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|
Score {
var <>score, routine, isPlaying = false;
classvar <>program, <>options;
*initClass {
options = ServerOptions.new;
}
*new { arg list;
^super.new.init(list);
}
*newFromFile { arg path;
var list;
list = thisProcess.interpreter.executeFile(path);
^super.new.init(list);
}
init { arg list;
score = [[0.0, ["/g_new", 1, 0, 0]]] ++ list;
this.sort;
}
add { arg bundle;
score = score.add(bundle)
}
*playFromFile { arg path, server;
var list;
list = thisProcess.interpreter.executeFile(path);
^this.new(list).play(server);
}
*play { arg list, server;
^this.new(list).play(server);
}
sort {
score = score.sort({ arg a, b; b[0] >= a[0] });
}
play { arg server, clock, quant=0.0;
var size, osccmd, timekeep, inserver, rout;
isPlaying.not.if({
inserver = server ? Server.default;
size = score.size;
timekeep = 0;
routine = Routine({
size.do { |i|
var deltatime, msg;
osccmd = score[i];
deltatime = osccmd[0];
msg = osccmd.copyToEnd(1);
(deltatime-timekeep).wait;
inserver.listSendBundle(inserver.latency, msg);
timekeep = deltatime;
};
isPlaying = false;
});
isPlaying = true;
routine.play(clock, quant);
}, {"Score already playing".warn;}
);
}
endTime { ^score.last[0] }
startTime { ^score.first[0] }
section { arg start = 0, end, configevents;
var sectionlist;
if(end.isNil) { end = this.endTime };
sectionlist = Array.new;
score.do { arg item;
if(item[0].inclusivelyBetween(start, end)) {
item = item.copy;
item[0] = item[0] - start;
sectionlist = sectionlist.add(item);
}
};
sectionlist = sectionlist.add([end - start, [0]]); // add dummy command (cmd_none)
if(configevents.notNil,
{if(configevents.isArray,
{if(configevents[0] == 0.0,
{sectionlist = sectionlist.addFirst(configevents)},
{"Configuration events should have a timestamp of 0.0".warn; ^nil})},
{"Configuration events need to be a bundle array: [time, [events]]".warn;
^nil})});
^this.class.new(sectionlist);
}
writeOSCFile { arg path, from, to, clock;
if(to.notNil or: {from.notNil}) {
from = from ? 0.0;
to = to ? this.endTime;
this.section(from, to).write(path, clock)
} {
this.write(path, clock)
};
}
recordNRT { arg oscFilePath, outputFilePath, inputFilePath, sampleRate = 44100, headerFormat =
"AIFF", sampleFormat = "int16", options, completionString="", duration = nil, action = nil;
this.writeOSCFile(oscFilePath, 0, duration);
unixCmd(program + " -N" + oscFilePath.quote
+ if(inputFilePath.notNil, { inputFilePath.quote }, { "_" })
+ outputFilePath.quote
+ sampleRate + headerFormat + sampleFormat +
(options ? Score.options).asOptionsString
+ completionString, action);
}
*recordNRT { arg list, oscFilePath, outputFilePath, inputFilePath, sampleRate = 44100,
headerFormat = "AIFF", sampleFormat = "int16", options, completionString="", duration = nil, action = nil;
this.new(list).recordNRT(oscFilePath, outputFilePath, inputFilePath, sampleRate,
headerFormat, sampleFormat, options, completionString, duration, action);
}
stop {
isPlaying.if({routine.stop; isPlaying = false; routine = nil;}, {"Score not playing".warn;}
);
}
*writeFromFile { arg path, oscFilePath, clock;
var list;
list = thisProcess.interpreter.executeFile(path);
this.write(list, oscFilePath, clock);
}
*write { arg list, oscFilePath, clock;
var osccmd, f, tempoFactor;
f = File(oscFilePath, "w");
tempoFactor = (clock ? TempoClock.default).tempo.reciprocal;
protect {
list.size.do { |i|
var msg = list[i].copy;
msg[0] = msg[0]* tempoFactor;
osccmd = msg.asRawOSC;
f.write(osccmd.size).write(osccmd);
};
}{
f.close;
};
//"done".postln;
}
write { arg oscFilePath, clock;
this.class.write(score, oscFilePath, clock);
}
saveToFile { arg path;
var f;
f = File.new(path, "w");
f.putString("[ // SuperCollider Score output " ++ Date.getDate ++ "\n");
score.do{ arg me;
f.putString((me).asCompileString ++ ",\n");
};
f.putString("]");
f.close;
}
storeArgs {
^score
}
asScore {}
}
|
