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362 lines
11 KiB
Plaintext
362 lines
11 KiB
Plaintext
(
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var formatMusicData, spellingDict, lyNoteNameStr, lyOctStr, lyFinalizeMusic, lyMeasureDef,
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lyRelMark, lyRelMarkNote, lyHBracket, lyStaffDef, lyTie,
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lyNoteName, lyCentDev, lyFreqRatio, lyDur, lyNote, lyBeamOpen, lyBeamClosed,
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consolidateNotes, consolidateRests,
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primes, hsArrayDimDiff, hsArrayToFreq, hsArraysToFreqRatio;
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primes = [[2, 1], [3, 2], [5, 4], [7, 4], [11, 8], [13, 8]];
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hsArrayToFreq = {
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arg array;
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array.collect({arg dim, d; pow(primes[d][0]/primes[d][1], dim)}).product
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};
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hsArraysToFreqRatio = {
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arg array1, array2;
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var fArray, num, den, gcd;
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fArray = array2 - array1;
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num = 1;
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den = 1;
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fArray.do({arg dim, d;
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if(dim > 0, {
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num = num * pow(primes[d][0], dim.abs);
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den = den * pow(primes[d][1], dim.abs);
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});
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if(dim < 0, {
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num = num * pow(primes[d][1], dim.abs);
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den = den * pow(primes[d][0], dim.abs);
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});
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});
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gcd = gcd(num.asInteger, den.asInteger);
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[num / gcd, den / gcd].asInteger
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};
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hsArrayDimDiff = {
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arg array1, array2;
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var fArray;
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fArray = array2.drop(1) - array1.drop(1);
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if(fArray.sum == 0, {1}, {(primes[fArray.abs.indexOf(1) + 1][0] * fArray.sum)})
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};
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// formats the data for the transcriber
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formatMusicData = {arg seq, refChord;
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var maxSize, voices, durs, baseData, musicData;
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maxSize = 0;
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# voices, durs = seq.flatten2(2).flop;
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//# voices, durs = seq.flatten2(3).flop;
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//# voices, durs = seq.flatten2(seq.maxDepth - 5).flop;
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baseData = voices.flop.collect({arg voice, v;
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var isFirstNote, clumps, hdScores, freqs, fDurs, refs;
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isFirstNote = false;
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//this gets the reference instrument and is another way to check things
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refs = voice.collect({arg item, i;
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var ref, isSus, isChanged, isFund;
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ref = [-1, [100, 100], 0];
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/*
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if((i > 0), {
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if((item != voice[i - 1]) && (item != ["Rest"]), {
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var ins;
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ins = voices[i].minIndex({arg hsArray, h;
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var res = 100000;
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if((h != v) && (hsArray != ["Rest"]), {res = (hsArray.drop(1) - item.drop(1)).abs.sum});
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res
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});
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if(voices[i][ins] != ["Rest"], {
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ref = [ins, hsArraysToFreqRatio.value(voices[i][ins], item)]
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}, {
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ref = [ins, [100, 100]]
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})
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});
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});
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*/
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//item.postln;
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//refChord[v].postln;
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if((item != ["Rest"]) && isFirstNote.not, {isFirstNote = true});
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isSus = isFirstNote && (item == refChord[v]);
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isChanged = (i > 0) && (item != voice[i - 1]) && (item != ["Rest"]);
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isFund = (item == [0, 0, 0, 0, 0, 0]);
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if((item != ["Rest"]) && isSus.not && isChanged, {
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var ins, fr, dd;
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ins = voices[i].minIndex({arg hsArray, h;
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var res = 100000;
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if((h != v) && (hsArray != ["Rest"]), {res = (hsArray.drop(1) - item.drop(1)).abs.sum});
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res;
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});
