1; ~rtmMulViewG[i].valueAction_( ~rtmMulSpec[i][~seqsValue].unmap(~rtmMulRyInit[id] * 1) ); ~triggerAllSeqs[i] = 0; }; // 0.75 default
*/
/* ~offValue */ ~bufFolValues = 16.collect { NumericControlValue(spec:[0, 70 /*~bufFolderSize1*/]) };
~twister.knobs[5].ledColor_(Color.blue/*magenta(0.2)*/);
~twister.knobs[5].knobCV = ~bufFolValues[0/*~tracksValue*/];
~twisterButRy = OnOffControlValue(); // Resynchronisation
~twister.knobs[5].buttonCV = ~twisterButRy;
~twisterButRy.signal(\on).connectToUnique({
~rhythmTracksX2.do { |tr|
if (~playViewValue[tr].value == 1, {
if (~xqViewValue[tr] == 0, {
~play.value(npdef: ~patterns2[tr], track: ~tracks[tr], nfade: ~nFade[tr], pfade: ~pFade[tr], quant: ~quant[tr], stretchdur: 1/1)
}, {
~play.value(npdef: ~patterns2[tr], track: ~tracks[tr], nfade: ~nFade[tr], pfade: 0, quant: 0, stretchdur: 1/1)
});
})
}; "Resynchro".postln;
});
~legValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister.knobs[6].ledColor_(Color.blue);
~twister.knobs[6].knobCV = ~legValues[0];
~strValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister.knobs[7].ledColor_(Color.blue);
~twister.knobs[7].knobCV = ~strValues[0];
~twisterBut1 = OnOffControlValue();
~twister.buttons[0].cv = ~twisterBut1;
~twisterBut1.signal(\on).connectToUnique({ ~retriggerPresetAllTracksView.valueAction_(1); }); // Pre
~twisterBut1.signal(\off).connectToUnique({ ~retriggerPresetAllTracksView.valueAction_(1) });
~twisterBut2 = OnOffControlValue();
~twister.buttons[1].cv = ~twisterBut2;
~twisterBut2.signal(\on).connectToUnique({ ~retriggerSelAllTracksView.valueAction_(1) }); // Sel Pl
~twisterBut2.signal(\off).connectToUnique({ ~retriggerSelAllTracksView.valueAction_(1) });
~twisterBut3 = OnOffControlValue();
~twister.buttons[2].cv = ~twisterBut3;
~twisterBut3.signal(\on).connectToUnique({ ~retriggerPresetViewRy.valueAction_(1) }); // Sel Ry
~twisterBut3.signal(\off).connectToUnique({ ~retriggerPresetViewRy.valueAction_(1) });
// Initialisation Twister 2
// ~bufValues = /*~nbOfTracksX2*/ 16.collect { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/ NumericControlValue(spec:[0, 1]) /*.value_(~ratMulSpec.unmap(~ratMul[a][~seqSeq[a]]))*/ };
~bufValues = 16.collect { NumericControlValue(spec:[0, 1]) };
~twister2Buttons = /*~nbOfTracksX2*/ 16.collect { |i| OnOffControlValue(); };
// Couleur
~twister2.knobs[0..7].do { |i, id| i.ledColor_(~bufFolColor); };
~twister2.knobs[8..15].do { |i, id| i.ledColor_(~bufColor)}; // Violet Red
// Attribution
~twister2.knobs[0..7].do { |i, id|
i.buttonCV = ~twister2Buttons[id];
i.knobCV = ~bufFolValues[(id*2)+~seqCompGABIndex[id]];
};
~twister2.knobs[8..15].do { |i, id|
i.buttonCV = ~twister2Buttons[id+8];
i.knobCV = ~bufValues[(id*2)+~seqCompGABIndex[id]];
};
~twister2Buttons[0..7].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister2Buttons[0..7].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~twister2Buttons[8..15].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister2Buttons[8..15].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~connectionsBufMake = {
if (~connectionsBuf.notNil, { ~connectionsBuf.free });
~twister2.knobs[0..7].do { |i, id|
i.buttonCV = ~twister2Buttons[id];
i.knobCV = ~bufFolValues[(id*2)+~seqCompGABIndex[id]];
};
~twister2.knobs[8..15].do { |i, id|
i.buttonCV = ~twister2Buttons[id+8];
i.knobCV = ~bufValues[(id*2)+~seqCompGABIndex[id]];
};
~nbOfTracksX2.do { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/
~bufFolValues[i].value_(~bufFolderValue[i][~seqSeq[i]]);
~bufValues[i].value_(~bufMulSpec.unmap(~bufMul[i][~seqSeq[i]]))
};
~connectionsBuf = ConnectionList.make {
