rhA %SrSSKJr SSKrSSKrSSKrSSKrSSKrSSK J r SSK J r SSK J r SSK Jr SSK Jr SS K Jr SS K Jr SS K Jr SS K Jr SS K Jr SSK Jr SSK Jr SSK Jr SSKJr SSK Jr SSK Jr SSK Jr \R:"S5rSrSr "SS\RB5r""SS\ RF5r$"SS\ RJ5r&Sr'S;Sjr(S r)0r*S!\+S"'"S#S$5r,Sa Translation routines for roman numeral analysis text files, as defined and demonstrated by Dmitri Tymoczko. Also used for the ClercqTemperley format which is similar but a little different. This module is really only needed for people extending the parser, for others it's simple to get Harmony, RomanNumeral, Key (or KeySignature) and other objects out of an rntxt file by running this: >>> monteverdi = corpus.parse('monteverdi/madrigal.3.1.rntxt') >>> monteverdi.show('text') {0.0} {0.0} {0.0} {0.0} {0.0} {0.0} {3.0} {4.0} {0.0} {3.0} ... Then the stream can be analyzed with something like this, storing the data to make a histogram of scale degree usage within a key: >>> degreeDictionary = {} >>> for el in monteverdi.recurse(): ... if isinstance(el, roman.RomanNumeral): ... print(f'{el.figure} {el.key}') ... for p in el.pitches: ... degree, accidental = el.key.getScaleDegreeAndAccidentalFromPitch(p) ... if accidental is None: ... degreeString = str(degree) ... else: ... degreeString = str(degree) + str(accidental.modifier) ... if degreeString not in degreeDictionary: ... degreeDictionary[degreeString] = 1 ... else: ... degreeDictionary[degreeString] += 1 ... degTuple = (str(p), degreeString) ... print(degTuple) vi F major ('D5', '6') ('F5', '1') ('A5', '3') V[no3] F major ('C5', '5') ('G5', '2') I F major ('F4', '1') ('A4', '3') ('C5', '5') ... V6 g minor ('F#5', '7#') ('A5', '2') ('D6', '5') i g minor ('G4', '1') ('B-4', '3') ('D5', '5') ... Now if we'd like we can get a Histogram of the data. It's a little complex, but worth seeing in full: >>> import operator >>> histogram = graph.primitives.GraphHistogram() >>> i = 0 >>> data = [] >>> xLabels = [] >>> values = [] >>> ddList = list(degreeDictionary.items()) >>> for deg,value in sorted(ddList, key=operator.itemgetter(1), reverse=True): ... data.append((i, degreeDictionary[deg]), ) ... xLabels.append((i+.5, deg), ) ... values.append(degreeDictionary[deg]) ... i += 1 >>> histogram.data = data These commands give nice labels for the data; optional: >>> histogram.setIntegerTicksFromData(values, 'y') >>> histogram.setTicks('x', xLabels) >>> histogram.setAxisLabel('x', 'ScaleDegree') Now generate the histogram: >>> #_DOCS_HIDE histogram.process() .. image:: images/romanTranslatePitchDistribution.