rhSrSSKJr SSKJrJr SSKrSSKrSSKr SSKJ r SSK r SSK J r SSK Jr SSK Jr SS K Jr SS K Jr SS K Jr SS K Jr SS KJrJr SSKJr \ R2(a SSKJr SSKJr \R<"S5r\ \ \RB\RB4\ \RB\RB44r""SS\RF5r$"SS\RJ5r&"SS\RJ\\&5r'"SS\ RP5r)\&\'4r*\+S:XaSSK r \ RX"\)5 gg)zU Object for dealing with vertical simultaneities in a fast way w/o Chord's overhead. ) annotations)IterableSequenceN)overload)chord)common) environment) exceptions21)note)prebase)tie)OffsetQL OffsetQLIn)spans) OffsetTreeVoiceLeadingQuartetztree.verticalityc\rSrSrSrg)VerticalityException1N__name__ __module__ __qualname____firstlineno____static_attributes__rR/home/james-whalen/.local/lib/python3.13/site-packages/music21/tree/verticality.pyrr1rrc\rSrSr%SrSrSSSSSS S.rS \S 'S'S(S jjrSr \ S5r \ S5r Sr \ S5r\ S)Sj5r\ S5r\ S5r\ S5r\ S5r\ S5r\ S*Sj5rS+SSSSSSS.S,Sjjjr\SSSS S.S-S jj5r\SSSSS S!.S.S"jj5rSSSSS S!.S/S#jjrSSS$.S0S%jjrS&rg )1 Verticality5aQ A collection of information about elements that are sounding at a given offset or just finished at that offset or are continuing from before, etc.. Create a timespan-stream from a score: >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) Find the verticality at offset 6.5, or beat 2.5 of measure 2 (there's a one beat pickup) >>> verticality = scoreTree.getVerticalityAt(6.5) >>> verticality The representation of a verticality gives the pitches from lowest to highest (in sounding notes). A verticality knows its offset, but because elements might end at different times, it doesn't know its endTime >>> verticality.offset 6.5 >>> verticality.endTime Traceback (most recent call last): AttributeError: 'Verticality' object has no attribute 'endTime' However, we can find when the next verticality starts by looking at the nextVerticality >>> nv = verticality.nextVerticality >>> nv >>> nv.offset 7.0 Or more simply: >>> verticality.nextStartOffset 7.0 (There is also a previousVerticality, but not a previousStartOffset) What we just demonstrated is actually very powerful: a Verticality keeps a record of exactly where it is in the timespanTree -- scores can be recreated with this information. Getting back to the task at hand, we can find all the PitchedTimespans (and from there the elements) that start at exactly 6.5. There's one, it's a passing tone D in the tenor. It lasts from offset 6.5 to offset 7.0, with respect to the beginning of the score, not to the beginning of the measure. That is to say, it's an eighth note. >>> verticality.startTimespans (>,) And we can get all the PitchedTimespans that were already sounding at the moment (that is to say, the non-passing tones): >>> verticality.overlapTimespans (>, >, >) And we can get all the things that stop right at this moment. It's the E in the tenor preceding the passing tone D: >>> verticality.stopTimespans (>,) ) offsetTree timespanTreeoverlapTimespansstartTimespansoffset stopTimespanszB Returns the tree initially set else None z\ Returns the tree initially set if it was a TimespanTree, else None a% Gets timespans overlapping the start offset of a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(0.5) >>> verticality >>> verticality.overlapTimespans (>,) a% Gets the timespans starting at a verticality's start offset. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality >>> for timespan in verticality.startTimespans: ... timespan ... > > > > a Gets the start offset of a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality >>> verticality.offset 1.0 a Gets the timespans stopping at a verticality's start offset. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality Note that none of the elements in the stopTimespans are listed in the repr for the Verticality >>> for timespan in verticality.stopTimespans: ... timespan ... > > > > zdict[str, str] _DOC_ATTRNc^SSKJn XPlSUl[ XV5(aXPlXl[ U[ 5(d[SU<35e[ U[ 5(d[SU<35e[ U[ 5(d[SU<35eX0lX@l X l g)Nr) TimespanTreez8startTimespans must be a tuple of ElementTimespans, not z7stopTimespans must be a tuple of ElementTimespans, not z:overlapTimespans must be a tuple of ElementTimespans, not ) music21.tree.timespanTreer,r$r% isinstancer(tuplerr'r)r&)selfr(r&r'r)r%r,s r__init__Verticality.__init__s ;-915 l 1 1 ,  & .%00&J>J\]_ _-//&I-IZ[] ]*E22&LM]L`ac cBP@MCSrc[UR5nSSRSU55-S-nURSU3$)N{ c38# UHoRv M g7fN)nameWithOctave.0xs r ,Verticality._reprInternal..s&OA'7'7s})sortedpitchSetjoinr()r0 sortedPitches enclosedNamess r _reprInternalVerticality._reprInternalsDt}}- chh&O&OOORUU ++a //rcSnSnURHKn[US5(dMURnU(dM+[U5SnUcUnUnXQ::dMGUnUnMM U$)a Gets the bass timespan in this verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality >>> verticality.bassTimespan > Npitchesr)startAndOverlapTimespanshasattrrGr?)r0overallLowestPitchlowestTimespants tsPitches lowestPitchs r bassTimespanVerticality.bassTimespansw"//B2y)) I +A.K!)%0"!#0%0"!#0 rcnURSnURR$![a gf=f)a1 Gets the beat strength of a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality.beatStrength 1.0 Note that it will return None if there are no startTimespans at this point: >>> verticality = scoreTree.getVerticalityAt(1.25) >>> verticality >>> verticality.startTimespans () >>> verticality.beatStrength is None True rN)r' IndexErrorelement beatStrength)r0 thisTimespans rrTVerticality.beatStrength"s?. ..q1L##000  s ' 44cX[R"[UR55nU$)a Creates a chord.Chord object of default length (1.0 or the duration of some note object) from the verticality. Does nothing about ties, etc. -- it's a very dumb chord, but useful for querying consonance, etc. See makeElement() for the smart version. It may be a zero- or one-pitch chord. >>> score = corpus.parse('bwv66.6') >>> scoreTree = score.asTimespans() >>> verticality = scoreTree.getVerticalityAt(4.0) >>> verticality.toChord() )rChordr?r@)r0cs rtoChordVerticality.toChord?s KKt}}- .rc4URSR$)a, Gets the measure number of the verticality's starting elements. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(7.0) >>> verticality.measureNumber 2 r)r' measureNumberr0s rr]Verticality.measureNumberRs""1%333rc\URnUcgURUR5nU$)an Gets the next start-offset in the verticality's offset-tree. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> verticality.nextStartOffset 2.0 If a verticality has no tree attached, then it will return None N)r$getPositionAfterr(r0treer(s rnextStartOffsetVerticality.nextStartOffset`s. <&&t{{3 rcURnUcgURUR5nUcgURU5$)a Gets the next verticality after a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> print(verticality) >>> nextVerticality = verticality.nextVerticality >>> print(nextVerticality) Verticality objects created by an offset-tree hold a reference back to that offset-tree. This means that they determine their next or previous verticality dynamically based on the state of the offset-tree only when asked. Because of this, it is safe to mutate the offset-tree by inserting or removing timespans while iterating over it. >>> scoreTree.removeTimespanList(nextVerticality.startTimespans) >>> verticality.nextVerticality N)r$rar(getVerticalityAtrbs rnextVerticalityVerticality.nextVerticalitytsB4 <&&t{{3 >$$V,,rc [5n[5nURH^n[US5(dMURH8nURnXQ;aMUR U5 UR U5 M: M` U$)a Gets the pitch set of all elements in a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> for pitch in sorted(verticality.pitchSet): ... pitch ... rG)setrHrIrGr8add)r0 pitchNameSetr@timespanppNames rr@Verticality.pitchSetsv"u 555H8Y//%%(((  ' Q &6rc[5n[5nURH8nURnXB;aMURU5 URU5 M: U$)a Gets a set of all pitches in a verticality with distinct pitchClasses >>> n1 = note.Note('C4') >>> n2 = note.Note('B#5') >>> s = stream.Stream() >>> s.insert(4.0, n1) >>> s.insert(4.0, n2) >>> scoreTree = s.asTimespans() >>> verticality = scoreTree.getVerticalityAt(4.0) >>> pitchSet = verticality.pitchSet >>> list(sorted(pitchSet)) [, ] PitchClassSet will return only one pitch. Which of these is returned is arbitrary. >>> pitchClassSet = verticality.pitchClassSet >>> #_DOCS_SHOW list(sorted(pitchClassSet)) >>> print('[]') #_DOCS_HIDE [] )rkr@ pitchClassrl)r0 outPitchSet pitchClassSet currentPitchrss rruVerticality.pitchClassSetsV2e   MML%00J*   j ) OOL ) *rcURnUcgURUR5nUcgURU5$)a  Gets the previous verticality before a verticality. >>> score = corpus.parse('bwv66.6') >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(1.0) >>> print(verticality) >>> previousVerticality = verticality.previousVerticality >>> print(previousVerticality) Continue it: >>> v = scoreTree.getVerticalityAt(1.0) >>> while v is not None: ... print(v) ... v = v.previousVerticality Verticality objects created by an offset-tree hold a reference back to that offset-tree. This means that they determine their next or previous verticality dynamically based on the state of the offset-tree only when asked. Because of this, it is safe to mutate the offset-tree by inserting or removing timespans while iterating over it. >>> scoreTree.removeTimespanList(previousVerticality.startTimespans) >>> verticality.previousVerticality N)r$getPositionBeforer(rgrbs rpreviousVerticalityVerticality.previousVerticalitysCH <'' 4 >$$V,,rcURc[UR5$[URSSURSS-5$)a Return a tuple adding the start and overlap timespans into one. >>> n1 = note.Note('C4') >>> n2 = note.Note('D4') >>> s = stream.Stream() >>> s.insert(4.0, n1) >>> s.insert(4.5, n2) >>> scoreTree = s.asTimespans() >>> verticality = scoreTree.getVerticalityAt(4.5) >>> verticality.startTimespans (>,) >>> verticality.overlapTimespans (>,) >>> verticality.startAndOverlapTimespans (>, >) >>> verticality = scoreTree.getVerticalityAt(4.0) >>> verticality.startAndOverlapTimespans (>,) N)r&r/r'r^s rrH$Verticality.startAndOverlapTimespanssG4  (,,- -T((+d.C.CA.FFGGrcURnUc$URcgURRn[R"XR - 5$)z Returns a float or Fraction of the quarterLength to the next event (usually the next Verticality, but also to the end of the piece). Returns None if there is no next event, such as when the verticality is divorced from its tree. N)rdr%endTimeropFracr()r0 nextOffsets rtimeToNextEventVerticality.timeToNextEvent'sK))    (**22J}}Z++566rTFsingle)addTiesaddPartIdAsGroupremoveRedundantPitchesgatherArticulationsgatherExpressions copyPitchesc ^^^^^^^^^^^^TcTRnUcSmOUmO[R"T5mTR(d([R "5n TU R lU $[R"5n TU R lU R m[5m0mSS1mSmSUUUUUU4SjjmSUUUUUUUU4Sjjn TRGHn [U [R5(dM%U Rn [U [R 5(GaSnU H&n[U[R"5(dM$Un O UcMU R$(dU R&(anUR(n[*R,"U5nU=R$U R$- slU=R&U R&- slT(dUUlU "X5 [/U 5S:aA[1U 5SSH,n[U[R"5(dM$U "X5 M. GMlGMo[U [R"5(dGMU "X5 GM [5n[5n[3TR55S S 9GHnU R7U5 U(aUR$HnUR8S :Xa)UR:bUR:R<S:waM<UR8S :Xa)UR:bUR:R<S:waMuUS :Xa[=U5U;aMU R$R?U5 UR7[=U55 M U(dMUR&HnUR8S :Xa)UR:bUR:R<S:waM<UR8S :Xa)UR:bUR:R<S:waMuUS :Xa[=U5U;aMU R&R?U5 UR7[=U55 M GM U $)ah Makes a Chord or Rest from this verticality and quarterLength. >>> score = tree.makeExampleScore() >>> scoreTree = tree.fromStream.asTimespans(score, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality = scoreTree.getVerticalityAt(4.0) >>> verticality >>> verticality.startTimespans (>, >) >>> el = verticality.makeElement(2.0) >>> el >>> el.duration.quarterLength 2.0 >>> el.duration.type 'half' If there is nothing there, then a Rest is created >>> verticality = scoreTree.getVerticalityAt(400.0) >>> verticality >>> el = verticality.makeElement(1/3) >>> el >>> el.duration.fullName 'Eighth Triplet (1/3 QL)' >>> n1 = note.Note('C4') >>> n2 = note.Note('C4') >>> s = stream.Score() >>> s.insert(0, n1) >>> s.insert(0.5, n2) >>> scoreTree = s.asTimespans() >>> verticality = scoreTree.getVerticalityAt(0.5) >>> c = verticality.makeElement(0.5) >>> c >>> c = verticality.makeElement(0.5, removeRedundantPitches=False) >>> c Generally the pitches of the new element are not connected to the original pitch: >>> c[0].pitch.name = 'E' >>> c[1].pitch.name = 'F' >>> (n1.name, n2.name) ('C', 'C') But if `copyPitches` is False then the original pitch will be used: >>> n1.name = 'D' >>> n2.name = 'E' >>> c = verticality.makeElement(0.5, removeRedundantPitches=False, copyPitches=False) >>> c >>> c[0].pitch.name = 'F' >>> c[1].pitch.name = 'G' >>> (n1.name, n2.name) ('F', 'G') gatherArticulations and gatherExpressions can be True, False, or (default) 'single'. * If False, no articulations (or expressions) are transferred to the chord. * If True, all articulations are transferred to the chord. * If 'single', then no more than one articulation of each class (chosen from the lowest note) will be added. This way, the chord does not get 4 fermatas, etc. >>> n1 = note.Note('C4') >>> n2 = note.Note('D4') >>> s = stream.Stream() >>> s.insert(0, n1) >>> s.insert(0.5, n2) >>> class AllAttachArticulation(articulations.Articulation): ... def __init__(self): ... super().__init__() ... self.tieAttach = 'all' >>> class OtherAllAttachArticulation(articulations.Articulation): ... def __init__(self): ... super().