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fr = hsArraysToFreqRatio.value(voices[i][ins], item);
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dd = hsArrayDimDiff.value(voices[i][ins], item);
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ref = [ins, fr, dd]
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});
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if(isFund, {ref = [-1, [1, 1], 0]});
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ref
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});
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clumps = voice.separate({arg a, b; a != b });
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freqs = clumps.collect({arg clump; if(clump[0] != ["Rest"], {(62.midicps * hsArrayToFreq.value(clump[0]))/*.cpsmidi.round(0.25).midicps*/}, {-1})});
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fDurs = durs.clumps(clumps.collect({arg clump; clump.size})).collect({arg clump; clump.sum});
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refs = refs.clumps(clumps.collect({arg clump; clump.size})).collect({arg clump; clump[0]});
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[freqs, (fDurs / 2 / 0.125).round, refs].flop;
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});
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musicData = baseData.collect({arg partData, p;
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var res;
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res = partData.collect({arg item, i;
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var freq, dur, ref, amp, sus, note;
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# freq, dur, ref = item;
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sus = dur.asInteger;
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note = sus.collect({[freq, ref, i]});
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note
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}).flatten;
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if(res.size > maxSize, {maxSize = res.size});
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res
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});
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//make them all the same length
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//maxSize = maxSize.trunc(16);// + 16;
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//maxSize = maxSize.trunc(16) + 16;
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musicData = musicData.collect({arg partData, p; partData.extend(maxSize, partData.last)});
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musicData
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};
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// constants (spelling dictionary note names and octaves)
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spellingDict = Dictionary.with(*
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[
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\major -> Dictionary.with(*
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[0, 7, 2, 9, 4, 11].collect({arg pc; pc->\sharps}) ++
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[5, 10, 3, 8, 1, 6].collect({arg pc; pc->\flats})
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),
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\minor -> Dictionary.with(*
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[9, 4, 11, 6, 1, 8].collect({arg pc; pc->\sharps}) ++
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[2, 7, 0, 5, 10, 3].collect({arg pc; pc->\flats})
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)
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]
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);
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//define staff
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lyStaffDef = {arg name, nameShort, nameMidi;
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"\\new Staff = \"" ++ name ++ "\" \\with { \n" ++
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"instrumentName = \"" ++ name ++ "\" \n" ++
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"shortInstrumentName = \"" ++ nameShort ++ "\" \n" ++
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"midiInstrument = #\"" ++ nameMidi ++ "\" \n" ++
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"\n}\n"
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};
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// add music preamble
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lyFinalizeMusic = {arg lyStr, part, name, nameShort, nameMidi, clef;
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"\\new StaffGroup \\with {\\remove \"System_start_delimiter_engraver\"}\n<<\n" ++
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lyStaffDef.value(name, nameShort, nameMidi) ++
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"<<\n\n{ " +
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"\n\\set Score.rehearsalMarkFormatter = #format-mark-box-numbers " +
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"\\tempo 2 = 60\n" +
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"\\numericTimeSignature \\time 2/2\n" +
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"\\clef " ++ clef ++ "\n" ++ lyStr + "\\fermata" +
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" }>> \\bar \"|.\" \n} \n\n>>" ++
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"\n>>"
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};
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// barline and ossia definition
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lyMeasureDef = {arg insName, part, beat;
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var barline = "|", break = "";
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barline = "";
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//if((beat % 24) == 0, {break = "\\break"});
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////if((beat % 16) == 0, {break = "\\break \\noPageBreak"});
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////if((beat % (16 * 3)) == 0, {break = "\\pageBreak"});
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////if(beat != 0, {"}\n>>\n" + barline + break}, {""}) + "\n<<\n" /*++ ossia*/ + "{";
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if(beat != 0, {"}\n" + barline + break}, {""}) + "\n" /*++ ossia*/ + "{"
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};
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lyNoteNameStr = Dictionary.with(*
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[
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\sharps -> ["c", "cis", "d", "dis","e", "f", "fis", "g", "gis", "a", "ais", "b"],
