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gui.scd
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gui.scd
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// Variables defined with builtin classes
var sampleHome = "./samples";
var randomBlackBoard = Dictionary.new;
var synthLookup = List.new;
var defaultSoundDev = 1;
var rcRecorder = nil;
var noteRemapPresets = Dictionary.new;
var optsDir = Platform.userHomeDir ++ "/.sfts";
var presetsFile = optsDir ++ "/presets.yaml";
var mainWindow = Window(
"Sound <---- Scape",
bounds: Rect(0,0,1810,1150),
resizable: false
).front;
var gui;
var midiBus;
var pendSettings;
var pendulumClaess;
var cfgMgr;
var allSamples = SortedList.new(8, { |a,b|
a.comment.toLower < b.comment.toLower
});
// fix the plotter!
GUI.skin.plot.fontColor = Color.white;
GUI.skin.plot.gridColorX = Color.white;
GUI.skin.plot.gridColorY = Color.white;
GUI.skin.plot.labelX = "";
GUI.skin.plot.labelY = "";
gui = RcGui.new;
midiBus = RcMidiMessageBus.new;
pendSettings = RcPendulumSettings.new(RcPendulumTimer, gui, midiBus);
pendulumClaess = RcPendulumBase.dropDownList;
cfgMgr = RcConfig.new(optsDir, gui, s);
randomBlackBoard.add("currChannel" -> 0);
// Written for an Arturia MiniLab Mark 2 with a very specific midi controller
// mapping.
try {
MIDIIn.connectAll;
midiBus.connectTo(MIDIIn);
} {};
if ( File.exists( optsDir ).not, {
File.mkdir( optsDir );
});
Platform.case(
\osx, {
Server.default.options.sampleRate = 44100;
Server.default.options.inDevice_("Built-in Microph");
Server.default.options.outDevice_("Built-in Output");
ServerOptions.outDevices.do { |devname|
if ((devname == "LE-Bose QC35 II") || (devname == "Bose QC35 II"),{
Server.default.options.outDevice_(devname);
Server.default.options.sampleRate = 48100;
});
};
Server.default.options.maxLogins = 2;
// this might not be needed for normal operations but when
// using Bose headphones it's required. The bose headphones
// seem to run on 48kHZ - don't know why.
},
\linux, {
Server.default.options.sampleRate = 48000;
}
);
Server.default.options.memSize = 48000;
s.reboot();
SystemClock.sched(1.0, {
if ( s.serverBooting, {
0.4
}, {
if ( s.hasBooted, {
nil
}, {
s.boot;
s.waitForBoot;
if ( s.hasBooted, { nil }, { 0.5 });
});
});
});
~runOnAppClock = { |func| func.defer };
~doShellCmd = { |commandline, func|
var piper = Pipe.new(commandline, "r");
l = piper.getLine;
while ( {l.notNil}, { func.value(l); l = piper.getLine; }, {});
piper.close;
};
{
var allFilenames = Dictionary.new;
~doShellCmd.value(["find '", sampleHome,
"/' -type f \\( -name \\*.wav -o -name \\*.aiff \\) -print"].join(""),
{ |l|
allFilenames[ l.basename ] = l;
});
// -MDItemUserTags is information on the tag given to the file in Finder
// --> ignore samples that are tagged with a "Red" label.
