def visit(self, node):
#if hasattr(node, 'kind') and node.kind('Leaf'):
if hasattr(node, 'kind') and node.kind('_Leaf'):
self.i += 1
# TIDE stop
if self.i in self.tide['stop']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
#result.left.append(r'\transparent')
result.formatter.left.append(r'\transparent')
result.pitch = klang.mapping('release')
#termination = note.Note(0, 1, 16)
termination = Note(0, (1, 16))
termination.pitch = klang.mapping('release')
#termination.left.append(r'\square')
termination.notehead.shape = 'square'
#result.grace = [termination]
result.grace.after = [termination]
return [result]
# FLAT
elif self.i in self.flat['termination']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('release')
#result.before.append(r"\once \override Stem #'transparent = ##t")
#result.before.append(r"\once \override NoteHead #'transparent = ##t")
#result.before.append(r"\once \override Dots #'transparent = ##t")
result.stem.transparent = True
result.notehead.transparent = True
result.dots.transparent = True
#termination = note.Note(0, 1, 16)
termination = Note(0, (1, 16))
termination.pitch = klang.mapping('release')
# cycle ahead by one attack type
if self.strata['stops'][self.i - 1] == 't':
#termination.left.append(r'\square')
termination.notehead.shape = 'square'
if self.strata['stops'][self.i - 1] == 'p':
#termination.left.append(r'\semicircle')
termination.notehead.shape = 'semicircle'
if self.strata['stops'][self.i - 1] == 'k':
#termination.left.append(r'\triangle')
termination.notehead.shape = 'triangle'
#result.grace = [termination]
result.grace.after = [termination]
return [result]
else:
return [node]
def visit(self, node):
#if hasattr(node, 'kind') and node.kind('Leaf'):
if hasattr(node, 'kind') and node.kind('_Leaf'):
self.i += 1
# TIDE
if self.i in self.tide['attacks'] + self.tide['stop']:
if self.i in self.tide['attacks']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('attack')
#result.duration.write(1, 16)
result.duration.rewrite((1, 16))
#result.left.append(r'\triangle')
result.notehead.shape = 'triangle'
if self.i in self.tide['stop']:
#result.right.append(r'\breathe')
result.formatter.right.append(r'\breathe')
return [result]
elif self.i in self.tide['stop']:
#node.right.append(r'\breathe')
node.formatter.right.append(r'\breathe')
return [node]
# STREAK
if self.i in self.streak['s']:
#result = note.Note(0, node.duration.n, node.duration.d)
try:
result = Note(0, node.duration.pair)
except ValueError:
result = Note(0, (1, 1))
result.duration.multiplier = node.duration.pair
#result.duration.write(1, 16)
result.duration.rewrite((1, 16))
result.pitch = klang.mapping('attack')
#result.left.append(r'\semicircle')
result.notehead.shape = 'semicircle'
if self.i in self.streak['termination']:
#result.right.append(r'\breathe')
result.formatter.right.append(r'\breathe')
return [result]
elif self.i in self.streak['sh'] + self.streak['sr'] and \
self.i in self.streak['termination']:
#node.right.append(r'\breathe')
node.formatter.right.append(r'\breathe')
# PUNCTUATE
if self.i in (self.punctuate['tongued normale'] +
self.punctuate['tongued fricatives']):
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('attack')
#result.duration.write(1, 16)
result.duration.rewrite((1, 16))
stop = self.strata['stops'][self.i]
if stop == 't':
#result.left.append(r'\triangle')
result.notehead.shape = 'triangle'
elif stop == 'p':
#result.left.append(r'\square')
result.notehead.shape = 'square'
elif stop == 'k':
#result.left.append(r'\semicircle')
result.notehead.shape = 'semicircle'
else:
raise ValueError('Unknown stop %s.' % stop)
return [result]
elif self.i in (self.punctuate['affricate normale'] +
self.punctuate['affricate fricatives']):
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping(self.strata['sibilants'][self.i])
#result.duration.write(1, 16)
result.duration.rewrite((1, 16))
stop = self.strata['stops'][self.i]
if stop == 't':
#result.left.append(r'\triangle')
result.notehead.shape = 'triangle'
elif stop == 'p':
#result.left.append(r'\square')
result.notehead.shape = 'square'
elif stop == 'k':
#result.left.append(r'\semicircle')
result.notehead.shape = 'semicircle'
else:
raise ValueError('Unknown stop %s.' % stop)
return [result]
elif self.i in self.swell['stop']:
#node.right.append(r'\breathe')
node.formatter.right.append(r'\breathe')
# FLAT
elif self.i in self.flat['body']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
#result.duration.write(1, 16)
result.duration.rewrite((1, 16))
stop = self.strata['stops'][self.i]
if stop == 't':
#result.left.append(r'\triangle')
result.notehead.shape = 'triangle'
elif stop == 'p':
#result.left.append(r'\square')
result.notehead.shape = 'square'
elif stop == 'k':
#result.left.append(r'\semicircle')
result.notehead.shape = 'semicircle'
else:
raise ValueError('Unknown stop %s.' % stop)
result.pitch = klang.mapping(self.strata['sibilants'][self.i])
#if (self.i + 1) not in self.flat:
# result.right.append(r'\breathe')
if self.i in self.flat['termination']:
#result.right.append(r'\breathe')
result.formatter.right.append(r'\breathe')
return [result]
return [node]
def visit(self, node):
#if hasattr(node, 'kind') and node.kind('Leaf'):
if hasattr(node, 'kind') and node.kind('_Leaf'):
self.i += 1