* :width: 600 OMIT_FROM_DOCS >>> x = converter.parse('romantext: m1 a: VI') >>> [str(p) for p in x[roman.RomanNumeral].first().pitches] ['F5', 'A5', 'C6'] >>> x = converter.parse('romantext: m1 a: vi') >>> [str(p) for p in x[roman.RomanNumeral].first().pitches] ['F#5', 'A5', 'C#6'] >>> [str(p) for p in ... converter.parse('romantext: m1 a: vio' ... )[roman.RomanNumeral].first().pitches] ['F#5', 'A5', 'C6'] ) annotationsN)bar)base)common)OffsetQL) environment) exceptions21)harmony)key)metadata)meter)note)repeat)roman) rtObjects)spanner)stream)tiezromanText.translate?Fc\rSrSrSrg)RomanTextTranslateExceptionN__name__ __module__ __qualname____firstlineno____static_attributes__rU/home/james-whalen/.local/lib/python3.13/site-packages/music21/romanText/translate.pyrrr rc\rSrSrSrg)RomanTextUnprocessedTokenrNrrr r!r$r$r"r r$c6^\rSrSrSU4SjjrSSjrSrU=r$)RomanTextUnprocessedMetadatac >>[TU]"S0UD6 XlX lg)Nr)super__init__tagdata)selfr,r-keywords __class__s r!r+%RomanTextUnprocessedMetadata.__init__s $8$ r c8URSUR3$)N: )r,r-)r.s r! _reprInternal*RomanTextUnprocessedMetadata._reprInternals((2dii[))r )r-r,)r6)returnstr)rrrrr+r4r __classcell__)r0s@r!r'r's **r r'cSnUR5upE[U5S:a [S5eUSnUR[R 5GHfnUR U:XdM[R"U5nUR SUlUR[R5GHnUc [S 5eUR(a URnO*URbURRnOX(l URcMi[R"UR [R"U55n S U l[R"UR$5U l[R"UR&5U lUR)X5 GM X24$ X24$![a [SUR S3S-S-5ef=f) z Given a RomanText token, a Part used as the current container, and the current Key, return a Measure copied from the past of the Part. This is used in cases of definitions such as: m23=m21 NzEa single measure cannot define a copy operation for multiple measuresrzFailed to copy measure :zD did you perhaps parse an RTOpus object with romanTextToStreamScore !instead of romanTextToStreamOpus?Battempting to copy a measure but no past key definitions are foundT) getCopyTargetlenrgetElementsByClassrMeasurenumbercopydeepcopy TypeErrorr RomanNumeralfollowsKeyChanger pivotChordsecondaryRomanNumeralfigure writeAsChorddurationlyricsreplace) rtTaggedpkCurrentm targetNumberunused_targetRepeattargetmPastrnPastnewRNs r!_copySingleMeasurerZs A)1(>(>(@%L <1) SU U!_F%%fnn5 <<6 ! ;MM%(  q)AH..u/A/AB#5\^^**%zzH&&2%0044H!)J//;!.. t}}X'>E*.E&%)]]6??%CEN#'==#?ELIIf,%C(  ;A6@ ;9 ;1-ell^1=\]9:;; ;s *G*G+c .UR5up4[U5S:Xa [S5eUSnUSnURSURS- Xe- :wa [S5eURSU:a [S5e/nUR [ R 5GHnUR[XVS-5;Ga{[R"U5n URSUR-U- U lURU 5 [U R [R55n U GHn Uc [S 5eU R (a U R"nO*U R$bU R$R"nOX+lU R&cMi[R"U R([R"U55n S U l[R"U R,5U l[R"U R.5U lU R1X5 GM URU:XdGM Xr4$ Xr4$![a, [SRURXV5S-S-5ef=f) z Given a RomanText token for a RTMeasure, a Part used as the current container, and the current Key, return a Measure range copied from the past of the Part. This is used for cases such as: m23-25 = m20-22 r;z5a multiple measure range cannot copy a single measurerzQboth the source and destination sections need to have the same number of measuresz>the source section cannot overlap with the destination sectionz5Failed to copy measure {0} to measure range {1}-{2}: zCdid you perhaps parse an RTOpus object with romanTextToStreamScore r=r>T)r?r@rrCrArrBrangerDrErFformatappendlistrrGrHr rIrJrKrLrMrNrO) rtMeasurerQrR targetNumbersrU targetStart targetEndmeasuresrWrSallRNsrXrYs r!