~doShellCmd.value("exiftool -T -FileName -Comment -Duration -MDItemUserTags " +
allFilenames.values.collect { |a| ["'",a,"'"].join("") }.join(" "),
{ |line|
var cmt, bname, dur, labels, idx;
var data = line.split($\t);
format("%\r",line).post;
bname = data[0];
cmt = data[1];
dur = data[2];
labels = data[3];
if ( "Red".matchRegexp(labels).not, {
var smpl = RcSample.new(allFilenames[bname], bname);
smpl.comment = cmt;
smpl.duration = dur;
allSamples.add( smpl );
});
});
}.value();
~setDials = { |sample|
if( sample.notNil, {
sample.getn(0, RcSynthDef.argCount, { |ary|
~runOnAppClock.value({
8.do { |idx| gui.knobs[idx].value = ary[idx]; };
});
});
}, { 8.do { |idx| gui.knobs[idx].value = 0; }; } );
};
~playSample = { |num,vel,initVals|
var note = gui.obtainNote;
if (note.notNil, {
var sampleIdx = num.abs % allSamples.size;
var sample = allSamples[sampleIdx];
var filename = sample.filename;
var comment = sample.comment;
var synthType = gui.synthType;
var action = { |buffer|
var initArgs = [
"num", num,
"vel", vel,
"bufnum", buffer.bufnum,
"sampleIdx", sampleIdx,
"arg0", vel,
] ++ RcSynthDef.addInitVals(initVals);
note.synth = Synth.new(synthLookup[synthType].first, initArgs);
note.filename = filename;
note.synthType = synthLookup[synthType][1];
note.buffer = buffer;
~runOnAppClock.value({
~setDials.value(note.synth);
gui.noteOn(note, num, vel, sample.basename +
["(",sample.comment,", ",sample.duration,")"].join +
note.synthType);
});
};
Buffer.read(s, filename, action: action);
});
note;
};
~playSinOsc = { |num,vel,initVals|
var note = gui.obtainNote;
if (note.notNil, {
var initArgs = [
"num", num,
"vel", vel,
"bufnum", nil,
"sampleIdx", nil,
"arg0", vel,
] ++ RcSynthDef.addInitVals(initVals);
note.synth = Synth.new(synthLookup[gui.synthType].first, initArgs);
note.synthType = synthLookup[gui.synthType][1];
~runOnAppClock.value({
~setDials.value(note.synth);
gui.noteOn(note, num, vel, ["Freq: ", num.freq].join +
note.synthType);
});
});
note;
};
// this is the lookup for the different types of synth's
synthLookup = RcSynthDef.new(~playSinOsc, ~playSample).synthLookup;
gui.synthLookup = synthLookup;
gui.allSamples = allSamples;
~controlPads = { |src, chan, num, val|
if ( (num > 19) && (num < 36), {
var idx,ref;
if ( val == 0, {
{ gui.releasePadByMidiControlNum(num); }.defer;
}, {
// freeze and keep.
// first ensure that the pad isn't already taken, then find the
// index of an sample that is playing via a key from the keyboard.
if ( gui.padTaken(num).not, {
var note = gui.playingNote;
if ( note.notNil, {
var pad;
note.synth.set(\padNr, num);
note.synth.getn(0, RcSynthDef.argCount, { |ary|
~runOnAppClock.value({
pad = gui.setupPad(num,ary,note);
gui.setActivePad(pad);
note.hide();
});
});
});
});
});
});
};
//
// The following is all related to the midi controller, it specific to
// Arturia Minilab MK-II and assumes a very specific layout, so mostly
// ignorable. It also extremely badly done since key numbers are just
// hardcoded into the code - special constants without meaning.
