ProxyMixer

Arguments:

like *new, but creates a proxyMixer for small screen sizes.

current state and access methods:

highlight and unhighlight an arGui slot in the arZone (left)

highlight a block of the arGuis in the arZone/

switch between display modes 0: ar, 1: ar+kr, 2: ar+kr+ed

if too many proxies are present, by how much to rotate arKeys or krKeys to display.

get the proxymixer window title.

gets current left border of nameView

sets current left border of nameView, trading size with volume slider

shifts current left border of nameViewm.getNameLeftBorder; // get its current left border position m.setNameLeftBorder(250); // default m.setNameLeftBorder(200); // aps left pos, smaller slider // relative adjust: m.shiftNameLeftBorder(10); m.shiftNameLeftBorder(-10); strong::standard JITGui methods: :: method:: setDefaults, accepts, getState, checkUpdate strong::internal - making the ProxyMixer gui elements: :: method:: makeViews, makeTopLine, makeArZone, makeKrZone, makeEditZone, setEdButs Examples:: code:: // make a proxyspace and 5 ar proxies, and a mixer to show them ( p = ProxySpace.push(s.boot, p); "abcde".do { |k| p[k.asSymbol].ar }; m = ProxyMixer(p, 8); p.do(_.play(0)); ) m.object_(nil); // no object m.object_(p); // the proxyspace // if you have JITLibExtensions installed, try ProxyMeter to see the proxy levels: if (\ProxyMeter.asClass.notNil) { ProxyMeter.addMixer(m); }; // make too many ar proxies, get a scroller "abcdefghijk".do { |k| p[k.asSymbol].ar }; // make too many kr proxies, get a scroller "lmnopqrtuvw".do { |k| p[k.asSymbol].kr }; p.stop; // play some of them m.arNames.scramble.keep(5).do { |k| p[k.asSymbol].playN }; // the top left menu sets which proxies will be shown. // existingProxies: even an empty proxy is shown ~test.ar; ( // activeProxies: proxy appears when it is alive ~test = { |freq=250, intv=19, timescale=1, curve=0, loopnode=0| var env = EnvGen.kr( Env({ 1.0.rand2 }!11, {1.0.rand}!10, curve, releaseNode: 9, loopNode: loopnode), timeScale: timescale); var pitch = (env * [1, 0.33, -1] * intv).midiratio * freq; Splay.ar(Formant.ar(pitch, pitch.scramble * 2, pitch.scramble)) * 0.1; }; ) ~test.lag(\freq, 4); // playingProxies : only those that really play are shown. ~test.playN(vol: 1); // switch back to active proxies... // the reduce button removes all proxies that are not playing // and that are not used as sources in other proxies: ~otto = { |dens=12| Dust.ar(dens) }; ~otto.clear; // remove it p.reduce; // doc and docSel post the current proxyspace as code p.document; // ProxyMixer has three preset widths: m.switchSize(0); // ar zone only m.switchSize(1); // ar + kr m.switchSize(2); // ar + kr + edit zone // try with a small ProxyMixer: l = ProxyMixer.small(p, 8); l.switchSize(0, true); // ar zone only l.switchSize(1, true); // ar + kr l.switchSize(2, true); // ar + edit zone // Record opens a utility window, RecordProxyMixer. // this requires the JITLibExtensions quark. // the line of controls for one proxy and its monitor is // a ProxyMonitorGui, so for full details see ProxyMonitorGui.help. // it displays current volume, ~test.vol_(0.05); ~test.vol_(0.1); // proxy name; play/stop/end control: ~test.playN; // playN as is ~test.stop; // stop ~test.end; // option-click on stop : end the monitor and the proxy itself. ~test.playN(vol: 0); // option-click on play : start playing with volume zero. ~test.playNDialog; // shift-click on play/stop: set multichan outputs from code s.scope(8); ~test.playN(4); // set proxy's first output channel: ~test.playN(0); // One can move the border between sliders and nameView: n.enableNameResize(true); // try click and dragging that border now n.setNameLeftBorder(200); // or set by code // paus/rsum toggles pause and resume: ~test.pause; ~test.resume; // send button resends the proxy, // option-click on send rebuilds the proxy // (e.g. for lookup in client-site state) ~test.send; ~test.send; ~test.rebuild; ~test.rebuild; // the ed button sends this proxy to the editor - see below // kr proxies show up in the middle ~lfo = { SinOsc.kr(2) }; ~lfnoyz0 = { |lofreq = 0.5, mul=1, add| LFDNoise0.kr(lofreq, mul, add) }; // the editor zone is a NodeProxyEditor // open it and set some params m.switchSize(2); m.editGui.object_(~test); ~test.set(\freq, exprand(80, 1250)); // set ~tests parameters ~test.set(\intv, 1.0.linrand); // if you declare global specs for the range of a parameter, // they can be used in the editor: m.editGui.paramGui.specs.clear; Spec.add(\intv, [0, 36, \lin]); Spec.add(\timescale, [0.001, 10, \exp]); Spec.add(\loopnode, [0, 7, \lin, 1]); Spec.add(\curve, [-10, 10]); m.editGui.object_(~test); // you can map a kr proxy to a control param; ~test.map(\intv, ~lfnoyz0); ~test.unmap(\intv); // this also works by dragging the kr proxy name // the field left of the param name. p.reduce(method: \clear); p.clean; p.clear;