_copyMultipleMeasuresrfsb*3)@)@)B&M =Q)*abb"Ka IY--a00I4KK) _a aY&) LN NH%%fnn5 <<5!m< < ;MM%(!''*U\\9KGAH OOA !..u/A/ABCF #5\^^**%zzH&&2%0044H!)J//;!.. t}}X'>E*.E&%)]]6??%CEN#'==#?ELIIf,%!( <<9 $   K6J  C ;1KRR k>[\::;; ;s I6Jc"[U[5(a-[R"U5n[R"U5nOUR 5nUR RnURS:XaUR5nUS-nX4$)a Given an RTKey specification, return the Key and a string prefix based on the tonic: >>> romanText.translate._getKeyAndPrefix('c') (, 'c: ') >>> romanText.translate._getKeyAndPrefix('F#') (, 'F#: ') >>> romanText.translate._getKeyAndPrefix('Eb') (, 'E-: ') >>> romanText.translate._getKeyAndPrefix('Bb') (, 'B-: ') >>> romanText.translate._getKeyAndPrefix('bb') (, 'b-: ') >>> romanText.translate._getKeyAndPrefix('b#') (, 'b#: ') >>> romanText.translate._getKeyAndPrefix('Bbb') (, 'B--: ') minorr3) isinstancer8r "convertKeyStringToMusic21KeyStringKeygetKeytonicnamemodelower) rtKeyOrStringk tonicNameprefixs r!_getKeyAndPrefixru/st(-%%>>}M GGM "  " IvvOO%  F 9r z)dict[tuple[str, str], roman.RomanNumeral] _rnKeyCachec\rSrSrSrSSjrSrSSjrSSjrSSjr SS jr SS jr SS jr S r S S.SSjjrSSjrSrSrg)PartTranslatoriSz A refactoring of the previously massive romanTextToStreamScore function to allow for more fine-grained testing (eventually), and to get past the absurdly high number of nested blocks (the previous translator was written under severe time constraints). NcVUc[R"5nXl[R"5Ul[ Ul[R"S5Ul URUl SUl SUl SUlSUlSUlSUlSUl['S5uUlnSUl[,R.R0Ul[,R.R0Ul0UlSUlSUlSUlSUlSUl SUl!g)Nz4/4FrTCr6)"r MetadatamdrPartrQROMANTEXT_VERSIONromanTextVersionr TimeSignature tsCurrenttsAtTimeOfLastChordtsSetlastMeasureTokenlastMeasureNumber previousRn keySigCurrentsetKeySigFromFirstKeyTokenfoundAKeySignatureSoFarrurR prefixLyricrMinor67Default CAUTIONARY sixthMinor seventhMinor repeatEndingscurrentMeasureTokenpreviousChordInMeasurepivotChordPossiblenumberOfAtomsInCurrentMeasuresetKeyChangeTokencurrentOffsetInMeasure)r.r}unused_prefixLyrics r!r+PartTranslator.__init__[s :""$B 1,,U3#'>>  $!"!*.'',$,K FFMM+ &/ 00 \!!$G GY"Z[ \ X!!$CINNCU"VW Xs$,L!M!7MM-N NcDURR5nUS:Xa[RRnOUS:Xa[RR nOUS:Xa[RR nOUS;a[RRnO`US:XaKUR5(a[RRnO*[RR nO[SU<35eUR5(aX0l gX0l g)aX Set Roman Numeral parsing standards from a token. >>> pt = romanText.translate.PartTranslator() >>> pt.sixthMinor >>> tag = romanText.rtObjects.RTTagged('SixthMinor: Flat') >>> tag.isSixthMinor() True >>> pt.setMinorRootParse(tag) >>> pt.sixthMinor Harmonic sets to FLAT for sixth and SHARP for seventh >>> for config in 'flat sharp quality cautionary harmonic'.split(): ... tag = romanText.rtObjects.RTTagged('Seventh Minor: ' + config) ... pt.setMinorRootParse(tag) ... print(pt.seventhMinor) Minor67Default.FLAT