def test_timelist(self):
score = parse_to_score_object(
r"\staff{c2 r4 r8 a8}"
r"\staff{c4 c2 r8 g8}")
self.assertEqual(score.get_timelist(), [
[True, Rat(1, 4)],
[True, Rat(1, 2)],
[False, Rat(1, 8)],
[True, Rat(1, 8)],
])
score = parse_to_score_object(
r"\staff{c4 d8 }"
r"\staff{r8 e }")
self.assertEqual(score.get_timelist(), [
[True, Rat(1, 8)],
[True, Rat(1, 8)],
[True, Rat(1, 8)],
])
score = parse_to_score_object(
r"\staff{c4 r8 r8 d8 }"
r"\staff{r8 e8 r8 r4 }")
self.assertEqual(score.get_timelist(), [
[True, Rat(1, 8)],
[True, Rat(1, 8)],
[False, Rat(1, 4)],
[True, Rat(1, 8)],
])
def test_transpose(self):
s = r"\staff\transpose d'{ c d }"
score = parse_to_score_object(s)
self.assertEqual(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e4"))
s = r"\staff\transpose d''{ c d }"
score = parse_to_score_object(s)
self.assertEqual(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e'4"))
def test_transpose(self):
s = r"\staff\transpose d'{ c d }"
score = parse_to_score_object(s)
self.assertEquals(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e4"))
s = r"\staff\transpose d''{ c d }"
score = parse_to_score_object(s)
self.assertEquals(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e'4"))
def test_transpose_relative(self):
s = r"\staff\transpose d'\relative c'{ c d }"
score = parse_to_score_object(s)
self.assertEquals(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e'4"))
s = r"\staff\transpose d''\relative c'{ c d e}"
score = parse_to_score_object(s)
self.assertEquals(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d''4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e''4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 2)]['elem'][0],
Note.new_from_string("fis''4"))
def test_transpose_relative(self):
s = r"\staff\transpose d'\relative c'{ c d }"
score = parse_to_score_object(s)
self.assertEqual(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e'4"))
s = r"\staff\transpose d''\relative c'{ c d e}"
score = parse_to_score_object(s)
self.assertEqual(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d''4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("e''4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 2)]['elem'][0],
Note.new_from_string("fis''4"))
def display(self, music, fontsize, last_timepos=None):
"""Exception handling should be done by the caller."""
score = parser.parse_to_score_object(music)
sc = engravers.ScoreContext(score, last_timepos)
self.m_engravers = sc.m_contexts
self.m_fontsize = fontsize
self._display()
def display(self, music, fontsize, last_timepos=None):
"""Exception handling should be done by the caller."""
score = parser.parse_to_score_object(music)
sc = engravers.ScoreContext(score, last_timepos)
self.m_engravers = sc.m_contexts
self.m_fontsize = fontsize
self._display()
def test_relative(self):
s = r"\staff\relative d'{ d f }"
score = parse_to_score_object(s)
self.assertEquals(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEquals(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("f'4"))
def test_relative(self):
s = r"\staff\relative d'{ d f }"
score = parse_to_score_object(s)
self.assertEqual(score.voice11.m_tdict[Rat(0, 1)]['elem'][0],
Note.new_from_string("d'4"))
self.assertEqual(score.voice11.m_tdict[Rat(1, 4)]['elem'][0],
Note.new_from_string("f'4"))
def test_partial_bar(self):
s = r"\partial 4\staff\relative c'{ c d e }"
score = parse_to_score_object(s)
def f(s, tempo=(60, 4)):
s = parser.parse_to_score_object(r"\staff{ %s}" % s)
return s.voice11.get_time_pitch_list(tempo)
def f(s, tempo=(60, 4)):
s = parser.parse_to_score_object(r"\staff{ %s}" % s)
return s.voice11.get_time_pitch_list(tempo)
def f3(s):
return parser.parse_to_score_object(s).get_timelist()
def test_skip(self):
score = parse_to_score_object(r"\staff{ c s }")
d = score.m_staffs[0].m_voices[0].m_tdict
self.assertIsInstance(d[mpd.Rat(0, 1)]['elem'], Stem)
self.assertIsInstance(d[mpd.Rat(1, 4)]['elem'][0], Skip)
def music_to_tracklist(music, start=None, end=None):
"""
return a list of tracks, where track[0] use only channel 0,
track[1] only use channel 1 etc.
"""
return score_to_tracks(parse_to_score_object(music), start, end)
def test_times(self):
t = mpd.music_to_tracklist(r"\staff{ \times 2/3{c8 d e} }")
self.assertEqual(
t[0].str_repr(),
"n48 d1/12 o48 n50 d1/12 o50 n52 d1/12 o52")
parse_to_score_object(r"\staff{ \times 2/3{c8 d e} }")
def f3(s):
return parser.parse_to_score_object(s).get_timelist()
def test_times(self):
t = mpd.music_to_tracklist(r"\staff{ \times 2/3{c8 d e} }")
self.assertEquals(t[0].str_repr(),
"n48 d1/12 o48 n50 d1/12 o50 n52 d1/12 o52")
score = parse_to_score_object(r"\staff{ \times 2/3{c8 d e} }")
def music_to_track(music, start=None, end=None):
tracklist = score_to_tracks(parse_to_score_object(music), start, end)
track = tracklist[0]
for x in range(1, len(tracklist)):
track.merge_with(tracklist[x])
return track
def music_to_tracklist(music, start=None, end=None):
"""
return a list of tracks, where track[0] use only channel 0,
track[1] only use channel 1 etc.
"""
return score_to_tracks(parse_to_score_object(music), start, end)
def music_to_track(music, start=None, end=None):
tracklist = score_to_tracks(parse_to_score_object(music), start, end)
track = tracklist[0]
for x in range(1, len(tracklist)):
track.merge_with(tracklist[x])
return track
def test_skip(self):
score = parse_to_score_object(r"\staff{ c s }")
d = score.m_staffs[0].m_voices[0].m_tdict
self.assert_(isinstance(d[mpd.Rat(0, 1)]['elem'], Stem))
self.assert_(isinstance(d[mpd.Rat(1, 4)]['elem'][0], Skip))
def test_partial_bar(self):
parse_to_score_object(r"\partial 4\staff\relative c'{ c d e }")
