def asOpus(self):
'''
returns all snippets as a :class:`~music21.stream.Opus` object
>>> deduto = alpha.trecento.cadencebook.BallataSheet().workByTitle('deduto')
>>> deduto.title
'Deduto sey a quel'
>>> dedutoScore = deduto.asOpus()
>>> dedutoScore
<music21.stream.Opus ...>
>>> #_DOCS_SHOW dedutoScore.show('lily.png')
'''
o = stream.Opus()
md = metadata.Metadata()
o.insert(0, md)
o.metadata.composer = self.composer
o.metadata.title = self.title
bs = self.snippets
for thisSnippet in bs:
if thisSnippet is None:
continue
if (thisSnippet.tenor is None and thisSnippet.cantus is None
and thisSnippet.contratenor is None):
continue
s = stream.Score()
for dummy in range(self.totalVoices):
s.insert(0, stream.Part())
for partNumber, snippetPart in enumerate(
thisSnippet.getElementsByClass('TrecentoCadenceStream')):
if thisSnippet.snippetName != "" and partNumber == self.totalVoices - 1:
textEx = expressions.TextExpression(
thisSnippet.snippetName)
textEx.style.absoluteY = 'below'
if 'FrontPaddedSnippet' in thisSnippet.classes:
if snippetPart.hasMeasures():
snippetPart.getElementsByClass(
'Measure')[-1].insert(0, textEx)
else:
snippetPart.append(textEx)
else:
if snippetPart.hasMeasures():
snippetPart.getElementsByClass(
'Measure')[0].insert(0, textEx)
else:
snippetPart.insert(0, textEx)
# if currentTs is None or timeSig != currentTs:
# s.append(timeSig)
# currentTs = timeSig
try:
currentScorePart = s.parts[partNumber]
except IndexError:
continue # error in coding
for thisElement in snippetPart:
if 'TimeSignature' in thisElement.classes:
continue
currentScorePart.append(thisElement)
o.insert(0, s)
return o
def _feedbackOnScore(self,
pitches: bool = True,
metre: bool = True,
bass: bool = True):
'''
Inserts comments on the score for moments where there is feedback available.
Like printFeedback, option to use any or all of:
'pitches' for pitch HarmonicRanges;
'metre' for metrical positions; and
'bass' for bass notes / inversions.
'''
totalFeedback = []
if pitches:
if not self.pitchFeedback:
self.comparePitches()
totalFeedback += [x for x in self.pitchFeedback]
if metre:
if not self.metricalPositionFeedback:
self.metricalPositions()
totalFeedback += [x for x in self.metricalPositionFeedback]
if bass:
if not self.bassFeedback:
self.compareBass()
totalFeedback += [x for x in self.bassFeedback]
te = expressions.TextExpression('***')
te.placement = 'above'
for x in self.totalFeedback:
self.score.parts[-1].startMeasure(x.startMeasure).insert(x.offset, te)
def makeRowScore(data: Optional = None,
write: bool = False,
title: Optional[str] = 'Rows_in_the_Repertoire'):
"""
Makes a score setting out any number of rows in musical notation,
annotated with labelled pitch classes and work metadata (title, composer etc).
Note: unlike the rest of this repository, this requires an external music21: library
"""
from music21 import bar, expressions, layout, metadata, meter, serial, stream
score = stream.Score()
part = stream.Part()
part.insert(0, meter.TimeSignature('12/4')) # Not essential
count = 1
if not data:
jsonPath = os.path.join('.', 'Repertoire_Anthology', 'rows_in_the_repertoire.json')
with open(jsonPath) as jsonFile:
data = json.load(jsonFile)
for d in data: # dict
entry = data[d]
m = stream.Measure(number=count)
count += 1
row = serial.pcToToneRow(entry['P0'])
for x in row.notes:
x.stemDirection = 'none'
x.lyric = x.pitch.pitchClass
m.insert(x.offset, x)
text = f"{entry['Composer']}: {entry['Work']}, {entry['Year']}" # ", {entry['P0']}"
m.insert(0, expressions.TextExpression(text))
part.append(m)
score.append(part)
# Layout
for thisMeasure in score.parts[0].getElementsByClass('Measure'):
thisMeasure.insert(bar.Barline(type='final', location='right'))
thisMeasure.insert(layout.SystemLayout(isNew=True))
# Metadata
score.insert(0, metadata.Metadata())
score.metadata.composer = 'Various composers and analysts, compiled by Mark Gotham'
score.metadata.title = title
if write:
w = os.path.join('.', 'Repertoire_Anthology', title + '.mxl')
score.write(fmt='mxl', fp=w)
else:
return score
def testGetRepeatExpression(self):
from music21 import expressions
te = expressions.TextExpression('lightly')
# no repeat expression is possible
self.assertEqual(te.getRepeatExpression(), None)
te = expressions.TextExpression('d.c.')
