142 lines
2.2 KiB
Racket
142 lines
2.2 KiB
Racket
#lang scribble/manual
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@(require (for-label racket))
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@title{NodeMap}
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store control values and bus mappings@section{categories}
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Libraries>JITLib>NodeProxy, Server>Nodes, Server>Abstractions
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@section{related}
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Classes/Bus
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@section{description}
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Object to store control values and bus mappings independently of a specific node.
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@racketblock[
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a = NodeMap.new;
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a.set(\freq, [446, 662], \amp, 0.2, \out, Bus.audio(s));
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a.asOSCArgArray;
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::
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]
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@section{InstanceMethods}
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@section{method}
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set
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set arguments of a node
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@section{method}
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unset
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remove settings
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@section{method}
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unmap
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remove mappings
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@section{method}
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at
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return setting at that key.
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@section{method}
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sendToNode
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apply a setting to a node by sending a bundle
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@section{method}
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send
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apply a setting to a node by sending a bundle
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@section{method}
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addToBundle
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add all my messages to the bundle
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@section{method}
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addToEvent
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add all my values to the event
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@section{method}
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asOSCArgArray
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returns the arguments for an OSC message.
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@section{method}
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unmapArgsToBundle
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returns the arguments for an OSC message to unmap any mapped controls.
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@section{method}
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setMsg
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returns the OSC message for setting a synth
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@section{argument}
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target
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a group, synth, or server to use as a nodeID to set.
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@section{method}
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setn, map, mapn
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These are kept for backward compatibility. They redirect to link::#-set::.
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@section{method}
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get
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Kept for backward compatibility.
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@section{method}
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clear
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Remove all settings and clear cache
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@section{private}
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updateArgs, upToDate
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@section{Examples}
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@racketblock[
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s.boot;
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(
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SynthDef("modsine",
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{ arg freq=320, amp=0.2;
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Out.ar(0, SinOsc.ar(freq, 0, amp));
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}).add;
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SynthDef("lfo",
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{ arg rate=2, busNum=0;
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Out.kr(busNum, LFPulse.kr(rate, 0, 0.1, 0.2))
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}).add;
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)
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//start nodes
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(
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b = Bus.control(s,1);
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x = Synth("modsine");
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y = Synth.before(x, "lfo", [\busNum, b]);
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)
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//create some node maps
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(
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h = NodeMap.new;
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h.set(\freq, 800);
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h.map(\amp, b);
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k = NodeMap.new;
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k.set(\freq, 400);
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k.unmap(\amp);
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)
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//apply the maps
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h.sendToNode(x); //the first time a new bundle is made
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k.sendToNode(x);
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h.sendToNode(x); //the second time the cache is used
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k.sendToNode(x);
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h.set(\freq, 600);
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h.sendToNode(x); //when a value was changed, a new bundle is made
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//free all
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x.free; b.free; y.free;
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::
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]
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