Editorial objects store comments and other meta-data associated with specific Note objects or other music21 objects.
Provided a list of objects (typically note objects) to search through, this method returns only those objects that have the editorial attribute defined by the editorialStringToFind. An optional parameter, listOfValues, is a list of all the possible values the given object’s editorialString can have.
The editorialStringToFind can be any of the pre-defined editorial attributes (such as “ficta” or “harmonicIntervals”) but it may also be the dictionary key of editorial notes stored in the miscellaneous (misc) dictionary. For example, “isPassingTone” or “isNeighborTone”
>>> n1 = note.Note() >>> n1.editorial.misc['isPassingTone'] = True >>> n2 = note.Note() >>> n2.editorial.comment = 'consider revising' >>> s = stream.Stream() >>> s.repeatAppend(n1, 5) >>> s.repeatAppend(note.Note(), 2) >>> s.repeatAppend(n2, 3) >>> listofNotes = s.getElementsByClass(note.Note) >>> listOfValues = ['consider revising', 'remove'] >>> listofNotesWithEditorialisPassingTone = editorial.getObjectsWithEditorial( ... listofNotes, "isPassingTone") >>> listofNotesWithEditorialComment = editorial.getObjectsWithEditorial( ... listofNotes, "comment", listOfValues) >>> print(len(listofNotesWithEditorialisPassingTone)) 5
>>> print(len(listofNotesWithEditorialComment)) 3
Editorial comments and special effects that can be applied to notes Standard ones are stored as attributes. Non-standard/one-off effects are stored in the dict called “misc”:
>>> a = editorial.NoteEditorial() >>> a.color = "blue" # a standard editorial effect >>> a.misc['backgroundHighlight'] = 'yellow' # non-standard.
Every GeneralNote object already has a NoteEditorial object attached to it at object.editorial. Normally you will just change that object instead.
For instance, take the case where a scribe wrote F in the score, knowing that a good singer would automatically sing F-sharp instead. We can store the editorial suggestion to sing F-sharp as a “musica ficta” accidental object:
>>> fictaSharp = pitch.Accidental("Sharp") >>> n = note.Note("F") >>> n.editorial.ficta = fictaSharp >>> n.show('lily.png') # only Lilypond currently supports musica ficta
Returns color “theColorName” – called out so it is more easily subclassed.
Returns ficta – called out so it is more easily subclassed
Returns any information that should be attached under the note, currently just returns self.comment.lily or “”.
Returns a string of editorial lily instructions to come after the note. Currently it is just info to turn off hidding of notes.
A method that returns a string containing the lilypond output that comes before the note.
>>> n = note.Note() >>> n.editorial.lilyStart() u''
>>> n.editorial.ficta = pitch.Accidental("Sharp") >>> n.editorial.color = "blue" >>> n.editorial.hidden = True >>> print(n.editorial.lilyStart()) \ficta \color "blue" \hideNotes
NoteEditorial instance variables
the color of the note (x11 colors and extended x11colors are allowed), only displays properly in lilypond
a Accidental object that specifies musica ficta for the note. Will only be displayed in LilyPond and then only if there is no Accidental object on the note itself
an Interval object that specifies the harmonic interval between this note and a single other note (useful for storing information post analysis
a list for when you want to store more than one harmonicInterval
boolean value about whether to hide the note or not (only works in lilypond)
an Interval object that specifies the melodic interval to the next note in this part/voice/stream, etc.
same as melodicInterval but ignoring rests; MIGHT BE REMOVED SOON
a list for storing more than one melodic interval
same thing but a list
A dict to hold anything you might like to store.