// Assumption was that I would code this for personal use only :(
//
~noteOn = { |src, chan, num, vel|
if ( randomBlackBoard["shiftpressed"], {
if ( gui.currentPad.notNil, {
noteRemapPresets.add( [randomBlackBoard["currChannel"],num] -> RcPresets.new(
num,
randomBlackBoard["currChannel"],
gui.currentPad
));
}, {
noteRemapPresets.removeAt( [randomBlackBoard["currChannel"],num] )
});
~runOnAppClock.value({
gui.updateMappingTable( noteRemapPresets,
randomBlackBoard["currChannel"] );
});
}, {
var presetsKey = [randomBlackBoard["currChannel"],num];
if ( noteRemapPresets[presetsKey].isNil, {
synthLookup[gui.synthType][2].value(num,vel,nil);
}, {
var preset = noteRemapPresets[presetsKey];
if ( (preset.filename == "") || preset.filename.isNil, {
var note = synthLookup[gui.synthType][2].value(
preset.destNoteNum,
vel,
preset.dialValues);
note.presetData = noteRemapPresets[presetsKey];
}, {
var note = synthLookup[gui.synthType][2].value(
allSamples.indexOfEqual(RcSample.new(preset.filename,"")),
vel,
preset.dialValues
);
note.presetData = noteRemapPresets[presetsKey];
});
});
});
};
~noteOff = { |src,chan,num,vel|
~runOnAppClock.value({
var presetsKey = [randomBlackBoard["currChannel"],num];
var preset = noteRemapPresets[presetsKey];
if ( preset.isNil, {
gui.noteOff( num, vel );
}, {
if ( (preset.filename == "") || preset.filename.isNil, {
gui.noteOff( preset.destNoteNum, vel);
}, {
gui.noteOff(
allSamples.indexOfEqual(RcSample.new(preset.filename,"")),
vel);
});
});
});
};
~controlSetSynthValue = { |src, chan, num, val|
if ( (num < 9) && (val != 64), {
var synth = gui.currentSynth;
var newval = (gui.currentDial(num-1).value + (val - 64)).asInteger.clampTo(0,127);
if ( synth.notNil, { synth.set(["arg",num-1].join, newval); });
~runOnAppClock.value({
gui.knobs[num-1].value = newval;
gui.dialChanged(num-1, newval);
});
})
};
~midiStartRecord = { |src, chan, num, val|
if ( num == 19, { rcRecorder.toggle });
};
~midiSelectActivePad = { |src, chan, num, val|
if ( num == 10, {
var cP = [0,15,\lin].asSpec.map(
[0,127,\lin].asSpec.unmap(val)
).asInteger;
~runOnAppClock.value({
if ( if (gui.pads[cP].notNil, {gui.pads[cP].isDefined}, {false}), {
gui.setActivePad( gui.pads[cP] );
});
});
});
};
~midiSampleSelectorPressed = { |src, chan, num, val|
if ( num == 17, {
~runOnAppClock.value({
gui.sampleSelector.valueAction_(gui.sampleSelector.value);
});
});
};
~midiSampleSelector = { |src, chan, num, val|
if ( (num == 9) && (val != 64), {
gui.bb["sampleSelectorCounter"].willSomethingChange(val, { |val|
RcHelpers.drpdwnSetValue(val,gui.sampleSelector,false);
});
});
};
~midiPendulumSelectorPressed = { |src, chan, num, val|
if ( num == 18, {
if ( pendSettings.isLoaded, {
pendSettings.go;
}, {
if ( gui.lastDialedDial.notNil && gui.currentSynth.notNil, {
gui.pushPendulum(pendSettings.newPendulum());
});
});
});
};
~midiPendulumSelector = { |src, chan, num, val|
if ( (num == 11) && (val != 64), {
gui.bb["pendulumSelectorCounter"].willSomethingChange(val, { |val|
RcHelpers.drpdwnSetValue(val, gui.pendulumSelection);
});
});
};
~midiPendulumSettings = { |src, chan, num, val|
if ( val != 64, {
switch( num,
12, { pendSettings.incrementDial( \end, val - 64 ) },