Minor67Default.SHARP Minor67Default.QUALITY Minor67Default.CAUTIONARY Minor67Default.SHARP >>> tag = romanText.rtObjects.RTTagged('Sixth Minor: harmonic') >>> pt.setMinorRootParse(tag) >>> print(pt.sixthMinor) Minor67Default.FLAT Unknown settings raise a `RomanTextTranslateException` >>> tag = romanText.rtObjects.RTTagged('Seventh Minor: asdf') >>> pt.setMinorRootParse(tag) Traceback (most recent call last): music21.romanText.translate.RomanTextTranslateException: Cannot parse setting vi or vii parsing: 'asdf' flatsharpquality)courtesy cautionaryharmonicz(Cannot parse setting vi or vii parsing: N) r-rprrFLATSHARPQUALITYrrrrr)r.rPtDatatEnums r!r PartTranslator.setMinorRootParsesR ##% F?((--E g ((..E i ((00E 0 0((33E j $$&&,,11,,22-:5)DF F  " "#O % r cPURnURSURS-:=(a URSLn[ UR5S:H=(a UR n[ UR5S:nUR bgURbgU(aURU5 U(aUR5 [XUR5uo`l URU5 URUlXl UR[R 5nU(a USUlggU(aUR5 [#XUR5uol UR%U5 USRUlXl USR[R 5nU(a USUlggUR'U5nUR(R*S:XaUR-U5 URU5 g)z Translate a measure token consisting of a single line such as:: m21 b3 V b4 C: IV Or it might be a variant measure, or a copy instruction. rr;N)rQrCrrr@isCopyDefinition variantNumber variantLetterfillToMeasureTokenrrZrR coreAppendrrArrGrfr^translateSingleMeasurerM quarterLengthfillMeasureFromPreviousRn) r.measureLineTokenrQskipsPriorMeasuresisSingleMeasureCopyisMultipleMeasureCopyrSromansrds r!r(PartTranslator.translateMeasureLineTokens FF/66q9D>> tag = romanText.rtObjects.RTTagged('KeySignature: -4') >>> tag.isKeySignature() True >>> tag.data '-4' >>> pt = romanText.translate.PartTranslator() >>> pt.keySigCurrent is None True >>> pt.setKeySigFromFirstKeyToken True >>> pt.foundAKeySignatureSoFar False >>> pt.parseKeySignatureTag(tag) >>> pt.keySigCurrent >>> pt.setKeySigFromFirstKeyToken False >>> pt.foundAKeySignatureSoFar True >>> tag = romanText.rtObjects.RTTagged('KeySignature: xyz') >>> pt.parseKeySignatureTag(tag) Traceback (most recent call last): music21.romanText.translate.RomanTextTranslateException: Cannot parse key signature: 'xyz' r6rBbrzCannot parse key signature: FTN) r-r KeySignaturerintrrrr)r.rPr-dataVals r!r#PartTranslator.parseKeySignatureTagosB}} 2:!$!1!1!!4D  T\!$!1!1"!5D  [d)%(%5%5g%>"+0''+$  [14PQUPX2YZZ [s &BB!c4Xl[R"5nURSUl[ XUR 5 URSUlXlUR(dURUl SUlUR(d0URb#URSUR5 SUl SUlSUlSUl[#UR$5UlSUl[+UR$5H&up4X0R&S- :HnUR-XBUS9 M( URb<URR.R0UR- UR2lUR55 U$)zX Given a measureToken, return a `stream.Measure` object with the appropriate atoms set. rTNr{Fr;isLastAtomInMeasure)rrrBrCrrrrrr timeSignaturerrinsertrrrr@atomsrr enumeratetranslateSingleMeasureAtomrrrr)r.rrSrars r!r%PartTranslator.translateSingleMeasuresT $0 NN &&q)($:L:LM!-!4!4Q!7 ,zz"nnAODJ..43E3E3Q HHQ** +.2D +&)#&*#"'-01C1C-D*!