__init__() ... self.tieAttach = 'all' >>> n1.articulations.append(articulations.Accent()) >>> n1.articulations.append(AllAttachArticulation()) >>> n1.expressions.append(expressions.Fermata()) >>> n2.articulations.append(articulations.Staccato()) >>> n2.articulations.append(AllAttachArticulation()) >>> n2.articulations.append(OtherAllAttachArticulation()) >>> n2.expressions.append(expressions.Fermata()) >>> scoreTree = s.asTimespans() >>> verticality = scoreTree.getVerticalityAt(0.0) >>> c = verticality.makeElement(1.0) >>> c.expressions [] >>> c.articulations [, <...AllAttachArticulation>] >>> verticality = scoreTree.getVerticalityAt(0.5) Here there will be no expressions, because there is no note ending at 0.75 and Fermatas attach to the last note: >>> c = verticality.makeElement(0.25) >>> c.expressions [] >>> c = verticality.makeElement(0.5) >>> c.expressions [] Only two articulations, since accent attaches to beginning and staccato attaches to last and we are beginning after the start of the first note (with an accent) and cutting right through the second note (with a staccato) >>> c.articulations [<...AllAttachArticulation>, <...OtherAllAttachArticulation>] >>> c = verticality.makeElement(0.5, gatherArticulations=True) >>> c.articulations [<...AllAttachArticulation>, <...AllAttachArticulation>, <...OtherAllAttachArticulation>] >>> c = verticality.makeElement(0.5, gatherArticulations=False) >>> c.articulations [] >>> verticality = scoreTree.getVerticalityAt(1.0) >>> c = verticality.makeElement(0.5) >>> c.expressions [] >>> c.articulations [, <...AllAttachArticulation>, <...OtherAllAttachArticulation>] * New in v6.3: copyPitches option OMIT_FROM_DOCS Test that copyPitches works with expressions: >>> c = verticality.makeElement(0.5, copyPitches=False) >>> c >>> c.pitches[0].accidental = pitch.Accidental('sharp') >>> n2 * Changed in v7.3: if quarterLength is not given, the duration to the next quarterLength is used. Ng?startstoprc>[R"U5nTUlT(dURUlURS:waSUlT(dU$[ R "T RUR- 5n[R(aT ce[ R "URT RT -- 5n[R(aUceUS:Xa US::aSnO)US:a US:aSnOSnOUS:aSnO[SX4UT 5eURb/URRU1T :XaSURl U$URb-URRS:XaSURlU$Uc URbSURlU$U(a[R"U5Ul U$) z1 Make a copy of the note and clear some settings noStem unspecifiedNrcontinuerrzWhat possibility was missed?)copydeepcopydurationpitch stemDirectionrrr(t TYPE_CHECKINGrrr type placementTie) rLnnNewoffsetDifferenceendTimeDifferenceaddTierrdur quarterLengthr0 startStopSets rnewNote(Verticality.makeElement..newNote s==#DDMWW !!X-%2" %}}T[[299-DE $000 & bjjDKK-SSKJn URnURnSnT (aUR UR 5nUbg[ UR5nURSS5nURRRU5 URRU5 UT;aTRU5 T "X5TU'gT(dT "X5TU[ T5-'TS- mgT (aIUbFTURRU5 TURRRU5 T (dgTURnUbURS:XagT "X5n TURU l U RcgUcU TU'gURU RR1T:XaTURn U bSU l ggU RRS:XaU TU'gU RRUR:Xag[SU RU5e) z Add an element only if it is not already in the chord. If it has more tie information than the previously added note, then remove the previously added note and add it r)streamNr5_rzDid I miss one? )music21rrr8getContextByClassPartstridreplacegroupsappendrlr rr)rLrrropitchKey pitchGroup partContextpidStr oldNoteTiepossibleNewNoteother_trrr notesToAdd pitchBustr seenPitchesrs rconditionalAdd/Verticality.makeElement..conditionalAdd<s 'A''HJ11&++> * 0F!'S!9JGGNN))*5HHOOJ/{*)'.r~ 8$+8? 