Uses of Class
eu.bandm.music.entities.FunctionalPitchModOctave
Packages that use FunctionalPitchModOctave
Package
Description
Allows to play "Die Kunst der Fuge" on any JRE, with arrangement
defined interactively by the user.
Prototypical realization of the »TabStaff+« design for
notating Tactile User Interfaces (TUIs) like the »Ableton Push«,
as presented by L.Wilde and C.White on Tenor2024 in Zürich.
Demonstration software for Transposition Invariant Tunings .
All fundamental entities for modeling music.
Top-level data structures, modelling different score formats, combining the
entities defined in lower level packages.
-
Uses of FunctionalPitchModOctave in eu.bandm.music.applications.myKdF
Fields in eu.bandm.music.applications.myKdF with type parameters of type FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) final Multimap<Event, PitchAndOctave<OctaveRegister, FunctionalPitchModOctave>> Statistics.Analyzer.ornamentExpansionFor clustering mode: maps events to all pitches of its ornamente's expansion.Methods in eu.bandm.music.applications.myKdF that return types with arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescription(package private) @Opt PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> Statistics.Analyzer.getPitch(Event ev, WhiteKeyModOctave wk) Get the pitch for the event and the given GPC, either directly or from the expanded ornament.Constructor parameters in eu.bandm.music.applications.myKdF with type arguments of type FunctionalPitchModOctaveModifierConstructorDescription(package private)Analyzer(Score_cwn score, int movement, int capacity, Multimap<Event, PitchAndOctave<OctaveRegister, FunctionalPitchModOctave>> ornamentExpansion) -
Uses of FunctionalPitchModOctave in eu.bandm.music.applications.tabstaff
Fields in eu.bandm.music.applications.tabstaff with type parameters of type FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> PitchKeyGrid.basePitchstatic final PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> Tabstaff.DEFAULT_BASEPITCH(package private) Map<Event, PitchAndOctave<OctaveRegister, FunctionalPitchModOctave>> Tabstaff.event2basePitchStorage for events in the configuration voice.(package private) final Post<FunctionalPitchModOctave> PitchKeyGrid.postPc(package private) PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> ChartGraphics2.runningBasePitchMethods in eu.bandm.music.applications.tabstaff that return types with arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescription(package private) PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> PitchKeyGrid.getPitch()Method parameters in eu.bandm.music.applications.tabstaff with type arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionPitchKeyGrid.setMidiBase(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> pitch) -
Uses of FunctionalPitchModOctave in eu.bandm.music.applications.tiTuning
Fields in eu.bandm.music.applications.tiTuning with type parameters of type FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) final Map<String, FunctionalPitchModOctave> TITuning.piece2rootMethods in eu.bandm.music.applications.tiTuning with parameters of type FunctionalPitchModOctaveModifier and TypeMethodDescription(package private) voidTITuning.loadTuner(TwelveToneFunctionalRepresentation interpretation, FunctionalPitchModOctave transpositionBase) Load the tuner with the matrix which represents the interpreations of the MIDI keys (mod octave) "c", "c#", .. -
Uses of FunctionalPitchModOctave in eu.bandm.music.comp
Methods in eu.bandm.music.comp that return types with arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionFields.asPitches(Fields.Item item, TwelveToneFunctionalRepresentation repr) Convert one field into a sequence of pitches.FieldsFromIntervals.asPitches(FieldsFromIntervals.Item item, TwelveToneFunctionalRepresentation repr) Convert one field into a sequence of pitches. -
Uses of FunctionalPitchModOctave in eu.bandm.music.entities
Fields in eu.bandm.music.entities declared as FunctionalPitchModOctaveModifier and TypeFieldDescriptionprotected FunctionalPitchModOctaveFunctionalKey.baseThe root or base tone of this key.static final FunctionalPitchModOctaveFunctionalPitchModOctave.cstatic final FunctionalPitchModOctaveEuler2.class_cprotected final FunctionalPitchModOctave[]TwelveToneFunctionalRepresentation.pitchesThe ways of writing for the pitch classes of the chromatic scale ascending from "c".Fields in eu.bandm.music.entities with type parameters of type FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) static Map<WhiteKeyModOctave, List<FunctionalPitchModOctave>> FunctionalPitchModOctave.byWhiteKeysHolds all functional pitches by the white key they are derived fromstatic final EntityCatalog<FunctionalPitchModOctave> FunctionalPitchModOctave.catalogCatalog for all named functional pitches.Methods in eu.bandm.music.entities that return FunctionalPitchModOctaveModifier and TypeMethodDescriptionFunctionalKey.get_base()Return