&l001DA#$(J(JQ(N#N   + +AFY + Z2 >> %-1^^-G-G-U-U262M2M.NDOO ) r Frc@ [U[R5(d.URSLa[U[R5(alUR U5 UR S::aURSUR5 O&URURUR5 SUlg [U[R5(aXUR5nUR S::aURSU5 OURURU5 SUlg [U[R5(aUR U5 g [U[R$5(GaUR'UR(5nUR,cUR.bUS:a[0R2"UR.5nXVlS UlUR.R8c&[8R:"S 5UR.lOS UR.R8l[8R:"S5UlX`lX`lURSU5 SUlXPl g [U[R@5(GaUR(Ul![DRF"5nURURU5 [HRJ"5nUR>SLaUR,cObUR,RMU5n URU - n U S::a"[SUR"R 35eXR,lS Ul'URURU5 XlXlSUlg g [U[RP5(aURSXUR5 g [U[RT5(Ga[U[RV5(aiU(ab[XRZ"SS9Ul.UR(b;UR_UR\UR(R`R45 g g URS:Xaa[U[Rb5(a[XRZ"S S9Ul2g [gU5n URURU 5 g UR(bUR(R`R4UR:Xaa[U[RV5(a[XRZ"SS9Ul.g [gU5n URURU 5 g [gU5n URURU 5 g [gU5n URURU 5 g ![R[4a0 [SUR SUR"R 35ef=f![aM [SSUR 3-S R+UR(UR"R 5-5ef=f)z Translate a single atom in a measure token. `a` is the Atom `m` is a `stream.Measure` object. Uses coreInsert and coreAppend methods, so must have `m.coreElementsChanged()` called afterward. Fr;rTzcannot get key from in line z#cannot properly get an offset from z beat data z#under timeSignature {0} in line {1}Nr6rrr too many notes in this measure: end direction)4rirRTKeyr RTAnalyticKeysetAnalyticKeyrC coreInsertrRrRTKeySignaturegetKeySignaturer rrrsrcrRTBeat getOffsetrr]rrrDrErrrrrr RTNoChordrr NoChordrRestgetOffsetBySiterRTChordprocessRTChordRTRepeat RTRepeatStoprRepeat rightBarlinesetElementOffsetr RTRepeatStart leftBarliner$) r.r rSrthisSig newOffset firstChordcsrn oPreviousnewQLrtts r!r )PartTranslator.translateSingleMeasureAtoms q)// * *00E9"1i&=&=>>    "xx1} Q . T88$--H+/D ( 933 4 4 [++- xx1} Q( T88'B+/D ( 922 3 3    " 9++ , , 7KK7 ++33!A !]]4??; +4(#%  ??&&.*-'''*:DOO'/9DOO'',!$ ",.8+ Q +&+D #*3 ' 9.. / /'+~~D $"B LL44b 9B&&%/..6 $ ; ; K KA NI 77)CEz9>t?W?W?[?[>\]__@E//=#%  T88"=.0+"$*/'0"9,, - -   d&A&A B 9-- . .!Y33449L "%e!<>>-&&(B(B(P(P.,,1a!8!899$'JJ$AAM3A6CLL!,A.C LL44c :I!11:> [1*155'4;S;S;W;W:XY[[ [$ 719"155'*+;BB00446677 7sW9Y9A YAZcpURUlURnX@RR4n[ (a(U[ ;a[R"[ U5nOY[R"U[R"UR5URURS9nSUl U[ U'URSLaSUlSUlOSUlUR"SLaUR$cOWUR$R'U5nX7- nUS::a"[)SUR*R35eXR$lUR/UR0UR-5 SUlUR3X65 X`lX`lSUlgUR$=R6SUR0-UR-- slX`R$lSUlSUlg![R a [R"5nGNLf=f) z Process a single RTChord atom. )rrTFNrrr6z//)rrrrRtonicPitchNameWithCase USE_RN_CACHErvrDrErrGrrrLrrHRomanNumeralExceptionrrrrrraddLyricrrrrrI) r.r rS currentOffsetaSrc cacheTupler,r-r.s r!r PartTranslator.processRTChordIs$(>> 2 &55D  D DEJ| k 9]];z#:;''(, dmm(D37??595F5F* #'*, J'.%%-&*#).&&+#  " "e +**2 77GGJ %1A:5:4;S;S;W;W:XY[[)rrtObjects.RTMeasure)rr?)rstream.Measurer7None)r zrtObjects.RTAtomrSr@rboolr7rA)r zrtObjects.RTChordrSr@r6rr7rA)rrrr__doc__r+rrrrrrrrr r rrrr r!rxrxSs *D$B'H>&@:x-"  .,`"R%* C; C; C; " C;  C;LU, U, U, U,  U,n &r rxcv[U[5(a'[R"5nUR U5nOUnUc[ R "5nOUn[R"5nURSU5 [U5nURUR5nURSU5 U$)z The main processing module for single-movement RomanText works. Given a romanText handler or string, return or fill a Score Stream. r) rir8rRTFilereadstrrScorer r|rrxrr) rtHandlerinputM21rtftokenedRtHandlersr} partTransrQs