self.assertEqual(str(te.getRepeatExpression()), '<music21.repeat.DaCapo "d.c.">')
re = te.getRepeatExpression()
self.assertEqual(re.getTextExpression().content, 'd.c.')
te = expressions.TextExpression('DC al coda')
self.assertEqual(str(te.getRepeatExpression()), '<music21.repeat.DaCapoAlCoda "DC al coda">')
re = te.getRepeatExpression()
self.assertEqual(re.getTextExpression().content, 'DC al coda')
te = expressions.TextExpression('DC al fine')
self.assertEqual(str(te.getRepeatExpression()), '<music21.repeat.DaCapoAlFine "DC al fine">')
re = te.getRepeatExpression()
self.assertEqual(re.getTextExpression().content, 'DC al fine')
te = expressions.TextExpression('ds al coda')
self.assertEqual(str(te.getRepeatExpression()), '<music21.repeat.DalSegnoAlCoda "ds al coda">')
re = te.getRepeatExpression()
self.assertEqual(re.getTextExpression().content, 'ds al coda')
te = expressions.TextExpression('d.s. al fine')
self.assertEqual(str(te.getRepeatExpression()), '<music21.repeat.DalSegnoAlFine "d.s. al fine">')
re = te.getRepeatExpression()
self.assertEqual(re.getTextExpression().content, 'd.s. al fine')
def getTextExpression(self, prefix='', postfix='x'):
'''
Return a configured :class:`~music21.expressions.TextExpressions`
object describing the repeat times. Append this to the stream
for annotation of repeat times.
>>> rb = bar.Repeat(direction='end')
>>> rb.times = 3
>>> rb.getTextExpression()
<music21.expressions.TextExpression "3x">
>>> rb.getTextExpression(prefix='repeat ', postfix=' times')
<music21.expressions.TextExpression "repeat 3 t...">
'''
value = '%s%s%s' % (prefix, self._times, postfix)
return expressions.TextExpression(value)
def testTextExpressionsB(self):
from music21 import expressions
textSrc = ['loud', 'soft', 'with\nspirit', 'with\nless\nintensity']
sizeSrc = [8, 10, 12, 18, 24]
positionVerticalSrc = [20, -80, 20]
enclosureSrc = [None, None, None, 'rectangle', 'oval']
styleSrc = ['italic', 'bold', None, 'bolditalic']
p = stream.Part()
for i in range(20):
te = expressions.TextExpression(textSrc[i % len(textSrc)])
te.size = sizeSrc[i % len(sizeSrc)]
te.justify = 'left'
te.positionVertical = positionVerticalSrc[i %
len(positionVerticalSrc)]
te.enclosure = enclosureSrc[i % len(enclosureSrc)]
te.style = styleSrc[i % len(styleSrc)]
p.append(te)
p.append(note.Note(type='quarter'))
for i in range(4):
p.append(note.Rest(type='16th'))
s = stream.Score()
s.insert(0, p)
#s.show()
musicxml = fromMusic21Object(s)
#print musicxml
match = """<direction>
<direction-type>
<words default-y="20.0" enclosure="rectangle" font-size="18.0" justify="left">with
spirit</words>
</direction-type>
<offset>0</offset>
</direction>"""
self.assertEqual(match in musicxml, True)
def getTextExpression(self, prefix='', postfix='x'):
'''Return a configured :class:`~music21.expressions.TextExpressions` object describing the repeat times. Append this to the stream for annotation of repeat times.