the base pitch of the key.Euler2.pitchClassRepresentation()Return a pitch class, when Euler2(0,0) is assigned to the pitch class "c"TwelveToneFunctionalRepresentation.represent(int i) Return the representing pitch class for the i-th tone of the chromatic scale ascending from "c".TwelveToneFunctionalRepresentation.rewrite(FunctionalPitchModOctave v) Revrite a functional pitch class enharmonically, to fall into this representation list.FunctionalInterval.transpose_down(FunctionalPitchModOctave pitch) Transpose a functional pitch class down (modulo octave) by the functional interval.Euler2.transpose_up(FunctionalPitchModOctave pitch) Interpret the coordinates as functional intervals (fifth and major third) and apply them to the given pitch.FunctionalInterval.transpose_up(FunctionalPitchModOctave pitch) Transpose a functional pitch class up (modulo octave) by the functional interval.static FunctionalPitchModOctaveFunctionalPitchModOctave.valueOf(int wk, int alt) Deliver the functional pitch class derived from the given white key mod octave and the given chromatic shift by accidental.static FunctionalPitchModOctaveFunctionalPitchModOctave.valueOf(WhiteKeyModOctave wk, int alt) Deliver the functional pitch class derived from the given white key mod octave and the given chromatic shift by accidental.static FunctionalPitchModOctaveFunctionalPitchModOctave.valueOf(WhiteKeyModOctave wk, Accidental alt) Deliver the functional pitch class derived from the given white key mod octave and the given chromatic shift by accidental.Methods in eu.bandm.music.entities that return types with arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionprotected static Translet.Parser<FunctionalPitchModOctave> FunctionalPitchModOctave._x_upperInitialParser(String lang, boolean upper) Deliver a parser with lower or upper initial characters, in the given language only.FunctionalPitchModOctave.lowerInitialParser(String lang) Deliver a parser with lower initial characters, in the given language.TwelveToneFunctionalRepresentation.rewrite(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> v) Revrite a functional pitch enharmonically, to fall into this representation list.FunctionalPitchModOctave.upperInitialParser(String lang) Deliver a parser with upper initial characters, in the given language.Methods in eu.bandm.music.entities with parameters of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionintFunctionalPitchModOctave.compareTo(FunctionalPitchModOctave other) Technically required, to make "TreeMaps" etc.protected voidTwelveToneFunctionalRepresentation.init(FunctionalPitchModOctave[] pitches) Check validity of argument and stores it.SpelledPitchClassEulerInterpretation.interpret(FunctionalPitchModOctave whichPitch, FunctionalPitchModOctave tonalCenter) FunctionalPitchModOctave.minus(FunctionalPitchModOctave other) The interval we have to transpose upward some pitch of the given parameter pitch class to get to the nearest pitch of this pitch class.TwelveToneFunctionalRepresentation.rewrite(FunctionalPitchModOctave v) Revrite a functional pitch class enharmonically, to fall into this representation list.FunctionalInterval.transpose_down(FunctionalPitchModOctave pitch) Transpose a functional pitch class down (modulo octave) by the functional interval.Euler2.transpose_up(FunctionalPitchModOctave pitch) Interpret the coordinates as functional intervals (fifth and major third) and apply them to the given pitch.FunctionalInterval.transpose_up(FunctionalPitchModOctave pitch) Transpose a functional pitch class up (modulo octave) by the functional interval.static FunctionalKeyFunctionalKey.valueOf(FunctionalPitchModOctave base, FunctionalGender gender) Method parameters in eu.bandm.music.entities with type arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionstatic intKeyboard.keyNumber(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> po) Deliver an index into the keyboard for the given FunctionalPitch.TwelveToneFunctionalRepresentation.rewrite(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> v) Revrite a functional pitch enharmonically, to fall into this representation list.FunctionalInterval.transpose_down(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> pitch) Transpose a functional pitch downward by the functional interval.FunctionalInterval.transpose_up(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> pitch) Transpose a functional pitch upward by the functional interval.Constructors in eu.bandm.music.entities with parameters of type FunctionalPitchModOctaveModifierConstructorDescriptionFunctionalPitch(OctaveRegister octave, FunctionalPitchModOctave classModOctave) Fundamental constructor.Only constructor.Constructor parameters in eu.bandm.music.entities with type arguments of type FunctionalPitchModOctaveModifierConstructorDescriptionprotectedFunctionalPitchModOctave(WhiteKeyModOctave wk, int alt, EntityCatalog<FunctionalPitchModOctave> catalog, String lang, String name) Auxilliary constructor, accidental shift given directly by integer value (normally in the range -2..+2).protectedFunctionalPitchModOctave(WhiteKeyModOctave wk, Accidental alt, EntityCatalog<FunctionalPitchModOctave> catalog, @Opt String lang, @Opt String name) Full constructor, setting all Parameters. -