~bufFolValues.connectEach(\value,~bufFolderViewG, _.valueSlot(\valueAction));
~bufFolderViewG.connectEach(\value, ~bufFolValues, _.valueSlot);
~bufFolderViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~bufFolValues[~tracksValue]].connectEach(\value, [~bufFolderView], _.valueSlot);
[~bufFolderView].connectEach(\value, [~bufFolValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~bufFolderView);
~bufValues.connectEach(\value,~bufMulViewG, _.valueSlot(\valueAction));
~bufMulViewG.connectEach(\value, ~bufValues, _.valueSlot);
~bufMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~bufValues[~tracksValue]].connectEach(\value, [~bufMulView], _.valueSlot);
[~bufMulView].connectEach(\value, [~bufValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~bufMulView);
};
};
// ~connectionsBufMake.();
// Initialisation Twister 3
// ~bufValues = /*~nbOfTracksX2*/ 16.collect { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/ NumericControlValue(spec:[0, 1]) /*.value_(~ratMulSpec.unmap(~ratMul[a][~seqSeq[a]]))*/ };
~offValues = 16.collect { NumericControlValue(spec:[0, 1]) };
// ~legValues = 16.collect { NumericControlValue(spec:[0, 1]) }; // déjà initialisé plus haut
~twister3Buttons = /*~nbOfTracksX2*/ 16.collect { |i| OnOffControlValue(); };
// Couleur
~twister3.knobs[0..7].do { |i, id| i.ledColor_(~offColor); }; // Violet Red
~twister3.knobs[8..15].do { |i, id| i.ledColor_(~legColor)};
// Attribution
~twister3.knobs[0..7].do { |i, id|
i.buttonCV = ~twister3Buttons[id];
i.knobCV = ~offValues[(id*2)+~seqCompGABIndex[id]];
};
~twister3.knobs[8..15].do { |i, id|
i.buttonCV = ~twister3Buttons[id+8];
i.knobCV = ~legValues[(id*2)+~seqCompGABIndex[id]];
};
~twister3Buttons[0..7].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister3Buttons[0..7].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~twister3Buttons[8..15].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister3Buttons[8..15].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~connectionsLegMake = {
if (~connectionsLeg.notNil, { ~connectionsLeg.free });
~twister3.knobs[0..7].do { |i, id|
i.buttonCV = ~twister3Buttons[id];
i.knobCV = ~offValues[(id*2)+~seqCompGABIndex[id]];
};
~twister3.knobs[8..15].do { |i, id|
i.buttonCV = ~twister3Buttons[id+8];
i.knobCV = ~legValues[(id*2)+~seqCompGABIndex[id]];
};
~nbOfTracksX2.do { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/
~legValues[i].value_(~legMulSpec.unmap(~legMul[i][~seqSeq[i]]));
~offValues[i].value_(~offMulSpec.unmap(~offMul[i][~seqSeq[i]]))
};
~connectionsLeg = ConnectionList.make {
~legValues.connectEach(\value,~legMulViewG, _.valueSlot(\valueAction));
~legMulViewG.connectEach(\value, ~legValues, _.valueSlot);
~legMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~legValues[~tracksValue]].connectEach(\value, [~legMulView], _.valueSlot);
[~legMulView].connectEach(\value, [~legValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~legMulView);
~offValues.connectEach(\value,~offMulViewG, _.valueSlot(\valueAction));
~offMulViewG.connectEach(\value, ~offValues, _.valueSlot);
~offMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~offValues[~tracksValue]].connectEach(\value, [~offMulView], _.valueSlot);
[~offMulView].connectEach(\value, [~offValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~offMulView);
};
};
// ~connectionsLegMake.();
// Initialisation Twister 4
~twister4Buttons = /*~nbOfTracksX2*/ 16.collect { |i| OnOffControlValue(); };
// Couleur
~twister4.knobs[0..7].do { |i, id| i.ledColor_(~proColor); /*(Color.new255(255, 165, 0)*/ }; // Orange4
