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tests.scd
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tests.scd
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// plug tests
// OSCBundle
~debugAddr = DebugNetAddr("127.0.0.1", 57110);
~saveAddr = s.addr;
s.addr = ~debugAddr;
OSCFunc.trace(true, true);
s.volume = -20;
s.volume = 0;
(
SynthDef(\freqlfo, { |out, rate = 5, low = 200, high = 800|
Out.kr(out, LFDNoise3.kr(rate).exprange(low, high));
}).add;
)
s.addr = ~saveAddr;
o = OSCBundle.new;
o.addPrepare([\d_recv, { (SinOsc.ar * 0.1).dup }.asSynthDef(name: \test1).asBytes]);
o.add(Synth.basicNew(\test1).newMsg);
o.dump
o.preparationMessages
o.messages
// should hit at the same time
(
o.sendOnTime(s, 0.2);
(sustain: 2).play;
)
[633.1015 + 0.2, 633.1287 + 0.1729] // OK!
// simple Syn
x = Syn(\default, [freq: 400]);
x.release;
z = x.play;
z.release;
// simple cable
x = Syn(\default, [freq: Plug(\freqlfo, [rate: 3])]);
x.release;
s.controlBusAllocator.debug // all freed, good!
// nested cable
(
x = Syn(\default, [
freq: Plug(
\freqlfo,
[rate: Plug(
\freqlfo, [rate: 0.7, low: 1, high: 70]
)]
),
amp: 0.05
]);
)
x.release;
x.concreteArgs
x.concreteArgs[0][1].concreteArgs
Object.dependantsDictionary.keysValuesDo { |key, value| [key, value].postln }; ""
x.controls.keysValuesDo { |k, v| [k, v].postln }; ""
// init
[class ProxyChain, IdentitySet[a Function]]
[class Server, IdentitySet[class MixerChannel]]
[OSCFunc(/mixerChBadValue, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
[a Volume, IdentitySet[a SimpleController]]
[localhost, IdentitySet[a SimpleController]]
[OSCFunc(/status.reply, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
// during
[class ProxyChain, IdentitySet[a Function]]
[class Server, IdentitySet[class MixerChannel]]
[OSCFunc(/mixerChBadValue, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
[a Volume, IdentitySet[a SimpleController]]
[localhost, IdentitySet[a SimpleController]]
[OSCFunc(/status.reply, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
** [OSCFunc(/n_end, a DebugNetAddr(127.0.0.1, 57110), nil, [1001]), IdentitySet[an OSCMessageDispatcher]]
** [a SynPlayer, IdentitySet[AutoReleaseBus(control, 0, 1, localhost), a Plug, a Plug, AutoReleaseBus(control, 1, 1, localhost)]]
// after -- back to original state, good
[class ProxyChain, IdentitySet[a Function]]
[class Server, IdentitySet[class MixerChannel]]
[OSCFunc(/mixerChBadValue, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
[a Volume, IdentitySet[a SimpleController]]
[localhost, IdentitySet[a SimpleController]]
[OSCFunc(/status.reply, a NetAddr(127.0.0.1, 57110), nil, nil), IdentitySet[an OSCMessageDispatcher]]
// cable func
x = Syn(\default, [
freq: Plug({ LFDNoise3.kr(8).exprange(200, 800) })
]);
x.release;
// shared cable
(
var cable;
x = Syn(\default, [
freq: Plug({ LFDNoise3.kr(8).exprange(200, 800) }),
pan: cable = Plug.shared({ SinOsc.kr(SinOsc.kr(0.2).exprange(0.5, 4)) }),
amp: cable
]);
)
y.node.trace
x.release;