13, { pendSettings.incrementDial( \duration, val - 64 ) },
16, { pendSettings.incrementDial( \start, val - 64 ) }
);
});
};
~midiGlobalVolume = { |src, chan, num, val|
if ( (num == 15) && (val != 64), {
~runOnAppClock.value({
var betweenZeroAndOne = [s.volume.min,
s.volume.max, \lin].asSpec.unmap(s.volume.volume);
betweenZeroAndOne = betweenZeroAndOne + ( (val-64) / 127);
s.volume.volume = [s.volume.min, s.volume.max, \lin].asSpec.map(betweenZeroAndOne);
});
});
};
~midiSynthSelector = { |src, chan, num, val|
if ( (num == 14) && (val != 64), {
gui.bb["synthSelectorCounter"].willSomethingChange(val, { |val|
RcHelpers.drpdwnSetValue(val, gui.synthSelection);
});
});
};
MIDIIn.addFuncTo(\noteOff, ~noteOff);
MIDIIn.addFuncTo(\noteOn, ~noteOn);
MIDIIn.addFuncTo(\control, ~controlSetSynthValue);
MIDIIn.addFuncTo(\control, ~midiStartRecord);
MIDIIn.addFuncTo(\control, ~midiSelectActivePad);
MIDIIn.addFuncTo(\control, ~controlPads);
MIDIIn.addFuncTo(\control, ~midiSampleSelectorPressed);
MIDIIn.addFuncTo(\control, ~midiSampleSelector);
MIDIIn.addFuncTo(\control, ~midiPendulumSelectorPressed);
MIDIIn.addFuncTo(\control, ~midiPendulumSettings);
MIDIIn.addFuncTo(\control, ~midiPendulumSelector);
MIDIIn.addFuncTo(\control, ~midiSynthSelector);
MIDIIn.addFuncTo(\control, ~midiGlobalVolume);
MIDIIn.addFuncTo(\control, { |src, chan, num, val|
if ( num == 64, {
// this sets the preset channel - in this case 32 presets channels,
// each with 9 notes.
~runOnAppClock.value({
randomBlackBoard.add("currChannel" -> [0,31,\lin].asSpec.map(
[0,127,\lin].asSpec.unmap(val)).asInteger);
gui.updateMappingTable( noteRemapPresets,
randomBlackBoard["currChannel"]);
});
});
});
randomBlackBoard.add("shiftpressed" -> false); // midi shift button
MIDIIn.addFuncTo(\sysex, { |src, chan, num, vel|
// is the shift button being pressed?
if ( (chan[9] == 46), {
randomBlackBoard["shiftpressed"] = (chan[10] != 0);
});
// this is the pad button and shift are both pressed
if ( (chan[10] == 127) && (chan[9] == 98), {
RcPresets.overwriteDefault(
noteRemapPresets,
randomBlackBoard["currChannel"]
);
});
// this is the shift button and either Oct+ or Oct- button being
// pressed together
if ( (chan[10] == 127) && ( (chan[9] == 96) || (chan[9] == 97) ), {
cfgMgr.saveWithoutDialog;
});
});
//
// Debug functionality ...
//
//RcDebug.new(MIDIIn);
~queryNotesOn = {
gui.notes.select { |n| n.noteNum.notNil }.collect { |l| l.noteNum };
};
//
// GUI Definition
//
~addSample = { |path|
if ( allSamples.collect { |a| a.filename }.indexOfEqual(path).isNil, {
~doShellCmd.value("exiftool -T -FileName -Comment -Duration -MDItemUserTags " + ["'",path,"'"].join(""), { |line|
var cmt, bname, dur, labels, idx;
var data = line.split($\t);
bname = data[0];
cmt = data[1];
dur = data[2];
labels = data[3];
if ( dur != "-", {
var smpl = RcSample.new( path, bname );
smpl.comment = cmt;
smpl.duration = dur;
allSamples.add( smpl );
// allSamples = allSamples.asSortedList( { |a,b|
// a.comment < b.comment
// }).asArray.asList;
gui.sampleSelector.items = [["---"]].add(allSamples.collect { |a|
[a.basename, a.comment, a.duration].join(", ")
}).flatten;
});
});
});
};
cfgMgr.addSample = ~addSample;
// Meters and volume control.
