str.append(converter.parse(sys.argv[i]))
outname = sys.argv[len(sys.argv)-1]
sampleNoteSeqs = []
for s in str:
sampleNoteSeqs.extend(parseNotes(s))
uniqueNotes = []
for l in sampleNoteSeqs:
uniqueNotes.extend(list(set(l)))
uniqueNotes = list(set(uniqueNotes))
N = LearnPSA(0.2, 10, 3, uniqueNotes)
for seq in sampleNoteSeqs:
N.add_sample(" ".join(seq))
N.generate_pst()
states, transition, nextstate = N.generate_psa()
notes = []
for i in range(0,10):
notes.append(N.generate_run(states, transition, nextstate, 1500).split(" "))
sampleDurationSeqs = []
for s in str:
sampleDurationSeqs.extend(parseDurations(s))
uniqueDurations = []
for l in sampleDurationSeqs:
o = midi.translate.streamToMidiFile(str)
o.open(sys.argv[1].replace("/", "_")+'.mid', 'wb')
o.write()
o.close()
sampleNoteSeqs = []
sampleNoteSeqs.extend(parseNotes(str))
uniqueNotes = []
for l in sampleNoteSeqs:
uniqueNotes.append(list(set(l)))
N = []
for i in range(len(uniqueNotes)):
n = LearnPSA(0.2, 10, 3, uniqueNotes[i])
n.add_sample(" ".join(sampleNoteSeqs[i]))
N.append(n)
notes = []
for i in range(0, len(N)):
N[i].generate_pst()
states, transition, nextstate = N[i].generate_psa()
notes.append(N[i].generate_run(states, transition, nextstate, 240).split(" "))
sampleDurationSeqs = []
sampleDurationSeqs.extend(parseDurations(str))
uniqueDurations = []
for l in sampleDurationSeqs:
uniqueDurations.append(list(set(l)))