s.sendMsg(\n_trace, 1012);
// independent cables with ad-hoc Syn function
// note: should override rate based on function
// but we don't know the function's rate until resolving it
// note: Syn source function isn't analyzed for numChannels and rate
// bc the SynPlayer's output is the user's responsibility
// but in1 and in2 are
(
// note, doesn't need to be defined within the Syn
var freqPlug = Plug({ LFDNoise3.kr(8).exprange(200, 800) });
x = Syn(
{ (NamedControl.ar(\in1, [0, 0]) + NamedControl.ar(\in2, [0, 0])) },
[
in1: Plug(\default, [freq: freqPlug, pan: -0.5]),
in2: Plug(\default, [freq: freqPlug, pan: 0.5])
]
);
)
y.nodeAt(0).trace
x.release;
x.argAt(\in1)
s.audioBusAllocator.debug
// multichannel expansion -- cancelled
(
x = Syn(\default, [
freq: (3..5).collect { |i|
Plug({ (1.1 ** LFDNoise3.kr(3)) * (200 * i) })
},
pan: #[-0.5, 0, 0.5].scramble
], style: \event);
)
s.sendMsg(\n_trace, 1001);
x.release;
x.concreteArgs
x.concreteArgs.flop
x.argAt(\freq)
// nested multichannel, this is nuts
(
x = Syn(\default, [
freq: (3..5).collect { |i|
Plug({ |factor, lfo| factor * lfo }, [
factor: 200 * i,
lfo: Plug({ 1.1 ** LFDNoise3.kr(3) })
])
},
pan: #[-0.5, 0, 0.5].scramble
], style: \event);
)
x.release;
x.argAt(\freq)
x.argAt(\freq)[1].argAt(\lfo)
// note: cannot do math ops on a Plug
// maybe make it an AbstractFunction?
(
Event.addEventType(\syn, {|server|
var freqs, lag, strum, sustain;
var bndl, addAction, sendGate, ids, i;
var msgFunc, instrumentName, offset, strumOffset, releaseOffset;
// var schedBundleArray;
freqs = ~freq /*~detunedFreq*/.value;
// msgFunc gets the synth's control values from the Event
msgFunc = ~getMsgFunc.valueEnvir;
instrumentName = ~synthDefName.valueEnvir;
// determine how to send those commands
// sendGate == false turns off releases
sendGate = ~sendGate ? ~hasGate;
// update values in the Event that may be determined by functions
~freq = freqs;
~amp = ~amp.value;
~sustain = sustain = ~sustain.value;
lag = ~lag;
offset = ~timingOffset;
strum = ~strum;
~server = server;
~latency = ~latency ?? { server.latency }; // seriously...?
~isPlaying = true;
addAction = Node.actionNumberFor(~addAction);
// compute the control values and generate OSC commands
bndl = msgFunc.valueEnvir;
~group = ~group.value;
// why? because ~group is (by default) the defaultGroup's ID, not the object
~group = Group.basicNew(~server, ~group);
~syn = SynPlayer.basicNew(instrumentName, bndl, ~group, ~addAction);
bndl = ~syn.prepareToBundle(\event);
~syn.registerNodes;
// schedule when the bundles are sent
if (strum == 0) {
{
var start = thisThread.seconds;
bndl.doPrepare(server, inEnvir {
var latency;
latency = ~latency + start - thisThread.seconds;
~schedBundleArray.(lag, offset, server, bndl.messages, latency);
});
}.fork(SystemClock);
if (sendGate) {
~schedBundleArray.(
lag,
sustain + offset,
server,
[15 /* \n_set */, ~syn.node.collect(_.nodeID), \gate, 0].flop,
~latency
);
}
} {
ids = ~syn.node.collect(_.nodeID);
// I think I can't support this?