'''
value = '%s%s%s' % (prefix, self._times, postfix)
return expressions.TextExpression(value)
def asScore(self):
'''
returns all snippets as a score chunk
>>> deduto = trecento.cadencebook.BallataSheet().workByTitle('deduto')
>>> deduto.title
u'Deduto sey a quel'
>>> dedutoScore = deduto.asScore()
>>> dedutoScore
<music21.stream.Score ...>
>>> #_DOCS_HIDE dedutoScore.show()
Changes made to a snippet are reflected in the asScore() score object:
>>> deduto.snippets[0].parts[0].flat.notes[0].name = "C###"
>>> deduto.asScore().parts[0].flat.notes[0].name
'C###'
'''
s = stream.Score()
md = metadata.Metadata()
s.insert(0, md)
s.metadata.composer = self.composer
s.metadata.title = self.title
for dummy in range(self.totalVoices):
s.insert(0, stream.Part())
bs = self.snippets
for thisSnippet in bs:
if thisSnippet is None:
continue
if thisSnippet.tenor is None and thisSnippet.cantus is None and thisSnippet.contratenor is None:
continue
for partNumber, snippetPart in enumerate(thisSnippet.getElementsByClass('TrecentoCadenceStream')):
if thisSnippet.snippetName != "" and partNumber == self.totalVoices - 1:
textEx = expressions.TextExpression(thisSnippet.snippetName)
textEx.positionVertical = 'below'
if 'FrontPaddedSnippet' in thisSnippet.classes:
if snippetPart.hasMeasures():
snippetPart.getElementsByClass('Measure')[-1].insert(0, textEx)
else:
snippetPart.append(textEx)
else:
if snippetPart.hasMeasures():
snippetPart.getElementsByClass('Measure')[0].insert(0, textEx)
else:
snippetPart.insert(0, textEx)
# if currentTs is None or timeSig != currentTs:
# s.append(timeSig)
# currentTs = timeSig
try:
currentScorePart = s.parts[partNumber]
except IndexError:
continue # error in coding
for thisElement in snippetPart:
if 'TimeSignature' in thisElement.classes:
continue
currentScorePart.append(thisElement)
return s
def testNoteheadSmorgasbord(self):
# tests the of many different types of noteheads
from music21 import expressions
n = note.Note('c3')
n.notehead = 'diamond'
p = stream.Part()
tn = expressions.TextExpression('diamond')
m = note.Note('c3')
m.notehead = 'cross'
tm = expressions.TextExpression('cross')
l = note.Note('c3')
l.notehead = 'triangle'
tl = expressions.TextExpression('triangle')
k = note.Note('c3')
k.notehead = 'circle-x'
tk = expressions.TextExpression('circle-x')
j = note.Note('c3')
j.notehead = 'x'
tj = expressions.TextExpression('x')
i = note.Note('c3')
i.notehead = 'slash'
ti = expressions.TextExpression('slash')
h = note.Note('c3')
h.notehead = 'square'
th = expressions.TextExpression('square')
g = note.Note('c3')
g.notehead = 'arrow down'
tg = expressions.TextExpression('arrow down')
f = note.Note('c3')
f.notehead = 'inverted triangle'
tf = expressions.TextExpression('inverted triangle')
f.addLyric('inverted triangle')
e = note.Note('c3')
e.notehead = 'back slashed'
te = expressions.TextExpression('back slashed')
d = note.Note('c3')
d.notehead = 'fa'
td = expressions.TextExpression('fa')
c = note.Note('c3')
c.notehead = 'normal'
tc = expressions.TextExpression('normal')
noteList = [
tc, c, tn, n, th, h, tl, l, tf, f, tg, g, te, e, ti, i, tj, j, tm,
m, tk, k, td, d
]
for thisNote in noteList:
p.append(thisNote)
#p.show()
raw = fromMusic21Object(p)
self.assertEqual(raw.find('<notehead>diamond</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>square</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>triangle</notehead>') > 0, True)
self.assertEqual(
raw.find('<notehead>inverted triangle</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>arrow down</notehead>') > 0, True)
self.assertEqual(
raw.find('<notehead>back slashed</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>slash</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>x</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>cross</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>circle-x</notehead>') > 0, True)
self.assertEqual(raw.find('<notehead>fa</notehead>') > 0, True)