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m.getNameLeftBorder; // get its current left border position

m.setNameLeftBorder(250); // default

m.setNameLeftBorder(200); // aps left pos, smaller slider

// relative adjust:

m.shiftNameLeftBorder(10);

m.shiftNameLeftBorder(-10);

​

strong::standard JITGui methods: ::

method:: setDefaults, accepts, getState, checkUpdate

​

strong::internal - making the ProxyMixer gui elements: ::

method:: makeViews, makeTopLine, makeArZone, makeKrZone, makeEditZone, setEdButs

​

Examples::

​

code::

​

// make a proxyspace and 5 ar proxies, and a mixer to show them

(

p = ProxySpace.push(s.boot, p);

"abcde".do { |k| p[k.asSymbol].ar };

m = ProxyMixer(p, 8);

p.do(_.play(0));

)

​

m.object_(nil); // no object

m.object_(p);   // the proxyspace

​

// if you have JITLibExtensions installed, try ProxyMeter to see the proxy levels:

if (\ProxyMeter.asClass.notNil) { ProxyMeter.addMixer(m); };

​

    // make too many ar proxies, get a scroller

"abcdefghijk".do { |k| p[k.asSymbol].ar };

​

    // make too many kr proxies, get a scroller

"lmnopqrtuvw".do { |k| p[k.asSymbol].kr };

​

p.stop;

    // play some of them

m.arNames.scramble.keep(5).do { |k| p[k.asSymbol].playN };

​

    // the top left menu sets which proxies will be shown.

​

        // existingProxies: even an empty proxy is shown

~test.ar;

​

(        // activeProxies: proxy appears when it is alive

~test = { |freq=250, intv=19, timescale=1, curve=0, loopnode=0|

    var env = EnvGen.kr(

        Env({ 1.0.rand2 }!11, {1.0.rand}!10, curve, releaseNode: 9, loopNode: loopnode),

        timeScale: timescale);

    var pitch = (env * [1, 0.33, -1] * intv).midiratio * freq;

    Splay.ar(Formant.ar(pitch, pitch.scramble * 2, pitch.scramble)) * 0.1;

};

)

~test.lag(\freq, 4);

​

        // playingProxies : only those that really play are shown.

~test.playN(vol: 1);

​

// switch back to active proxies...

        // the reduce button removes all proxies that are not playing

        // and that are not used as sources in other proxies:

~otto = { |dens=12| Dust.ar(dens) };

​

~otto.clear;        // remove it

p.reduce;

​

        // doc and docSel post the current proxyspace as code

p.document;

​

        // ProxyMixer has three preset widths:

m.switchSize(0);    // ar zone only

m.switchSize(1);    // ar + kr

m.switchSize(2);    // ar + kr + edit zone

​

        // try with a small ProxyMixer:

l = ProxyMixer.small(p, 8);

l.switchSize(0, true);    // ar zone only

l.switchSize(1, true);    // ar + kr

l.switchSize(2, true);    // ar + edit zone

​

        // Record opens a utility window, RecordProxyMixer.

        // this requires the JITLibExtensions quark.

​

    // the line of controls for one proxy and its monitor is

    // a ProxyMonitorGui, so for full details see ProxyMonitorGui.help.

​

    // it displays current volume,

~test.vol_(0.05);

~test.vol_(0.1);

​

    // proxy name; play/stop/end control:

~test.playN;        // playN as is

~test.stop;        // stop

~test.end;        // option-click on stop : end the monitor and the proxy itself.

~test.playN(vol: 0);    // option-click on play : start playing with volume zero.

​

~test.playNDialog;  // shift-click on play/stop: set multichan outputs from code

​

​

s.scope(8);

~test.playN(4);    // set proxy's first output channel:

~test.playN(0);

​

// One can move the border between sliders and nameView:

​

n.enableNameResize(true);    // try click and dragging that border now

​

n.setNameLeftBorder(200);   // or set by code

​

    //    paus/rsum toggles pause and resume:

~test.pause;

~test.resume;

​

    // send button resends the proxy,

    // option-click on send rebuilds the proxy

    // (e.g. for lookup in client-site state)

~test.send;

~test.send;

~test.rebuild;

~test.rebuild;

​

​

    // the ed button sends this proxy to the editor - see below

​

        // kr proxies show up in the middle

~lfo = { SinOsc.kr(2) };

~lfnoyz0 = { |lofreq = 0.5, mul=1, add| LFDNoise0.kr(lofreq, mul, add) };

​

        // the editor zone is a NodeProxyEditor

        // open it and set some params

m.switchSize(2);

m.editGui.object_(~test);

~test.set(\freq, exprand(80, 1250));    // set ~tests parameters

~test.set(\intv, 1.0.linrand);

​

    //    if you declare global specs for the range of a parameter,

    //    they can be used in the editor:

m.editGui.paramGui.specs.clear;

​

Spec.add(\intv, [0, 36, \lin]);

Spec.add(\timescale, [0.001, 10, \exp]);

Spec.add(\loopnode, [0, 7, \lin, 1]);

Spec.add(\curve, [-10, 10]);

​

m.editGui.object_(~test);

​

        // you can map a kr proxy to a control param;

~test.map(\intv, ~lfnoyz0);

~test.unmap(\intv);

        // this also works by dragging the kr proxy name

        // the field left of the param name.

​

​

p.reduce(method: \clear);

​

p.clean;

​

p.clear;