// if (strum < 0) {
// bndl = bndl.reverse;
// ids = ids.reverse
// };
strumOffset = Array.series(~syn.node.size, offset, strum.abs);
i = bndl.messages.size - ~syn.node.size;
{
var start = thisThread.seconds;
bndl.doPrepare(server, inEnvir {
var latency;
latency = ~latency + start - thisThread.seconds;
~schedBundleArray.(lag,
Array.fill(i, offset) ++ strumOffset,
server, bndl.messages, latency
);
});
}.fork(SystemClock);
if (sendGate) {
if (~strumEndsTogether) {
releaseOffset = sustain + offset
} {
releaseOffset = sustain + strumOffset
};
~schedBundleArray.(
lag, releaseOffset, server,
[15 /* \n_set */, ids, \gate, 0].flop,
~latency
);
}
}
});
)
e = (type: \syn, instrument: \default, freq: Plug({ LFTri.kr(0.1).range(200, 800) }), sustain: 2).play;
e[\syn].node
e[\syn].free;
e = (type: \syn, instrument: \default, freq: Plug({ LFDNoise3.kr(2).range(200, 800) }), pan: [-0.5, 0.5], sustain: 2).play;
// strum
// func has same hash, that's not good
e = (type: \syn, instrument: \default, strum: 0.15, freq: Array.fill(2, { |i| Plug({ |basefreq| basefreq + EnvGen.kr(Env.perc(0.01, 0.5), levelScale: 200) }, [basefreq: (i+1) * 300]) }), sustain: 2).play;
e = (type: \synOn, instrument: \default, freq: Plug({ LFDNoise3.kr(2).range(200, 800) }), pan: [-0.5, 0.5], sustain: 2).play;
e.putAll((type: \synSet, args: [\pan], pan: [0.5, -0.5])).play;
e.put(\type, \synOff).play;
// works, but no way to have two 'freq' entries
e = (type: \syn, instrument: \default, freqq: 440, freq: `{ |freqq| currentEnvironment.debug("in freq func"); Plug(\freqlfo, [rate: 3, low: freqq * 0.5, high: freqq * 2]) }, sustain: 2).play;
currentEnvironment.debug("in freq func");
e = (type: \syn, instrument: \default, freq: 440, freqPlug: { |freq| Plug(\freqlfo, [rate: 3, low: freq * 0.5, high: freq * 2]) }, sustain: 3).play;
(
p = Pbind(
\type, \syn,
\instrument, \default,
\rate, Pexprand(2.0, 9.0, inf),
\ratio, Pexprand(1.25, 3.5, inf),
\freq, Pexprand(300, 700, inf),
// has access to values in the event
// and the function is evaluated last, so order doesn't really matter
\freqPlug, { |freq, rate, ratio|
Plug(\freqlfo, [rate: rate, low: freq / ratio, high: freq * ratio])
},
\dur, Pexprand(0.1, 1.5, inf),
\legato, Pexprand(0.6, 3.0, inf),
\pan, Pwhite(0.4, 0.8, inf) * Prand([-1, 1], inf),
).play;
)
p.stop;
s.controlBusAllocator.debug;
// order of exec
// nested cable
(
x = Syn(\default, [
freq: Plug(
\freqlfo,
[rate: Plug(
\freqlfo, [rate: 0.7, low: 1, high: 70]
)]
),
amp: 0.05
]);
y = x.play;
)
y.release;
y.allNodes
s.controlBusAllocator.debug;
y.antecedents
y.antecedents.do { |c| c.dump }; ""
~freqPlug = y.antecedents.choose; // only one
~freqPlug.antecedents.do { |c| c.dump }; ""
~ratePlug = ~freqPlug.antecedents.choose;
~ratePlug.antecedents // empty
// ok weird thing on cmd-.