8c)n45Q !j&<8$++22:>8$**1188D$H-11J%*//Z*G%bnO%/%9%@%@O """*!'6 8$//?#6#6#;#;< L$X.22&#-GL' $$))Z7'6 8$ $$))Z__<*+=?R?RT^__rrc.URR$r7)rps)r;s r)Verticality.makeElement..s 177::r)keyfirstlastr)rLspans.PitchedTimespanr note.Notereturnr)rLrrrrNone) rrrr@r RestrrrrXrkrHr.rPitchedTimespanrS ChordBaseNote articulations expressionsrrrlenlistr?valuesrl tieAttachr rr)r0rrrrrrrevent_durationrrYrtimeSpanelfirstNoteElementsubEl originalPitchseenArticulationsseenExpressionsrartexprrrrrrs````` ` @@@@@@r makeElementVerticality.makeElement9sgl  !11N% # . "MM-8M}} A'4AJJ $H KKM#0  jje  (  / / d; `; `z55Hh(=(=>>!!B"eoo..59 E!%33+0( $+##r~~%5$:$:M'+}}5E'F$$22b6F6FF2$00BNNB0&1>(.x:r7Q;!%b!"%eTYY77*8;".B **x,=6@ E% ))+1EFA EE!H"??C}}/AEE4E!%%**X_J_ }}.1553DW]I] *h649HY;Y OO**3/%))$s)4+! ==C}}/AEE4E!%%**X_J_ }}.1553DW]I] (H4co9U MM((-#''S 2)G2r) includeRestsincludeObliqueincludeNoMotionpartPairNumberscgr7rr0rrr returnObjectsrs rgetAllVoiceLeadingQuartets&Verticality.getAllVoiceLeadingQuartets r)rrrrrcgr7rrs rrrrrcUR(d [S5eSSKJn UR UUS9n[ R "US5n/n /n URRRn UGHn [U SSS5(dMUSLaNU SSRU SSR:Xa(U SSRU SSR:XaMpUbjSn UHYnU SSRnU SSRnXSU:Xd XSU:XdM?XSU:Xd XSU:XdMWS n O U (dMUSLaU RU 5 MU SSRnU SSRnU SSRnU SSRn[U[R 5(dGM_[U[R 5(dGM[U[R 5(dGM[U[R 5(dGMU"UUUU5nU RU5 GM U(aU $U $) a^ >>> c = corpus.parse('luca/gloria').measures(1, 8) >>> tsCol = tree.fromStream.asTimespans(c, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality22 = tsCol.getVerticalityAt(22.0) >>> from pprint import pprint as pp >>> for vlq in verticality22.getAllVoiceLeadingQuartets(): ... pp(vlq) >>> for vlq in verticality22.getAllVoiceLeadingQuartets(includeRests=False): ... pp(vlq) >>> for vlq in verticality22.getAllVoiceLeadingQuartets(includeOblique=False): ... pp(vlq) >>> verticality22.getAllVoiceLeadingQuartets(includeOblique=False, includeRests=False) [] Raw output, returns a 2-element tuple of 2-element tuples of PitchedTimespans >>> for vlqRaw in verticality22.getAllVoiceLeadingQuartets(returnObjects=False): ... pp(vlqRaw) ((>, >), (>, >)) ((>, >), (>, >)) ((>, >), (>, >)) >>> for vlq in verticality22.getAllVoiceLeadingQuartets(partPairNumbers=[(0, 1)]): ... pp(vlq) >>> for vlq in verticality22.getAllVoiceLeadingQuartets(partPairNumbers=[(0, 2), (1, 2)]): ... pp(vlq) * Changed in v8: all parameters are keyword only. z,Cannot iterate without .timespanTree definedrrrrrGFrT)r%rmusic21.voiceLeadingrgetPairedMotion itertools combinationssourcepartsrIrGpartrrSr.r r)r0rrrrrrpairedMotionListallPairedMotion filteredListfilteredQuartetverticalityStreamParts pairedMotion isAppropriateppthisQuartetTopPartthisQuartetBottomPartn11n12n21n22vlqs rrrs\J  &'UV V<  %) !   $001A1E57 57!%!2!2!9!9!?!?,L<?1-y99%' OA&..,q/!2D2L2LL(OA.66,q/!:L:T:TT* % )B)5a);)@)@&,8OA,>,C,C)/16:LL5e<@UU3qE:>PP5e<@UU(, *%%##L1"1oa(00"1oa(00"1oa(00"1oa(00sDII..