Uses of FunctionalPitchModOctave in eu.bandm.music.top
Fields in eu.bandm.music.top declared as FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) static final FunctionalPitchModOctaveMlWorat.FP_hisConstant holding the functional pitch English "b-sharp", German "his".Fields in eu.bandm.music.top with type parameters of type FunctionalPitchModOctaveModifier and TypeFieldDescription(package private) final List<FunctionalPitchModOctave> MlWorat.allPitchClasses_sortedAll pitch classes (in their original functional enharmonic spelling) which appear somewhere in the source, sorted in ascending order, starting with a particular pitch class (here: "d").Score_cwn.event2pitchMaps voice events to one nominal pitch.(package private) final Multimap<Event, FunctionalPitchModOctave> MlWorat.pitchClassesMaps all events of a new synthetic voice "~~syntheticSum" to all pitch classes appearing at this time point in any of the input voices (except the tonal key voice).(package private) final Multimap<Event, Tuple2<FunctionalPitchModOctave, OctaveRegister>> MlWorat.pitchesPitch classes as recognized by the parserMlWorat.parse_pitch.protected Map<Integer, Set<FunctionalPitchModOctave>> MlWorat.satz2alleThMap of the movement number to all pitch classes found for this movement.Methods in eu.bandm.music.top that return FunctionalPitchModOctaveModifier and TypeMethodDescriptionprotected FunctionalPitchModOctaveCwn_to_lilypond.transpose(@Opt Vox v, FunctionalPitchModOctave p) Deliver the pitch transposed UP by the interval which is assigned to the voice inCwn_to_lilypond.transpositions, if any.Methods in eu.bandm.music.top that return types with arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionstatic Comparator<FunctionalPitchModOctave> MlWorat.chromaticScaleComparator(FunctionalPitchModOctave basis) Delivers a comparator to sort functional pitch classes in ascending order.ExpandOrnaments_simple.expandOrnamentsToPitches(Score_cwn score, Vox v, SimpleMessage.Sender<XMLDocumentIdentifier> msg) Takes a tscore CWN voice and delivers for every event which carries an ornament symbol the set of pitches required to realize it.protected PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> ExpandOrnaments_simple.getPitchByOffset(Vox v, Score_cwn score, SimpleMessage.Sender<XMLDocumentIdentifier> msg, Event ev, int offset, FunctionalPitch pitch, Map<WhiteKeyModOctave, FunctionalPitchModOctave> diatonics) Get the functional pitch which has the given diatonic step distance from the given central pitch.protected PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> Cwn_to_lilypond.transpose(@Opt Vox v, PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> p) Deliver the pitch transposed UP by the interval which is assigned to the voice inCwn_to_lilypond.transpositions, if any.Methods in eu.bandm.music.top with parameters of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionprotected intMlWorat.category(FunctionalKey key, FunctionalPitchModOctave p) Compare a pitch class to a scale.static Comparator<FunctionalPitchModOctave> MlWorat.chromaticScaleComparator(FunctionalPitchModOctave basis) Delivers a comparator to sort functional pitch classes in ascending order.protected StringMlWorat.musixTexName(FunctionalPitchModOctave fp) Return the musixtex encoding of the functional pitch class to print, and memorize the Stammton of this print, if printing includes a flat accidental.protected FunctionalPitchModOctaveCwn_to_lilypond.transpose(@Opt Vox v, FunctionalPitchModOctave p) Deliver the pitch transposed UP by the interval which is assigned to the voice inCwn_to_lilypond.transpositions, if any.Method parameters in eu.bandm.music.top with type arguments of type FunctionalPitchModOctaveModifier and TypeMethodDescriptionprotected PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> ExpandOrnaments_simple.getPitchByOffset(Vox v, Score_cwn score, SimpleMessage.Sender<XMLDocumentIdentifier> msg, Event ev, int offset, FunctionalPitch pitch, Map<WhiteKeyModOctave, FunctionalPitchModOctave> diatonics) Get the functional pitch which has the given diatonic step distance from the given central pitch.static StringCwn_to_lilypond.toLilyPond_pitch(PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> ap) Translate pitch information into lilypond format.protected PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> Cwn_to_lilypond.transpose(@Opt Vox v, PitchAndOctave<OctaveRegister, FunctionalPitchModOctave> p) Deliver the pitch transposed UP by the interval which is assigned to the voice inCwn_to_lilypond.transpositions, if any.