o = OSCFunc({ |msg| msg.postln }, '/test').fix.oneShot;
OSCFunc.allEnabled;
NetAddr.localAddr.sendMsg('/test');
// shared cable across Syns
(
var lfo = Plug.shared({ LFDNoise3.kr(2) });
l = lfo;
x = Syn(\default, [
freq: Plug({ |lfo| lfo.linexp(-1, 1, 200, 800) }, [lfo: lfo])
], addAction: \addToTail).play;
y = Syn(\default, [
freq: Plug({ |lfo| lfo.linexp(-1, 1, 1000, 3000) }, [lfo: lfo])
], addAction: \addToTail).play;
)
l.descendants.do(_.dump);
x.antecedents.do(_.dump);
y.antecedents.do(_.dump);
x.antecedents.choose.antecedents
[l, x.antecedents.choose, y.antecedents.choose]
l.dump
// now stop one
y.release;
x.release;
changed { |... args|
args.debug("% changed".format(this));
this.dependants.debug;
^super.changed(*args)
}
// can we get numChannels from synthdef
x = { SinOsc.ar(440) }.asSynthDef(fadeTime: 0.1);
y = x.asSynthDesc;
y.dump
y.outputs
y.outputs[0].dump
b = x.asBytes;
d = SynthDesc.readFile(CollStream(b));
d = d.choose;
d.outputs.do(_.dump); ""
[].join($/).asCompileString
#[abc, def].join($/).asCompileString
SynthDescLib.at(\default).controls
y.controls.keysValuesDo { |k, v| [k, v].postln }; ""
// move
g = Group.basicNew(s, 500);
h = Group.basicNew(s, 501);
s.sendBundle(nil, g.newMsg, h.newMsg);
(
x = Syn(\default, [
freq: Plug(
\freqlfo,
[rate: Plug(
\freqlfo, [rate: 0.7, low: 1, high: 70]
)]
),
amp: 0.05
]);
)
x.moveAfter(h); // 501 1001 1002 1003 500 ok!
x.moveToTail(s.defaultGroup); // ok!
x.moveBefore(g);
x.moveToHead(h);
x.release;
// allNodes should test shared
// get
x = Synth(\default);
x.get(\flippydoo, _.postln); // 0
x.free;
"freq".split($/).postcs
// wait up, 'controls' is wrong
[*freq/rate, IdentityDictionary[(out -> Plug[4042D8F3]), (rate -> Plug[CC3F78F9]), (high -> Plug[4042D8F3]), (low -> Plug[4042D8F3])]]
// nested test has 'rate' at 2 levels:
// freq/rate and freq/rate/rate
// *freq/rate --> ??
// *rate --> ??
[\selector] ++ nil ++ [123]
[123].grow(2)
(
y = Syn(\default, [
freq: Plug(
\freqlfo,
[rate: Plug(
\freqlfo, [rate: 0.7, low: 1, high: 70]
)]
),
amp: 0.05
]);
)
y.set(\freq, 100);
y.set('freq/rate/rate', 2, 'freq/rate/high', 10);
y.set('freq/rate', 5, 'freq/high', 1000);
y.controls.keysValuesDo { |k, v| [k, v].postln }; ""
y.release;
(
y = Syn(\default, [
freq: Plug(\freqlfo, [rate: 1.7]),
amp: 0.05
]);
)
// no effect because main synth has no 'rate' input
// (sends message, but it fails)
y.set(\rate, 4);
// yes, operates on the Plug
y.set('freq/rate', 22);
y.controls['*rate']
// this breaks the link though
y.set('*freq/rate', 1.5);
y.release;
v = Voicer(1, Syn(\default), [pan: Plug({ LFDNoise3.kr(1) })]);
v.trigger1(440);
v.release(440);
v.trigger1(440);
v.trigger1(660);
v.release(660);
v.nodes[0].initArgs
s.sendMsg(\n_trace, 1000)
// slurs?