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\flats -> ["c", "des", "d", "ees","e", "f", "ges", "g", "aes", "a", "bes", "b"],
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]
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);
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lyOctStr = [",,", ",", "", "'", "''", "'''", "''''"];
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lyTie = {"~"};
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lyNoteName = {arg freq, spellingPref = \sharps;
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if(freq != -1, {
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lyNoteNameStr[spellingPref][((freq.cpsmidi).round(1) % 12)] ++
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lyOctStr[(((freq).cpsmidi).round(1) / 12).asInteger - 2];
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},{"r"});
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};
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lyDur = {arg noteLength;
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switch(noteLength, 1, {"16"}, 2, {"8"}, 3, {"8."}, 4, {"4"});
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};
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lyBeamOpen = {"["};
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lyBeamClosed = {"]"};
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lyCentDev = {arg freq, padding = true;
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var centDev;
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centDev = ((freq.cpsmidi - (freq.cpsmidi).round(1)) * 100).round(1).asInteger;
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"^\\markup { " ++ if(padding, {"\\pad-markup #0.2 \""}, {"\""}) ++
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if(centDev >= 0, {"+"}, {""}) ++ centDev.asString ++ "\"}"
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};
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lyFreqRatio = {arg freqRatioMult, dimDiff, ref, padding = true, lower = 3, attachedToNote = true;
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var res, num, den, ratio;
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res = "\\markup {" + if(attachedToNote, {""}, {"\\normalsize"}) +
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"\\lower #" ++ lower + if(padding, {"\\pad-markup #0.2 "}, {" "});
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//ratio = "\"" ++ freqRatioMult[0].asInteger ++ "/" ++ freqRatioMult[1].asInteger ++ "\" }";
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/*
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num = freqRatioMult[0].asInteger;
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den = freqRatioMult[1].asInteger;
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ratio = if(num > den, {"+" ++ freqRatioMult[0]}, {"-" ++ freqRatioMult[1]});
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ratio = "\"" ++ ratio ++ "\" }";
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*/
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ratio = if(dimDiff > 0, {/*"+" ++ */dimDiff.abs.asString ++ "↑"}, {/*"-" ++ */dimDiff.abs.asString ++ "↓"});
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ratio = "\" " ++ ratio ++ "\" }";
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res = if(ref != -1,
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{
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res ++ "\\concat{ \"" ++ ["IV", "III", "II", "I"][ref] ++ "\"\\normal-size-super " ++ ratio ++ "}"
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}, {
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res ++ ratio
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}
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);
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if(attachedToNote, {"_" ++ res}, {res})
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};
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lyNote = {arg freq, noteLength, freqRatioMult, dimDiff, ref, spellingPref = \sharps, frHide = false, centHide = false, padding = true;
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//if(frHide.not, {lyNoteName.value(freq, spellingPref)}, {"s"}) ++
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//lyDur.value(noteLength) ++
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if(frHide.not || centHide.not, {
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lyNoteName.value(freq, spellingPref) ++
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lyDur.value(noteLength) ++
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"<MARKUP" ++
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lyCentDev.value(freq, padding) ++
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//if(frHide, {""}, {lyFreqRatio.value(freqRatioMult, dimDiff, ref, padding)}) ++
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lyFreqRatio.value(freqRatioMult, dimDiff, ref, padding) ++
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"MARKUP>"
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}, {"s4"})
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};
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consolidateNotes = {arg lyStr, part;
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var noteRegex, markupRegex, fullNoteRegex, restRegex, fullRestRegex, res;
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noteRegex = "(?<n>[a-g](?:es|is)?(?:[,']*?)?4)";
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//markupRegex = if(part != 0, {"(<MARKUP.{15,155}MARKUP>)?"}, {"(<MARKUP.{15,155}MARKUP>)?"});
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markupRegex = "(<MARKUP.{15,155}MARKUP>)?";
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fullNoteRegex = noteRegex ++ markupRegex ++ "(?:\\h+~\\h+\\k<n>)";
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restRegex = "(?<r>r4)";
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fullRestRegex = "(?<r>r4)(?:(\\h+)\\k<r>)";
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res = lyStr;
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/*
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[6, 4, 3, 2].do({arg len;
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[fullNoteRegex, fullRestRegex].do({arg regex;
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res.findRegexp(regex ++ "{" ++ (len-1) ++ "}").clump(3).do({arg match;
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var word, note, markup, lyDur;
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word = match[0][1];
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note = match[1][1];
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markup = match[2][1];