{
var viewSteth = HLayoutView(mainWindow, Rect(1390, 10, 300, 300));
var steh = Stethoscope.new(s, view: viewSteth, bufnum: 0);
var volView = HLayoutView(mainWindow, Rect(1650, 70, 400, 240));
var meterView = ServerMeterView.new(s, mainWindow, 1250@10, 2, 2);
meterView.view.fixedHeight = 500;
s.volume.gui(volView);
}.value();
// store and save setup
{
cfgMgr.setupGui( mainWindow );
}.value();
// buttons and samples being played
{
var view, exitButton, outDevSelector, inDevSelector, sampleRateButton;
rcRecorder = RcRecorder.new(s,
Button(mainWindow, Rect(1650, 10, 120, 25)),
~addSample,
cfgMgr
);
exitButton = RcHelpers.buttonBW("Quit",mainWindow,Rect(1650,40,120,25),{
RcHelpers.confirmExit( {
rcRecorder.quitting;
try { gui.padCtrl.allOff; } {};
SystemClock.sched(0.2, {
s.quit( { 0.exit; } );
});
});
});
Platform.case( \osx, {
outDevSelector = PopUpMenu(mainWindow, Rect(780, 10, 150, 25));
outDevSelector.items = ServerOptions.outDevices;
outDevSelector.value = Dictionary.newFrom(ServerOptions.outDevices.
collect { |a,i| [a,i] }.flatten)[s.options.outDevice];
outDevSelector.action = { |button|
s.options.outDevice = ServerOptions.outDevices[button.value];
s.reboot();
s.waitForBoot();
};
inDevSelector = PopUpMenu(mainWindow, Rect(940, 10, 150, 25));
inDevSelector.items = ServerOptions.inDevices;
inDevSelector.value = Dictionary.newFrom(ServerOptions.inDevices.
collect { |a,i| [a,i] }.flatten)["Built-in Microph"];
inDevSelector.action = { |button|
s.options.inDevice = ServerOptions.inDevices[button.value];
s.reboot();
s.waitForBoot();
};
sampleRateButton = Button(mainWindow, Rect(1100, 10, 120, 25));
sampleRateButton.states = [["Sample Rate", Color.black, Color.white]];
sampleRateButton.action = { "open -a 'Audio MIDI Setup'".unixCmd; };
});
view = FlowView(mainWindow, Rect(360, 10, 420, 30));
RcHelpers.buttonBW("Load Sample", view, 120@25, {
FileDialog({ |paths|
paths.do { |path| ~addSample.value(path); }
}, {}, fileMode: 3, stripResult: false);
});
RcHelpers.buttonBW("Server Window", view, 120@25, {
s.makeWindow;
});
Platform.case( \osx, {
RcHelpers.buttonBW("Samples --> Audacity", view, 150@25, {
gui.pads.collect { |a| a.filename }.reject { |a| a.isNil }.asSet.do { |a|
format( "open -a Audacity \"%\"", a ).unixCmd
};
});
});
RcClock.new( mainWindow );
view = FlowView(mainWindow, Rect(777, 40, 450, 67), margin: 3@5);
view.background = Color.grey;
// title for the config
gui.titleField = EZText( view, 440@50, "Scape Title",
initVal: nil, labelWidth: 40, layout: \vert
)
.setColors(Color.white, Color.black,
textBackground: Color.white,
stringBackground: Color.grey,
stringColor: Color.white
).enabled_(true).visible_(true);
// sample selector and synth type selector
view = FlowView(mainWindow, Rect(777, 112, 450, 67), margin: 3@5);
view.background = Color.grey;
RcHelpers.addStaticText(view, "Sample and Synth Selectors");
gui.synthSelection = PopUpMenu(view, 150@25);
gui.synthSelection.items = synthLookup.collect { |a| a[1] };
gui.synthSelection.value = 0;
gui.synthType = 0;
gui.synthSelection.action = { |button|
gui.synthType = button.value.asInteger;
};
gui.bb["synthSelectorCounter"] = RcGuiCounter.new(0,3);
view.startRow;
gui.sampleSelector = PopUpMenu(view, 440@25);
gui.sampleSelector.items = [["---"]].add(allSamples.collect { |a|
