Uses of Package
eu.bandm.tscore.model

Packages that use eu.bandm.tscore.model
Package
Description
 
 
 
Prototypical realization of the "TabStaff+" design for notating Tactie User Interfaces (TUIs) like the "Ableton Push", as presented by L.Wilde and C.White on Tenor2024 in Zürich.
All fundamental entities for modeling music.
Composition project which translates polyphonic sequences of abstract "hook signs" (="Haken" = "hkn") into scores for different instruments, like Viola, Voice, electronic sound synthesis or abstract graphical movies; see the project documentation (in German).
Top-level data structures, modelling different score formats, combining the entities defined in lower level packages.
Generic and low level data types and transformation algorithms, to be used by very different applications of the tscore framework.
Umod main model class: Generic score model for denotating time-based sequences of arbitrary events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Part of a time scape = of a parsed source text file.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Part of a time scape = of a parsed source text file.
    Abstract super class of possible time points.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    A voice, the central means for organizing events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Part of a time scape = of a parsed source text file.
    Abstract super class of possible time points.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Part of a time scape = of a parsed source text file.
    Top container which relates time points, voices and events.
    Abstract super class of possible time points.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Collections of one or more Events, representing a musical notion.
    Part of a time scape = of a parsed source text file.
    Top container which relates time points, voices and events.
    Abstract super class of possible time points.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
    Abstract base class of all event collections, which additionally carry some non-temporal ("meta") attributes.
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Collections of one or more Events, representing a musical notion.
    Visitor generated by umod according to field selection #0.
    (Ancillary class as basis for all visitors).
    Part of a time scape = of a parsed source text file.
    Represents a sequence of time points constructed by dividing the interval between two time points.
    String value for a time-less voice parameter.
    Tree of String values for time-less voice parameters.
    Top container which relates time points, voices and events.
    Abstract super class of possible time points.
    A time point corresponding to a division point between two time points on a higher level.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.
  • Class
    Description
     
     
    Assigns to a qualified identifier an optional value.
    Abstract base class of all event collections, which additionally carry some non-temporal ("meta") attributes.
    Central means for modelling music: Per each combination of voice and time point, at most one event is possible.
    Collections of one or more Events, representing a musical notion.
    (Ancillary class as basis for all visitors).
    Container for more than one timeless value, may represent a tuple, a binding, a sequence, a set, a bag, etc.
    Part of a time scape = of a parsed source text file.
    Represents a sequence of time points constructed by dividing the interval between two time points.
    String value for a time-less voice parameter.
    Tree of String values for time-less voice parameters.
    Top container which relates time points, voices and events.
    Abstract super class of possible time points.
    A time point corresponding to a division point between two time points on a higher level.
    A time point corresponding to a text token in the "T" line of the input score.
    A voice, the central means for organizing events.