r!romanTextToStreamScorerNs)S!! ;;y1$ LLN     BHHQOr"I!!"2"9"9:AHHQN Hr r;)r bcdefghc6UR(dgURSUlURHcnUbUS:XaMU[;a[SU35e[UnXR;a/X%'UcURSU4nOX14nX%R U5 Me g)a@ Takes an RTMeasure object (which might represent one or more measures; but currently only one) and a music21 stream.Measure object and store it as a tuple in the repeatEndings dictionary to mark where the translator should later mark for adding endings. If the optional measureNumber is specified, we use that rather than the token number to add to the dict. This does not yet work for skipped measures. >>> rtm = romanText.rtObjects.RTMeasure('m15a V6 b1.5 V6/5 b2 I b3 viio6') >>> rtm.repeatLetter ['a'] >>> rtm2 = romanText.rtObjects.RTMeasure('m15b V6 b1.5 V6/5 b2 I') >>> rtm2.repeatLetter ['b'] >>> repeatEndings = {} >>> m1 = stream.Measure() >>> m2 = stream.Measure() >>> romanText.translate.appendMeasureToRepeatEndingsDict(rtm, m1, repeatEndings) >>> repeatEndings {1: [(15, )]} >>> romanText.translate.appendMeasureToRepeatEndingsDict(rtm2, m2, repeatEndings) >>> repeatEndings[1], repeatEndings[2] ([(15, )], [(15, )]) >>> repeatEndings[2][0][1] is m2 True Nrr6zImproper repeat letter: ) repeatLetter numberSuffixletterToNumDictrrCr^) rtMeasureObjrSr measureNumberrl repeatNumber measureTuples r!rrsF  $ $!..q1AN'' :r  _ $-0H.MN N&r*  ,*,M '  (//2A6L)-L#**<8(r c/nUHnSnSn/nXHWupgUcUnUnURU5 MXdS-:aXR4nURU5 UnUnU/nMDURU5 UnMY UcMmXR4nURU5 M U$)a take repeatEndings, which is a dict of integers (repeat ending numbers) each holding a list of tuples of measure numbers and measure objects that get this ending, and return a list where contiguous endings should appear. Each element of the list is a two-element tuple, where the first element is a list of measure objects that should have a bracket and the second element is the repeat number. Assumes that the list of measure numbers in each repeatEndings array is sorted. For the sake of demo and testing, we will use strings instead of measure objects. >>> repeatEndings = {1: [(5, 'm5a'), (6, 'm6a'), (17, 'm17'), (18, 'm18'), ... (19, 'm19'), (23, 'm23a')], ... 2: [(5, 'm5b'), (6, 'm6b'), (20, 'm20'), (21, 'm21'), (23, 'm23b')], ... 3: [(23, 'm23c')]} >>> print(romanText.translate._consolidateRepeatEndings(repeatEndings)) [(['m5a', 'm6a'], 1), (['m17', 'm18', 'm19'], 1), (['m23a'], 1), (['m5b', 'm6b'], 2), (['m20', 'm21'], 2), (['m23b'], 2), (['m23c'], 3)] Nr;)r^) r returnList endingNumberstartMeasureNumberr measureListmeasureNumberUnderEnding measureObjectmyTuples r!_consolidateRepeatEndingsrns*J% !  7D7R 3 $!)%="$<!""=1),AA&5!!'