~twister4.knobs[8..15].do { |i, id| i.ledColor_(~rtmColor)};
// Attribution
~twister4.knobs[0..7].do { |i, id|
i.buttonCV = ~twister4Buttons[id];
i.knobCV = ~proValues[(id*2)+~seqCompGABIndex[id]];
};
~twister4.knobs[8..15].do { |i, id|
i.buttonCV = ~twister4Buttons[id+8];
i.knobCV = ~rtmValues[(id*2)+~seqCompGABIndex[id]];
};
~twister4Buttons[0..7].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister4Buttons[0..7].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~twister4Buttons[8..15].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister4Buttons[8..15].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~connectionsRtmMake = {
if (~connectionsRtm.notNil, { ~connectionsRtm.free });
~twister4.knobs[0..7].do { |i, id|
i.buttonCV = ~twister4Buttons[id];
i.knobCV = ~proValues[(id*2)+~seqCompGABIndex[id]];
};
~twister4.knobs[8..15].do { |i, id|
i.buttonCV = ~twister4Buttons[id+8];
i.knobCV = ~rtmValues[(id*2)+~seqCompGABIndex[id]];
};
~nbOfTracksX2.do { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/
~proValues[i].value_(~proMulSpec.unmap(~proMul[i][~seqSeq[i]]));
~rtmValues[i].value_(~rtmMulSpec[i][~seqSeq[i]].unmap(~rtmMul[i][~seqSeq[i]]));
};
~connectionsRtm = ConnectionList.make {
~rtmValues.connectEach(\value,~rtmMulViewG, _.valueSlot(\valueAction));
~rtmMulViewG.connectEach(\value, ~rtmValues, _.valueSlot);
~rtmMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~rtmValues[~tracksValue]].connectEach(\value, [~rtmMulView], _.valueSlot);
[~rtmMulView].connectEach(\value, [~rtmValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~rtmMulView);
~proValues.connectEach(\value,~proMulViewG, _.valueSlot(\valueAction));
~proMulViewG.connectEach(\value, ~proValues, _.valueSlot);
~proMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~proValues[~tracksValue]].connectEach(\value, [~proMulView], _.valueSlot);
[~proMulView].connectEach(\value, [~proValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~proMulView);
};
};
// ~connectionsRtmMake.();
// Initialisation Twister 5
~twister5Buttons = /*~nbOfTracksX2*/ 16.collect { |i| OnOffControlValue(); };
// Couleur
~twister5.knobs[0..7].do { |i, id| i.ledColor_(~cenColor); };
~twister5.knobs[8..15].do { |i, id| i.ledColor_(~strColor)/*(Color.new255(255, 165, 0)*/}; // Orange4
// Attribution
~twister5.knobs[0..7].do { |i, id|
i.buttonCV = ~twister5Buttons[id];
i.knobCV = ~cenValues[(id*2)+~seqCompGABIndex[id]];
};
~twister5.knobs[8..15].do { |i, id|
i.buttonCV = ~twister5Buttons[id+8];
i.knobCV = ~strValues[(id*2)+~seqCompGABIndex[id]];
};
~twister5Buttons[0..7].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister5Buttons[0..7].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~twister5Buttons[8..15].do { |i, id| i.signal(\on).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 1, {~triggerAllSeqs[a] = 0;},{~triggerAllSeqs[a] = 1;}) }) };
~twister5Buttons[8..15].do { |i, id| i.signal(\off).connectToUnique({ var a = (id*2)+~seqCompGABIndex[id]; if (~triggerAllSeqs[a] == 0, {~triggerAllSeqs[a] = 1;},{~triggerAllSeqs[a] = 0;}) }) };
~connectionsStrMake = {
if (~connectionsStr.notNil, { ~connectionsStr.free });
~twister5.knobs[0..7].do { |i, id|
i.buttonCV = ~twister5Buttons[id];
i.knobCV = ~cenValues[(id*2)+~seqCompGABIndex[id]];
};
~twister5.knobs[8..15].do { |i, id|
i.buttonCV = ~twister5Buttons[id+8];
i.knobCV = ~strValues[(id*2)+~seqCompGABIndex[id]];
};
~nbOfTracksX2.do { |i| /*var a= (i*2)+~seqCompGABIndex[i];*/
~strValues[i].value_(~strMulSpec.unmap(~strMul[i][~seqSeq[i]]));
~cenValues[i].value_(~cenMulSpec.unmap(~cenMul[i][~seqSeq[i]]));
};
