def test_shift(self):
a = Note(100, 15, 250)
shift = 100
score = Score([copy(a)])
score.shift_all_notes(shift)
for i in [140, 199, 201, 449, 450, 451, 550]:
self.assertEquals(0, len(score.starts_at(i)))
self.assertEquals(1, len(score.starts_at(200)))
for i in [140, 199, 200, 201, 449, 451, 550]:
self.assertEquals(0, len(score.ends_at(i)))
self.assertEquals(1, len(score.ends_at(450)))
for i in [150, 199, 450, 451, 550]:
self.assertEquals(0, len(score.sounding_at(i)))
for i in [200, 201, 449]:
self.assertEquals(1, len(score.sounding_at(i)))
notes = score.starts_at(200)
for n in notes:
self.assertEquals(n.delay, a.delay + shift)
# user_input
if args.midi:
user_input = USER_INPUTS[args.input](args.midi)
else:
user_input = USER_INPUTS[args.input]()
# reference input
if args.reftype == "none":
score = Score([])
elif args.reftype == "midi":
composition = MidiFileIn.MIDI_to_Composition(args.file)
score = Score.from_track(composition[0].tracks[args.track],
bpm=args.bpm)
elif args.reftype == "ssv":
score = SSVParse(args.file, 50)
score.shift_all_notes(1000)
# audio
if args.audio == "none":
sequencer = DummySequencer(score)
elif args.audio:
sequencer = FluidSynthSequencer(score)
fluidsynth.init(args.soundfont, args.audio)
#
validator = Validator(score, margin=200)
midi_player = MidiPlayer(validator)
step = 1 / 100.0
puntos = 0