*%="$<!,o ""=1$<!8S  )"1G   g &)&, r c[U5nUH{nUSUSpT[R"XES9nUSRU5nUR Xv5 US:XdMMUSR bM_[ R"SS9USlM} g)zG Given a Stream and the repeatEndings dict, add repeats to the stream. rr;)rCrNrr)rnr RepeatBracketrrr$rr#)rLrconsolidatedRepeatsrepeatEndingTuplerjrhrbrbOffsets r!rr7s4MB0$5a$8:KA:N\  " "; Dq>11!4  1 2++3/2zzE/J B,1r cdURS5nUcgUR[R[R /5nU(dgUSR S:XagUSR nUH)nUR U:aMUR U- UlM+ X1lUH*nUR S:dMU=R U-slM, UR[R5R5nXQLagUR[R[R /5R5nU(aURRU:aURRnUR=RXs- -sl Xs- Ul [RR!USS5 [#U5nSn XULa;XR%UXR UR- 5 U S-n XULaM;SSS5 ggg!,(df  g=f)a> Fix a pickup measure if any. We determine a pickup measure by being measure 0 and not having an RN object at the beginning. Will also pad the last measure right and cut the duration of the final chord to match. Demonstration: an otherwise incorrect part >>> p = stream.Part() >>> m0 = stream.Measure() >>> m0.number = 0 >>> k0 = key.Key('G') >>> m0.insert(0, k0) >>> m0.insert(0, meter.TimeSignature('4/4')) >>> m0.insert(3, roman.RomanNumeral('I', k0, quarterLength=1.0)) >>> m1 = stream.Measure() >>> m1.number = 1 >>> m1.append(roman.RomanNumeral('V', k0, quarterLength=4.0)) >>> m2 = stream.Measure() >>> m2.number = 2 >>> m2.append(roman.RomanNumeral('I', k0, quarterLength=4.0)) >>> p.insert(0, m0) >>> p.insert(4, m1) >>> p.insert(8, m2) After running fixPickupMeasure() >>> romanText.translate.fixPickupMeasure(p) >>> p.show('text') {0.0} {0.0} {0.0} {0.0} {1.0} {0.0} {5.0} {0.0} >>> m0.paddingLeft 3.0 >>> m2.paddingRight 1.0 >>> m2[roman.RomanNumeral].last().duration rNautoSortFrr;)measurerArrGr roffset paddingLeftrrBlastrMr paddingRightr classTools tempAttributer_setOffsetBySite) partObjectm0 rnObjects leftPaddingelmLastlastRN curLastLength partElementsrs r!rrIs`   A B z%%u'9'97??&KLI |aA,%%K 99{ "  K/BI  !N 99q= II $I  ) )&.. 9 > > @E {  % %u'9'97??&K L Q Q SF &////+=44 %%)DD%*8    , ,ZU K +LA/.// 0<0F0FI[I[0[]Q /. L K >v L Ks AH!! H/cR[U[5(a&[R"5nUR U5nUR 5(aOUc[ R"5nOUnURSS9nUHnUR[U55 M U$[XS9$)aq The main processing routine for RomanText objects that may or may not be multi movement. Takes in a romanText.rtObjects.RTFile() object, or a string as rtHandler. Runs `romanTextToStreamScore()` as its main work. If inputM21 is None then it will create a Score or Opus object. Return either a Score object, or, if a multi-movement work is defined, an Opus object. T)duplicateHeader)rI) rir8rrErFdefinesMovementsrOpussplitByMovementr^rN)rHrIrJrLhandlerBundlesr\s r!romanTextToStreamOpusrs)S!! KK * !!##   AA"2242HA HH+A. / %iCCr c6\rSrSrSrSrSrSrSrSr Sr g ) TestSlowiz7 These tests are currently too slow to run every time. cSSKJn URHDn[R"5nUR U5n[ U5nUR5 MF gNr testFiles)music21.romanTextrALLrrErFrNshowr.rtfrJrthrLs r! testExternalATestSlow.testExternalAsA/--B""$C++b/C&s+A FFH  r cSSKJn URHDn[R"5nUR U5n[ U5nUR5 MF [UR5nURURRS5 URURRS5 [UR5nURURRS5 URURRS5 [UR5nURURRS5 g)NrrzHeinrich Schutzz4Warum toben die Heiden, Psalmen Davids no. 2, SWV 23z J. S. 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