[a.basename, a.comment, a.duration].join(", ")
}).flatten;
gui.sampleSelector.action = { |item|
if ( item.value > 0, {
~noteOn.value(nil,nil,item.value-1, 0);
}, {
~noteOn.value(nil,nil, gui.sampleSelector.items.size.rand, 0);
});
};
gui.bb["sampleSelectorCounter"] = RcGuiCounter.new(0,2);
// pendulum settings
view = FlowView(mainWindow, Rect(10, 112, 750, 67), margin: 3@3);
view.background = Color.grey;
RcHelpers.addStaticText(view,"Pendulum selector and settings");
view.startRow;
gui.pendulumSelection = PopUpMenu(view, 180@24);
gui.pendulumSelection.items = pendulumClaess.collect { |a| a[0] };
gui.pendulumSelection.action = { |button|
pendSettings.klzPendulum = pendulumClaess[button.value][1];
};
gui.bb["pendulumSelectorCounter"] = RcGuiCounter.new(0,5);
{
var psBut = { |name, initVal=0, minValue=0|
EZKnob(view, 180@24, name,
ControlSpec.new(minval: minValue, maxval: 59,
warp: 'lin', step: 0.1, default: initVal, units: "secs"),
unitWidth: 0, initVal: initVal, layout:\horz, labelWidth: 80)
.setColors(Color.grey,Color.white)
.font_(Font("Helvetica",11));
};
pendSettings.dials.start = psBut.value( "Start", 0 );
pendSettings.dials.duration = psBut.value( "Duration", 1, 0.1 );
pendSettings.dials.end = psBut.value( "End", 0 );
}.value();
// dial settings
view = FlowView(mainWindow, Rect(10, 50, 750, 60));
8.do { |idx|
var func = { |knob|
var synth = gui.currentSynth;
if ( synth.notNil, { synth.set(["arg",idx].join, knob.value) });
gui.dialChanged(idx, knob.value);
};
var knob = EZKnob(view, 180@24, gui.knobNameLookup[idx],
ControlSpec.new(minval: 0, maxval: 127,
warp: 'lin', step: 1.0, default: 0, units: nil),
unitWidth:0, initVal: 0, layout:\horz, labelWidth: 80, action: func)
.setColors(Color.grey,Color.white)
.font_(Font("Helvetica",11));
gui.knobs.add(knob);
};
}.value();
// list of frozen samples
{
var view2 = FlowView(mainWindow, Rect(10, 230, 1240, 680));
// view2.background = Color.grey;
// this defines the 16 pads, 4 rows of 4 pads.
4.do { |idx|
view2.startRow;
// add a gap between the top 2 rows and the bottom 2 rows.
if ( idx == 2, {
// midi linking controls
var view = nil;
FlowView( view2, Rect(10,10, 580,30));
view = FlowView(view2, Rect(10, 200, 300, 30), margin: 3@3);
CheckBox.new( view, 15@25, "").action = { |cbx|
gui.pads.do { |paddef|
RcHelpers.setValueIfEnabled(paddef.linkMidi,cbx);
};
};
CheckBox.new( view, 15@25, "").action = { |cbx|
gui.pads.do { |paddef|
RcHelpers.toggleValueIfEnabled(paddef.linkMidi);
};
};
view2.startRow;
});
4.do { |ridx|
var view = FlowView(view2, Rect(100, 100, 300, 150));
var txt = EZText(view, 292@28, nil, initVal: nil,
labelWidth: 0, layout: \horz, margin: 2@3).
setColors(Color.grey, Color.white, textBackground: Color.white);
var paddef = RcPadDef.new(view, txt, idx, ridx);
// view.background = Color.green;
view.startRow;
view.mouseDownAction = { |view,x,y,modifier,button,clickcnt|
if ( button == 0, { // left mouse
if ( paddef.isDefined, {
gui.setActivePad(paddef);
})
});
if ( button == 1, { // right mouse
if ( paddef.isDefined, {
~runOnAppClock.value({
gui.padCtrl.padOff(paddef.padIdx);
gui.releasePad(paddef);
});
})
});
};
txt.textField.enabled = false;
gui.pads.add(paddef);
// this defines the eight dials, 2 rows of 4.