(
(
keys: #[master, rvbmc],
initLevel: -12.dbamp,
rvbLevel: -6.dbamp,
make: { |name|
var out;
~target = MixerChannel(name, s, 2, 2, ~initLevel, outbus: ~master, completionFunc: { |chan|
chan.newPostSend(~rvbmc, ~rvbLevel);
});
out = Voicer(10,
Syn.basicNew(\anaspl),
[
pmix: 0.8,
pwidth: Plug({ SinOsc.kr(2.5) * 0.45 + 0.5 })
],
target: ~target
).debug("voicer");
out.mapGlobal(\ffreq, nil, 2500, \freq);
out
},
free: { ~target.free },
type: \vc) => Fact(\testVC);
)
BP(\t).free; VC(\t).free;
/make(testVC:t/melBP:t);
/t =>.0 t;
/t = "[****]::\ser*3..5("12156,")::\artic("\seq("~\seq*1..3("_")")")";
/t = "[1,~1''~1~1']";
/t(set(\freqPlug, { |freq| Plug({ |freq| freq * LFDNoise3.kr(2.5).exprange(0.7, 1.4) }, [freq: freq]) }));
/t = "[****]::\ser*3..5("12156,")";
/t(set(\freqPlug, Pif(Punop('coin', 0.15), { |freq| Plug({ |freq| freq * EnvGen.kr(Env([3, 1], [0.08], \exp)) }, [freq: freq]) }, 0))));
/t = "\ins("*", 5..10, 0.25)::\ser*3..7("10785'26")::\artic("~__")";
/t = "\ins("*", 5..10, 0.25)::\ser*3..11("10785'9'6'3'526")::\artic("\wrand("~_.>~", 3, 2, 1, 1)")";
/t(set(\freqPlug, { |freq, acc| if(acc > 0) { Plug({ |freq, acc| freq * EnvGen.kr(Env([(acc*2)+1, 1], [0.08], \exp)) }, [freq: freq, acc: acc]) } { freq } }));
BP('t')[\ffxx].release; BP('t').ffxx = BP('t').asMixer.playfx { |outbus| var sig = In.ar(outbus, 2); sig = sig + (0.7 * CombC.ar(sig, 10, [0.75, 1.25] / Lag.kr(~tempoCtl.kr, 0.05), 6)) };
VC(\t).panic
s.controlBusAllocator.debug;
BusDict.controlObjects[s].keys.maxItem
// /t(set(\freqPlug, { |freq| Plug({ freq * (EnvGen.kr(Env.perc(0.1, 0.08)) * 0.4 + 1) }) }));
//
// /t(set(\ratio, Pexprand(1.1, 1.5, inf), \freqPlug, { |freq, ratio| Plug({ freq * (EnvGen.kr(Env.perc(0.005, 0.08)) * (ratio-1) + 1) }) }));
/t = "[****]::\ser*3..5("12156,")::\ins("@", 5..9, 0.25)::\pitch("@", "4567", 0, 3, ".")";
BP('t')[\ffxx].release; BP('t').ffxx = BP('t').asMixer.playfx { |outbus| var sig = In.ar(outbus, 2); sig = sig + (0.7 * CombC.ar(sig, 10, [1.25, 2.25] / Lag.kr(~tempoCtl.kr, 0.05), 6)) };
// preparing twice? why?
/t = "1";
/t+;
VC(\t).playingNodes.do(_.dump);
/t-;
/hh.(\hardhh);
/hhh = "....";
x.prArticulate1
BP(\t).event
VC(\t).nodes[0].initArgDict
/t/hhh-
// help examples
(
a = Syn(\default, [
freq: Plug {
LFSaw.kr(
LFTri.kr(0.2).exprange(0.5, 12)
).exprange(150, 950)
}
]);
)
s.queryAllNodes;
NODE TREE Group 0
1 group
1000 971719531
1001 default
a.release;
Syn.useGroup = true;
SynthDescLib.at(\default).controlNames
// new 'controls'
// simple cable
x = Syn(\default, [freq: Plug(\freqlfo, [rate: 3])]);
x = Syn(\default, [freq: Plug(\freqlfo, [rate: 3], map: (freq: \rate))]);
x.release;
x.controls.keysValuesDo { |k, v| [k, v].postln }; ""
x.set(\freq, 12);
x.set('freq/high', 6000);
x.setToBundle(nil, \freq, 12)
(
e = (type: \synOn, freq: 300, freqPlug: { |freq|
Plug({ |freq, rate| freq * (1.5 ** LFDNoise3.kr(rate)) }, [freq: freq, rate: 3])
}).play;
)
e.syn[0].controls
e.syn[0].controls.keysValuesDo { |k, v| [k, v].postln }; ""
[out, IdentityDictionary[(out -> IdentitySet[a Syn])]]
// this one is wrong, shouldn't it be freq/i_out?