# TIDE
if self.i in self.tide['attacks'] + self.tide['middle'] + \
self.tide['stop']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
#result.left.append(r'\harmonic')
result.notehead.style = 'harmonic'
#result.right.append(r'\glissando')
result.glissando = True
if self.i in self.tide['attacks']:
result.pitch = klang.mapping('th')
elif self.i in self.tide['middle']:
result.pitch = klang.mapping('f')
if self.i in self.tide['stop']:
#termination = note.Note(0, 1, 16)
termination = Note(0, (1, 16))
#termination.left.append(r'\blackdiamond')
termination.notehead.style = 'harmonic-black'
if (self.i - 1) in self.tide['middle']:
result.pitch = klang.mapping('th')
termination.pitch = klang.mapping('f')
else:
result.pitch = klang.mapping('f')
termination.pitch = klang.mapping('th')
#result.grace = [termination]
result.grace.after = [termination]
return [result]
# STREAK
if self.i not in self.streak['termination']:
if self.i in self.streak['s']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('s')
#result.left.append(r'\harmonic')
#result.right.append(r'\glissando')
result.notehead.style = 'harmonic'
result.glissando = True
return [result]
elif self.i in self.streak['sh']:
# result = note.Note(0, node.duration.n, node.duration.d)
# result.pitch = klang.mapping('sh')
# result.left.append(r'\harmonic')
# result.right.append(r'\glissando')
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('sh')
result.notehead.style = 'harmonic'
result.glissando = True
return [result]
elif self.i in self.streak['sr']:
# result = note.Note(0, node.duration.n, node.duration.d)
# result.pitch = klang.mapping('sr')
# result.left.append(r'\harmonic')
# result.right.append(r'\glissando')
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('sr')
result.notehead.style = 'harmonic'
result.glissando = True
return [result]
elif self.i in self.streak['termination']:
# result = note.Note(0, node.duration.n, node.duration.d)
# termination = note.Note(0, 1, 16)
# termination.left.append(r'\blackdiamond')
result = Note(0, node.duration.pair)
termination = Note(0, (1, 16))
termination.notehead.style = 'harmonic-black'
if self.i in self.streak['s']:
result.pitch = klang.mapping('s')
#result.left.append(r'\harmonic')
#result.right.append(r'\glissando')
result.notehead.style = 'harmonic'
result.glissando = True
termination.pitch = klang.mapping('sh')
elif self.i in self.streak['sh']:
result.pitch = klang.mapping('sh')
#result.left.append(r'\harmonic')
#result.right.append(r'\glissando')
result.notehead.style = 'harmonic'
result.glissando = True
termination.pitch = klang.mapping('sr')
elif self.i in self.streak['sr']:
result.pitch = klang.mapping('sr')
#result.left.append(r'\harmonic')
#result.right.append(r'\glissando')
result.notehead.style = 'harmonic'
result.glissando = True
termination.pitch = klang.mapping('sr')
else:
raise ValueError(
'self.i %s not in self.streak for s, sh or sr.' % self.i)
#result.grace = [termination]
result.grace.after = [termination]
return [result]
if self.i in (self.punctuate['tongued normale'] +
self.punctuate['affricate normale']):
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('normale')
if self.i in self.punctuate['sustained']:
#result.left.append(r'\white')
#result.right.append(r'\glissando')
result.notehead.duration_log = 1
result.glissando = True
elif self.i in self.punctuate['detached']:
pass
else:
raise ValueError('Neither sustained nor detached.')
return [result]
elif self.i in (self.punctuate['tongued fricatives'] +
self.punctuate['affricate fricatives']):
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping(self.strata['fricatives'][self.i])
if self.i in self.punctuate['sustained']:
#result.left.append(r'\harmonic')
#result.right.append(r'\glissando')
result.notehead.style = 'harmonic'
result.glissando = True
elif self.i in self.punctuate['detached']:
#result.left.append(r'\blackdiamond')
result.notehead.style = 'harmonic-black'
else:
raise ValueError('Neither sustained nor detached.')
return [result]
# SWELL - start, middle
if self.i in self.swell['start'] + self.swell['middle'] and \
self.i not in self.swell['stop']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('normale')
#result.left.append(r'\white')
#result.right.append(r'\glissando')
result.notehead.duration_log = 1
result.glissando = True
return [result]
# SWELL - stop
elif self.i in self.swell['stop']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('normale')
#result.left.append(r'\white')
#result.right.append(r'\glissando')
result.notehead.duration_log = 1
result.glissando = True
#termination = note.Note(0, 1, 16)
termination = Note(0, (1, 16))
termination.pitch = klang.mapping('normale')
#result.grace = [termination]
result.grace.after = [termination]
return [result]
# FLAT
elif self.i in self.flat['body']:
#result = note.Note(0, node.duration.n, node.duration.d)
result = Note(0, node.duration.pair)
result.pitch = klang.mapping('normale')
#result.left.append(r'\white')
#result.right.append(r'\glissando')
result.notehead.duration_log = 1
result.glissando = True
if self.i in self.flat['termination']:
#termination = note.Note(0, 1, 16)
termination = Note(0, (1, 16))
termination.pitch = klang.mapping('normale')
#result.grace = [termination]
result.grace.after = [termination]
return [result]
return [node]