2.do { |kridx|
view.startRow;
4.do { |kcidx|
var knob_action = { |knob|
var argidx = (kridx * 4) + kcidx;
if ( paddef.synth.notNil, {
paddef.synth.set(["arg",argidx].join, knob.value)
});
};
var knob = EZKnob(view, 28@24,nil,
ControlSpec.new(minval: 0, maxval: 127,
warp: 'lin', step: 1.0, default: 0, units: nil),
unitWidth: 0, initVal: 0, layout:\horz, labelWidth: 80,
action: knob_action);
knob.numberView.visible = false;
knob.enabled = true;
paddef.knobs.add(knob);
};
// first row or second row? second row has checkbox and first
// row just synth drop down
if ( kridx == 0,
{
paddef.typeText = PopUpMenu(view, 150@20);
paddef.typeText.items = synthLookup.collect {|a| a[1] };
paddef.typeText.value = 0;
paddef.typeText.action = { |new_value|
var synthDef = synthLookup.reject { |a|
a[1] != new_value.items[new_value.value]
}.first;
paddef.synth.getn(0, RcSynthDef.argCount, { |args|
paddef.synthUpdate( Synth.replace(
paddef.synth,
synthDef.first,
RcSynthDef.argsToArgs(args),
sameID: true)
);
});
}
},
{
paddef.linkMidi = CheckBox.new( view, 20@20, "");
paddef.linkMidi.value = false;
paddef.linkMidi.enabled = false;
paddef.linkMidi.action = { |checkbox|
if ( checkbox.value, {
checkbox.setBgColor(Color.red);
midiBus.add_listener(paddef.midiBusListener);
}, {
checkbox.setBgColor(Color.white);
midiBus.remove_listener(paddef.midiBusListener);
});
};
paddef.fileText = EZText(view, 130@20, nil,
initVal: nil,
labelWidth: 0,
layout: \horz).
setColors(Color.grey, Color.white,
textBackground: Color.white);
paddef.fileText.textField.enabled = false;
}
);
};
// add ranger
paddef.ranger = Slider.new(view, 294@10);
paddef.ranger.thumbSize = 10;
paddef.ranger.orientation = \horizontal;
paddef.ranger.knobColor = Color.new(red: 0, green: 191/255,
blue: 0.1, alpha: 0.8);
paddef.midiPadNum = gui.padIdxToMidi( paddef.padIdx );
// add plotter for buffer data
{
var compView = CompositeView(view,
Rect( 0,0,294,40)
).background_(Color.rand(0.7)).resize_(50);
paddef.plotter = Plotter(format("p.%.%",idx,ridx),
parent: compView);
paddef.plotter.value_([0,0,0,0,0]);
paddef.plotter.superpose = true;
}.value();
OSCFunc.new( { |msg|
if ( msg[3].asInteger == paddef.midiPadNum, {
paddef.samplePos = msg[4];
{ paddef.ranger.value = msg[4]; }.defer;
});
}, '/pos');
};
{
var view3 = FlowView(view2, 20@150);
13.do { view3.startRow };
CheckBox.new( view3, 15@15, "").action = { |cbx|
Range( (idx*4), 4 ).do { |padidx|
RcHelpers.setValueIfEnabled(gui.pads[padidx].linkMidi,cbx);
};
};
view3.startRow;
CheckBox.new( view3, 15@15, "").action = { |cbx|
Range( (idx*4), 4 ).do { |padidx|
RcHelpers.toggleValueIfEnabled(gui.pads[padidx].linkMidi);
};
};
}.value();
};
view2.startRow;
// link midi dials checkboxs by columns
4.do { |cidx|
var v = FlowView.new( view2, 300@20);
FlowView.new( v, 120@20 );
CheckBox.new( v, 15@15, "").action = { |cbx|
Interval(cidx, 15, 4).do { |padidx|
RcHelpers.setValueIfEnabled(gui.pads[padidx].linkMidi,cbx);
};
};
CheckBox.new( v, 15@15, "").action = { |cbx|
