pymusicxml.music_xml_objects.StopGliss

class pymusicxml.music_xml_objects.StopGliss(number: int = 1)

Bases: pymusicxml.music_xml_objects.Notation, xml.etree.ElementTree.Element

Notation to attach to a note that ends a glissando

Parameters

number – this should correspond to the id number of the associated StartGliss.

Methods

render()

Renders this component to a tuple of ElementTree.Element.

Inherited Methods

append(subelement, /)
clear()
export_to_file(file_path[, pretty_print])	Exports this musical object (wrapped as a score) to the given file path.
extend(elements, /)
find(path[, namespaces])
findall(path[, namespaces])
findtext(path[, default, namespaces])
get(key[, default])
getchildren()
getiterator([tag])
insert(index, subelement, /)
items()
iter([tag])
iterfind(path[, namespaces])
itertext()
keys()
makeelement(tag, attrib, /)
remove(subelement, /)
set(key, value, /)
to_xml([pretty_print])	Renders this component to MusicXML, adding a version tag, but not wrapping it up as a full score.
view_in_software(command)	Uses the given terminal command to create a score out of this musical object, and open it in music notation software.
wrap_as_score()	Wraps this component in a Score so that it can be exported and viewed

Attributes

attrib	A dictionary containing the element’s attributes
tag	A string identifying what kind of data this element represents
tail	A string of text directly after the end tag, or None
text	A string of text directly after the start tag, or None

render() → Sequence[xml.etree.ElementTree.Element]

Renders this component to a tuple of ElementTree.Element. (The reason for making it a tuple is that musical objects like chords are represented by several notes side by side, with all but the first containing a </chord> tag.)

append(subelement, /)

attrib

A dictionary containing the element’s attributes

clear()

export_to_file(file_path: str, pretty_print: bool = True) → None

Exports this musical object (wrapped as a score) to the given file path.

Parameters

• file_path – The path of the file we want to write to.

• pretty_print – If True, breaks the MusicXML onto multiple lines, with indentation

extend(elements, /)

find(path, namespaces=None)

findall(path, namespaces=None)

findtext(path, default=None, namespaces=None)

get(key, default=None)

getchildren()

getiterator(tag=None)

insert(index, subelement, /)

items()

iter(tag=None)

iterfind(path, namespaces=None)

itertext()

keys()

makeelement(tag, attrib, /)

remove(subelement, /)

set(key, value, /)

tag

A string identifying what kind of data this element represents

tail

A string of text directly after the end tag, or None

text

A string of text directly after the start tag, or None

to_xml(pretty_print: bool = False) → str

Renders this component to MusicXML, adding a version tag, but not wrapping it up as a full score.

Parameters

pretty_print – If True, breaks the MusicXML onto multiple lines, with indentation

view_in_software(command: str) → None

Uses the given terminal command to create a score out of this musical object, and open it in music notation software.

Parameters

command – The terminal command corresponding to the software with which we want to open the score.

wrap_as_score() → pymusicxml.music_xml_objects.Score

Wraps this component in a Score so that it can be exported and viewed