&sDII66&sDII66&sDII66-c3SAC#**3/K,N " "rrcRUR(d/$URnURnURn/nUHn[ U[ R 5(dM$URRU5nUb[ U[ R 5(dMcUSLaX;aMoUSLaURUR:XaMX4n URU 5 M USLa>UH8n [ U [ R 5(dM$X4n URU 5 M: U$)a Get a list of two-element tuples that are in the same part [TODO: or containing stream??] and which move at this verticality. >>> c = corpus.parse('luca/gloria').measures(1, 8) >>> tsCol = tree.fromStream.asTimespans(c, flatten=True, ... classList=(note.Note, chord.Chord)) >>> verticality22 = tsCol.getVerticalityAt(22.0) >>> for pm in verticality22.getPairedMotion(): ... print(pm) (>, >) (>, >) (>, >) Note that the second pair contains a one-beat rest at 21.0-22.0; so `includeRests=False` will get rid of that: >>> for pm in verticality22.getPairedMotion(includeRests=False): ... print(pm) (>, >) (>, >) Oblique here means a pair that does not move (it could be called noMotion, because there's no motion here in a two-note pair, but we still call it includeOblique so it's consistent with getAllVoiceLeadingQuartets). >>> for pm in verticality22.getPairedMotion(includeOblique=False): ... print(pm) (>, >) (>, >) >>> for pm in verticality22.getPairedMotion(includeOblique=False, includeRests=False): ... print(pm) (>, >) Changed in v9.3 -- arguments are keyword only FT) r%r)r'r&r.rr.findPreviousPitchedTimespanInSameStreamByClassrGr) r0rrstopTssstartTss overlapTssallPairedMotions startingTs previousTstsTuple overlapTss rrVerticality.getPairedMotionQsn  I$$&&** VX"Jj%*?*?@@**YYJ!J@U@U)V)Vu$,&:+=+=ASAS+S!.G  # #G ,# T !' !)U-B-BCC$0 ''0 (  r)r(r$r&r'r)r%)grrrN)r(rr&!tuple[spans.ElementTimespan, ...]r'rr)r)rz float | None)rzOffsetQL | Noner7)rzOffsetQLIn | Nonerznote.Rest | chord.Chord)rzt.Literal[False]rlist[tuple[int, int]] | Nonerzlist[PitchedTimespanQuartet])rzt.Literal[True]rrrzlist[VoiceLeadingQuartet])rboolrrrz8list[VoiceLeadingQuartet] | list[PitchedTimespanQuartet])rrrrrz9list[tuple[spans.PitchedTimespan, spans.PitchedTimespan]])rrrr__doc__ __slots__r*__annotations__r1rDpropertyrOrTrZr]rdrhr@rurzrHrrrrrrrrrr"r"5sK^I " aE!I~EV>@<>;= TT<T: T 9 T@0!!F118& 4 4&--B@""H)-)-VHH< 7 7&*.|#$"|&| |~ 8<  (  6   &    )-8<  '  6   #    "8<  6 BH"# V V  V C V V rr"c:\rSrSrSrS SjrSrSrSrSr Sr g ) VerticalitySequenceiz A segment of verticalities. c$[U5Ulgr7)r/_verticalities)r0 verticalitiess rr1VerticalitySequence.__init__s#M2rc URU$r7r)r0items r __getitem__VerticalitySequence.__getitem__s""4((rc,[UR5$r7)rrr^s r__len__VerticalitySequence.__len__s4&&''rcBSRSU55nSUS3nU$)Nz, c3N# UHnSUR5-S-v M g7f)()N)rDr9s rr<4VerticalitySequence._reprInternal..s!#P4aC!//*;$;c$A4s#%z[ z ])rA)r0 internalReprouts rrD!VerticalitySequence._reprInternals)||#P4#PP l^5) rcTSSKJn 0nUSRH>nURU;a/X#R'X#RR U5 M@ USR H>nURU;a/X#R'X#RR U5 M@ USSHQnUR H>nURU;a/X#R'X#RR U5 M@ MS UR 5HupVU"US9nXrU'M U$)Nr) Horizontalityr) timespans)music21.tree.analysisr-r&rrr'items)r0r- unwrappedrn verticalityrr. horizontalitys runwrapVerticalitySequence.unwraps 7 Q00H}}I-+- --( mm $ + +H 51Q..H}}I-+- --( mm $ + +H 5/ 8K'66== 1/1Imm,--(//97$ )0OD)I>M+dO 1rrN)rzIterable[Verticality]) rrrrrr1rr"rDr4rrrrrrs  3 )(rrc\rSrSrSrg)TestirNrrrrr7r7r rr7__main__)-r __future__rcollections.abcrrrrtypingrrunittestrrrr r r r r music21.common.typesrr music21.treerrmusic21.tree.treesrrr Environment environLocalr/rPitchedTimespanQuartet TreeExceptionrProtoM21Objectr"rTestCaser7 _DOC_ORDERrmainTestrrrrHs#.  6??-8&&'9:  %  !6!6 67 %  !6!6 679  <55 r '((r p#.'00(;2G.f 8   . /  z Tr