[freq/freq, IdentityDictionary[(rate -> IdentitySet[Plug[91D27655]]), (freq -> IdentitySet[Plug[91D27655]]), (i_out -> IdentitySet[Plug[91D27655]])]]
[amp, IdentityDictionary[(amp -> IdentitySet[a Syn])]]
[pan, IdentityDictionary[(pan -> IdentitySet[a Syn])]]
[gate, IdentityDictionary[(gate -> IdentitySet[a Syn])]]
[freq, IdentityDictionary[(freq -> IdentitySet[Plug[91D27655]])]]
e.putPairs([\type, \synSet, args: [\freq], freq: 1000]).play;
e.put(\type, \synOff).play;
e = (type: \synOn, freq: 300).play;
e.put(\type, \synSet, args: #[freq], freq: 400).play;
// 3 point modulation
(
SynthDef(\modLin, { |out, base, mod, depth|
Out.kr(out, base + (depth * mod));
}).add;
SynthDef(\modExp, { |out, base, mod, depth|
Out.kr(out, base * (depth ** mod));
}).add;
SynthDef(\lfTri, { |out, rate = 1|
Out.kr(out, LFTri.kr(rate));
}).add;
)
(
x = Syn(\default, [
freq: Plug(\modExp, [
base: 400,
mod: Plug(\lfTri),
depth: 1.7
])
]);
)
x.set("freq/base", 700);
x.release;
(
x = Syn(\default, [
freq: Plug(\modExp, [
base: 400,
mod: Plug(\lfTri),
depth: 1.7
], map: (freq: \base))
]);
)
// affects base, does not break modulation!
x.set("freq", 700);
x.set("freq/depth", 1.05, "freq/mod/rate", 6);
p = Pbind(\type, \synSet, \syn, x, \args, [\freq], \degree, Pwhite(-7, 7, inf), \dur, 0.25).play;
p.stop; x.release;
p.stop;
(
p = Pbind(
\type, \syn,
\instrument, \default,
\dur, Pwhite(1, 5, inf) * 0.25,
\legato, 0.98,
// frequency stuff
\degree, Pwhite(-7, 7, inf),
\freqPlug, { |freq| // <-- base value gets patched here
// lazy: I'll just use an ad-hoc function
Plug({ |freq|
(
EnvGen.kr(Env([1, 1.06], [0.7], 4))
**
LFTri.kr(4)
) * freq
}, [freq: freq])
}
).play;
)
p.stop;
(
p = Pbind(
\type, \syn,
\instrument, \default,
\dur, Pwhite(1, 5, inf) * 0.25,
\legato, 0.98,
// frequency stuff
\degree, Pwhite(-7, 7, inf),
\freqPlug, { |freq| // <-- base value gets patched here
// lazy: I'll just use an ad-hoc function
Plug({ |freq, depth|
(depth ** LFTri.kr(4)) * freq
}, [
freq: freq,
depth: Plug({ EnvGen.kr(Env([1, 1.06], [0.7], 4)) })
])
}
).play;
)
p.stop;
x = Syn(\default, [freq: rrand(300, 700)]);
x.release;
x = Syn(\default, [
freq: Plug({
LFDNoise0.kr(
LFSaw.kr(0.2).exprange(2, 10)
).exprange(200, 800)
})
]);
x.release;
// no, cancelled
(
var modPlug = Plug({ LFDNoise3.kr(4) });
x = Syn(\default, [
freq: (150 * [3, 4, 5]).collect { |freq|
Plug({ |freq, mod, depth = 1.5|
freq * (depth ** mod)
}, [freq: freq, mod: modPlug])
}
], style: \event);
)
x.release;
Syn.useGroup = true;
(
var modPlug = Plug.shared({ LFDNoise3.kr(4) });
x = Syn(\default, [
freq: (150 * [3, 4, 5]).collect { |freq|
Plug({ |freq, mod, depth = 1.5|
freq * (depth ** mod)
}, [freq: freq, mod: modPlug])
}
], latency: nil, style: \event);
)
x.release;
x.allNodes
(
x = Syn(\default, [
freq: Plug({ |freq|
freq * (1.1 ** LFTri.kr(3))
}, [freq: 400])
]);
)
x.argAtPath("freq"); // a Plug
x.argAtPath("freq").source = { |freq| freq * (2.2 ** LFSaw.kr(12)) };