~connectionsStr = ConnectionList.make {
~strValues.connectEach(\value,~strMulViewG, _.valueSlot(\valueAction));
~strMulViewG.connectEach(\value, ~strValues, _.valueSlot);
~strMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~strValues[~tracksValue]].connectEach(\value, [~strMulView], _.valueSlot);
[~strMulView].connectEach(\value, [~strValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~strMulView);
~cenValues.connectEach(\value,~cenMulViewG, _.valueSlot(\valueAction));
~cenMulViewG.connectEach(\value, ~cenValues, _.valueSlot);
~cenMulViewG.do({ |slider, id| ViewActionUpdater.enable(slider) });
[~cenValues[~tracksValue]].connectEach(\value, [~cenMulView], _.valueSlot);
[~cenMulView].connectEach(\value, [~cenValues[~tracksValue]], _.valueSlot);
ViewActionUpdater.enable(~cenMulView);
};
};
// ~connectionsStrMake.();
// Boutons sur le côté droit pour changer d'interface
~twisterInterface = 0;
~twisterInterface2 = 1;
~twisterBut4 = OnOffControlValue();
~twister.buttons[3].cv = ~twisterBut4;
~twister2.buttons[3].cv = ~twisterBut4;
~twister3.buttons[3].cv = ~twisterBut4;
~twister4.buttons[3].cv = ~twisterBut4;
~twister5.buttons[3].cv = ~twisterBut4;
if (~twisterIndex2.isNil, {
~twisterBut4.signal(\on).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect} // Necessaire pour que les 6 boutons de la 1ere interface se mettent à jour avec les sliders de l'interface graphique, lorsque d'autres interfaces ont été sélectionnés
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 0, { // switch
{ ~twister.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 0;
~connectionsRateMake.(); ~connectionsRate.connect;
}.fork(AppClock);
},{
{ ~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
});
});
~twisterBut4.signal(\off).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect}
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 0, { // switch
{ ~twister.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 0;
~connectionsRateMake.(); ~connectionsRate.connect;
}.fork(AppClock);
},{
{ ~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
});
});
},{
if (~twisterIndex3.isNil, {
~twisterBut4.signal(\on).connectToUnique({
{ ~twister2.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
});
~twisterBut4.signal(\off).connectToUnique({
{ ~twister2.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
});
},{
~twisterBut4.signal(\on).connectToUnique({
{ ~twister3.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
~twisterBut4.signal(\off).connectToUnique({
{ ~twister3.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
});
});
~twisterBut5 = OnOffControlValue();
~twister.buttons[4].cv = ~twisterBut5;
~twister2.buttons[4].cv = ~twisterBut5;
~twister3.buttons[4].cv = ~twisterBut5;
~twister4.buttons[4].cv = ~twisterBut5;
~twister5.buttons[4].cv = ~twisterBut5;
if (~twisterIndex2.isNil, {
~twisterBut5.signal(\on).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect}
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 1, { // switch
{ ~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
},{
{ ~twister3.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
});
~twisterBut5.signal(\off).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect}
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 1, { // switch
{ ~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 1;
~connectionsBufMake.(); ~connectionsBuf.connect;
}.fork(AppClock);
},{
{ ~twister3.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
});
},{
if (~twisterIndex3.isNil, {
~twisterBut5.signal(\on).connectToUnique({
{ ~twister3.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