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lyDur = switch(len, 6, {"1."}, 4, {"1"}, 3, {"2."}, 2, {"2"});
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res = res.replace(word, note.replace("4", lyDur) ++ markup)});
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});
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});
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*/
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res.replace("<MARKUP", "").replace("MARKUP>", "");
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};
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~transcribe = {arg rawMusicData, refChord, dir, addr = nil, buttonID = nil;
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var basePath, scoreFile, musicData, insData, insNames, insNamesShort, insMidi, insClef;
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basePath = dir;
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basePath.mkdir;
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musicData = formatMusicData.value(rawMusicData, refChord);
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insData = [
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["IV", "IV", "clarinet", "bass"],
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["III", "III", "clarinet", "alto"],
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["II", "II", "clarinet", "treble"],
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["I", "I", "clarinet", "treble"]
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];
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insNames = insData.slice(nil, 0);
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insNamesShort = insData.slice(nil, 1);
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insMidi = insData.slice(nil, 2);
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insClef = insData.slice(nil, 3);
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musicData.do({arg part, p;
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var lyFile, lyStr, lastMusAtom, measureCount, spellingPref,
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tmpSectionData, pcRoot, partLookup, quality;
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//create file
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lyFile = File((basePath.postln +/+ /*"includes" +/+ */ "part_" ++ ["IV", "III", "II", "I"][p] ++ ".ly").standardizePath,"w");
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//start lypond directives
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lyStr = "";
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lastMusAtom = nil;
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measureCount = 0;
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spellingPref = \sharps;
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tmpSectionData = nil;
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part.clump(4).do({arg beat, i;
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var gSum;
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gSum = 0;
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beat.separate({arg a, b;
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((a[0] != -1) || (b[0] != -1)) && (a != b)}).do({arg group, g;
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var noteLength, curMusAtom, freq, freqRatioMult, dimDiff, ref, isSame, isRest, isFirst, isLast,
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isTied, isMeasureBound, isBeamStart, isBeamEnd;
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noteLength = group.size;
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gSum = gSum + noteLength;
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curMusAtom = group[0];
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freq = curMusAtom[0];
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//freqRatioMult = curMusAtom[1];
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ref = curMusAtom[1][0];
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freqRatioMult = curMusAtom[1][1];
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dimDiff = curMusAtom[1][2];
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# isSame, isRest, isFirst, isLast = [curMusAtom == lastMusAtom, freq == -1, g == 0, gSum == 4];
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# isTied, isMeasureBound = [isSame && isRest.not, isFirst && ((i % 4) == 0)];
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# isBeamStart, isBeamEnd = [(noteLength != 4) && isFirst, (noteLength != 4) && isLast];
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//add ties
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//if(isTied, {lyStr = lyStr + lyTie.value});
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//add barline and ossia definition
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//if(isMeasureBound, {lyStr = lyStr + "\\bar \"|.|\""}); //lyMeasureDef.value(sectionData[i], insNames[p], p, i)});
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if(isMeasureBound, {lyStr = lyStr + lyMeasureDef.value(insNames[p], p, i)});
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//add note data
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lyStr = lyStr + lyNote.value(freq, noteLength, freqRatioMult, dimDiff, ref, \sharps, isSame || isRest || (ref < 0), isSame || isRest);
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//beam group
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//if(isBeamStart, {lyStr = lyStr ++ lyBeamOpen.value});
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//if(isBeamEnd, {lyStr = lyStr ++ lyBeamClosed.value});
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lastMusAtom = curMusAtom;
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});
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});
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//wrap music and add staff definitions
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lyStr = "{" ++ lyStr ++ "}\n\n}";
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//consolidate notes and rests
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lyStr = consolidateNotes.value(lyStr, p);
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//write file
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lyFile.write(lyStr);
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lyFile.close;
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});
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if(addr != nil, {addr.sendMsg(buttonID, 0)});
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};
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//~transcribe.value(~seq);
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)
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//~transcribe.value(~seq); |