Interval(cidx, 15, 4).do { |padidx|
RcHelpers.toggleValueIfEnabled(gui.pads[padidx].linkMidi);
};
};
};
}.value();
// setup presets info
{
var view = FlowView(mainWindow, Rect(1250, 340, 530, 300));
view.background = Color.grey;
gui.chanValue = StaticText.new(mainWindow, Rect(1250, 310, 250, 30));
gui.chanValue.string = "Current Presets Channel: -";
~whiteKey = { |num, view|
var txt = EZText(
view, 510@20, num, initVal: nil, labelWidth: 40, layout: \horz
)
.setColors(Color.white, Color.black, textBackground: Color.white)
.enabled_(true)
.visible_(true);
txt.labelView.mouseDownAction = { |view,x,y,modifier,button,clickcnt|
if ( button == 0, { // left button
~noteOn.value(nil,nil,num, 0);
});
};
[num, txt].asAssociations[0];
};
~blackKey = { |num, view|
var txt = EZText(
view, 510@20, num, initVal: nil, labelWidth: 40, layout: \horz
)
.setColors(Color.black, Color.white, textBackground: Color.white)
.enabled_(true)
.visible_(true);
txt.labelView.mouseDownAction = { |view,x,y,modifier,button,clickcnt|
if ( button == 0, { // left button
~noteOn.value(nil,nil,num, 0);
});
};
[num, txt].asAssociations[0];
};
StaticText.new(view, 100@10 );
gui.mappingTable = Dictionary.new;
gui.mappingTable.add(~whiteKey.value(72,view));
gui.mappingTable.add(~whiteKey.value(71,view));
gui.mappingTable.add(~blackKey.value(70,view));
gui.mappingTable.add(~whiteKey.value(69,view));
StaticText.new(view, 100@60 );
gui.mappingTable.add(~whiteKey.value(52,view));
gui.mappingTable.add(~blackKey.value(51,view));
gui.mappingTable.add(~whiteKey.value(50,view));
gui.mappingTable.add(~blackKey.value(49,view));
gui.mappingTable.add(~whiteKey.value(48,view));
RcPresets.setupGui( mainWindow, noteRemapPresets, allSamples,
~addSample, presetsFile, randomBlackBoard);
}.value();
// list of notes being played
{
var view = FlowView(mainWindow, Rect(1250, 690, 530, 410));
view.background = Color.grey;
StaticText.new(view, 100@10 );
16.do {
var notedef;
var txt = EZText(view, 510@20, "Key", initVal: nil,
labelWidth: 120, layout: \horz)
.setColors(Color.black, Color.white, textBackground: Color.white)
.enabled_(true)
.visible_(false);
notedef = RcNoteDef.new(txt);
gui.notes.add(notedef);
txt.labelView.mouseDownAction = { |view,x,y,modifier,button,clickcnt|
if ( button == 1, { // right mouse
~runOnAppClock.value({gui.noteOff(view.string.asInteger,0)});
});
if ( button == 0, { // left mouse
var padNr = (20..35).select { |idx2|
gui.padTaken(idx2).not
}.scramble.first;
if ( padNr.notNil, {
notedef.synth.set(\padNr, padNr);
notedef.synth.getn(0, RcSynthDef.argCount, { |ary|
var pad;
~runOnAppClock.value({
pad = gui.setupPad(padNr,ary,notedef);
gui.padCtrl.padOn(pad.padIdx);
gui.setActivePad(pad);
notedef.hide();
});
});
});
});
};
};
}.value();
// checkbox to send OSC commands to some host/port for further usage.
// Done of VJ software that requires some input from the scape.
// Dial values for all samples is set to the server and also the
// location in the sample.