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Copy pathLilyChord.sc
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LilyChord.sc
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LilyChord : LilyShowableObj {
var <>noteArray;
var <>template = "just-pitches";
*new { arg noteList;
^super.new.init(noteList);
}
init { arg firstStuff;
noteArray = Array.new;
this.put(firstStuff);
}
notenumber {
^noteArray.collect({ arg thisEvent;
thisEvent.notenumber
})
}
put { arg putThis;
if(this.includes(putThis).not, {
if(putThis.isKindOf(Number), {
noteArray = noteArray.add(LilyPitch.new(putThis))
});
if(putThis.isKindOf(LilyPitch), {
noteArray = noteArray.add(putThis)
});
if(putThis.isKindOf(Array), {
this.putArray(putThis)
});
});
}
putArray { arg putThis;
putThis.do { arg thisOne;
this.put(thisOne);
};
}
includes { arg testPitch;
var thisTest;
if(testPitch.isKindOf(LilyPitch),
{thisTest = testPitch.notenumber},
{thisTest = testPitch}
);
^this.notenumber.includes(thisTest)
}
qt {
^noteArray.collect({|i| i.qt})
}
intervals {
var intervals, notes;
notes = this.notenumber;
(notes.size - 1).do({|i|
intervals = intervals.add(notes[i + 1] - notes[i]) });
^intervals;
}
stringArray {
^this.noteArray.collect({|i| i.pitch ++ i.octave;})
}
string {
var musicStringOut;
musicStringOut = "< ";
this.stringArray.do({|i|
musicStringOut = musicStringOut ++ i ++ " "
});
^musicStringOut ++ ">";
}
asPitchSeq {
^LilyPitchSeq(this.noteArray)
}
gaussian { arg shake=0.5;
^LilyChord(this.notenumber.gaussian(shake).round(0.5))
}
////////////////////////////////////////////////////
// these are methods to manipulate chords as Sets //
////////////////////////////////////////////////////
- { arg otherChord;
^LilyChord(this.notenumber.asSet - otherChord.notenumber.asSet)
}
-- { arg otherChord;
^LilyChord(this.notenumber.asSet -- otherChord.notenumber.asSet)
}
| { arg otherChord;
^LilyChord(this.notenumber.asSet | otherChord.notenumber.asSet)
}
& { arg otherChord;
^LilyChord(this.notenumber.asSet & otherChord.notenumber.asSet)
}
isSubsetOf { arg otherChord;
^LilyChord(this.notenumber.asSet.isSubsetOf(otherChord.notenumber.asSet))
}
}