// forwards to "freq/freq"
// because setting a number should not accidentally overwrite a Plug
x.set(\freq, 600);
// control 'freq/freq' itself by a new Plug (didn't exist at first)
x.set("freq/freq", Plug { LFTri.kr(0.2).exprange(200, 800) });
// now there are 3 synth nodes
// let's overwrite the 'freq' Plug with a different idea
x.set("freq", Plug { LFDNoise0.kr(LFDNoise3.kr(0.2).exprange(5, 18)).exprange(200, 800) });
// now there are 2 nodes:
// deleting the 'freq * ...' Plug also deleted its upstream
x.release;
(
// note, doesn't need to be defined within the Syn
var freqPlug = Plug({ LFDNoise3.kr(8).exprange(200, 800) });
x = Syn(
{ (NamedControl.ar(\in1, [0, 0]) + NamedControl.ar(\in2, [0, 0])) },
[
in1: Plug(\default, [freq: freqPlug, pan: -0.5]),
in2: Plug(\default, [freq: freqPlug, pan: 0.5])
]
);
)
x.argAtPath("in1/pan");
-> -0.5
x.release;
(
var modPlug = Plug.shared({ LFDNoise3.kr(4) });
x = (150 * [3, 4, 5]).collect { |freq|
Syn(\default, [
freq: Plug({ |freq, mod, depth = 1.5|
freq * (depth ** mod)
}, [freq: freq, mod: modPlug])
])
};
)
x.do(_.release);
// benchmarking
(
var args = [freq: 440, amp: 0.1, pan: 0, ffreq: 2000, rq: 0.7];
a = Array.fill(10, {
bench { 100000.do { Synth(\default, args) } }
});
[a.mean, a.median]
)
time to run: 0.579086725 seconds.
time to run: 0.54932334600001 seconds.
time to run: 0.550036088 seconds.
time to run: 0.54964802800001 seconds.
time to run: 0.54928513199999 seconds.
time to run: 0.55017210699999 seconds.
time to run: 0.547464076 seconds.
time to run: 0.54532069499999 seconds.
time to run: 0.55396658200002 seconds.
time to run: 0.55111055899999 seconds.
-> [0.5525413338, 0.549842058]
// the bottleneck is registerNodes
// benchmarking can't handle this well
// because normal use assumes that nodes will end
// at which point the node watchers are removed
// here they just accumulate
(
var args = [freq: 440, amp: 0.1, pan: 0, ffreq: 2000, rq: 0.7];
a = Array.geom(5, 1, 10).collect { |num|
bench { num.do { Syn(\default, args) } }
};
// [a.mean, a.median]
)
time to run: 0.00037673000002769 seconds.
time to run: 0.0012627129999601 seconds.
time to run: 0.0058510110000043 seconds.
time to run: 0.160144753 seconds.
time to run: 13.804390943 seconds.
-> [0.00037673000002769, 0.0012627129999601, 0.0058510110000043, 0.160144753, 13.804390943]
// if I comment out the registerNodes call,
// bundle construction is roughly linear
(
var args = [freq: 440, amp: 0.1, pan: 0, ffreq: 2000, rq: 0.7];
var x;
a = Array.geom(5, 1, 10).collect { |num|
bench { num.do {
x = Syn.basicNew(\default, args);
x.prepareToBundle(\synth);
} }
};
// [a.mean, a.median]
)
time to run: 6.6754000044966e-05 seconds.
time to run: 0.00033927399999811 seconds.
time to run: 0.0036413149999817 seconds.
time to run: 0.013295040999992 seconds.
time to run: 0.11373358100002 seconds.
-> [6.6754000044966e-05, 0.00033927399999811, 0.0036413149999817, 0.013295040999992, 0.11373358100002]