~twisterBut5.signal(\off).connectToUnique({
{ ~twister3.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 2;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
},{
~twisterBut5.signal(\on).connectToUnique({
{ ~twister4.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 3;
~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
});
~twisterBut5.signal(\off).connectToUnique({
{ ~twister4.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 3;
~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
});
});
});
~twisterBut6 = OnOffControlValue();
~twister.buttons[5].cv = ~twisterBut6;
~twister2.buttons[5].cv = ~twisterBut6;
~twister3.buttons[5].cv = ~twisterBut6;
~twister4.buttons[5].cv = ~twisterBut6;
~twister5.buttons[5].cv = ~twisterBut6;
if (~twisterIndex2.isNil, {
~twisterBut6.signal(\on).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect}
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 3, { // switch
{ ~twister4.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 3;
~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
},{
{ ~twister5.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 4;
~connectionsStrMake.(); ~connectionsStr.connect;
}.fork(AppClock);
});
});
~twisterBut6.signal(\off).connectToUnique({
case
{ ~twisterInterface == 0} {~connectionsRate.disconnect}
{ ~twisterInterface == 1} {~connectionsBuf.disconnect}
{ ~twisterInterface == 2} {~connectionsLeg.disconnect}
{ ~twisterInterface == 3} {~connectionsRtm.disconnect}
{ ~twisterInterface == 4} {~connectionsStr.disconnect};
if (~twisterInterface != 3, { // switch
{ ~twister4.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 3;
~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
},{
{ ~twister5.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); ~twisterInterface = 4;
~connectionsStrMake.(); ~connectionsStr.connect;
}.fork(AppClock);
});
});
},{
if (~twisterIndex3.isNil, {
~twisterBut6.signal(\on).connectToUnique({
if (~twisterInterface2 != 3, { // switch
{ ~twister4.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 3;
/*if (~connectionsRtm.notNil, {~connectionsRtm.disconnect});*/ ~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
},{
{ ~twister5.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 4;
/*if (~connectionsStr.notNil, {~connectionsStr.disconnect});*/ ~connectionsStrMake.(); ~connectionsStr.connect;
}.fork(AppClock);
});
});
~twisterBut6.signal(\off).connectToUnique({
if (~twisterInterface2 != 3, { // switch
{ ~twister4.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 3;
/*if (~connectionsRtm.notNil, {~connectionsRtm.disconnect});*/ ~connectionsRtmMake.(); ~connectionsRtm.connect;
}.fork(AppClock);
},{
{ ~twister5.connect(TwisterDevice(\twister2, MIDIClient.sources[~twisterIndex2])); ~twisterInterface2 = 4;
/*if (~connectionsStr.notNil, {~connectionsStr.disconnect});*/ ~connectionsStrMake.(); ~connectionsStr.connect;
}.fork(AppClock);
});
});
},{
~twisterBut6.signal(\on).connectToUnique({
{ ~twister5.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 4;
~connectionsLegMake.(); ~connectionsLeg.connect;
}.fork(AppClock);
});
~twisterBut6.signal(\off).connectToUnique({
{ ~twister5.connect(TwisterDevice(\twister3, MIDIClient.sources[~twisterIndex3])); ~twisterInterface2 = 4;
~connectionsStrMake.(); ~connectionsStr.connect;
}.fork(AppClock);
});
});
});
/*
~twister.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex1])); // Connexion avec la première instance
~twister2.connect(TwisterDevice(\twister, MIDIClient.sources[~twisterIndex2]));
*/
"Twister connected".postln;
});
}.fork;