(motif2, names) = genMotif(prev_note = motif1.pits[-1], harm = harm[1], names=names, name = 'motif')
if fitsBasicIdeaPref([motif1, motif2]):
new_sub_chunks = OrderedDict()
new_sub_chunks[motif1.name] = motif1
new_sub_chunks[motif2.name] = motif2
return (Chunk(sub_chunks=new_sub_chunks, name=getName(names, name)), names)
else:
return genBasicIdea(prev_note, harm, names, name)
prev_note = 0
new_bis = OrderedDict()
names = {}
for i in range(0, 40):
new_bi, names = genBasicIdea(prev_note = prev_note, names=names, name = 'bi')
if abs(prev_note - new_bi.pits[0]) > 2:
print('error - too much spread')
new_bi, names = genBasicIdea(prev_note = prev_note, names=names, name = 'bi')
prev_note = new_bi.pits[-1]
new_bis[new_bi.name] = new_bi
a = Chunk(sub_chunks=new_bis)
mh.writeChunk([a], 'test3.mid')
"""
prev_note = 0
new_motifs = OrderedDict()
new_motif = genMotif(prev_note)[0]
new_motifs[-1] = new_motif
for i in range(0, 40):
new_motifs[str(i)] = transformMotif(new_motif, prev_note=prev_note)
a = Chunk(sub_chunks=new_motifs)
mh.writeChunk([a], 'test2.mid')
"""
next_cell_type = "new"
if next_cell_type == "new":
cell2 = gc.getCell(2, cell1.pits[-1], None, second_chord, [])
else:
cell2 = transformChunk(cell1, cell1.pits[-1], [second_chord])
return Chunk([cell1, cell2])
def writeChunk(chunk, fname):
f = open("/Users/halley/Desktop/" + fname, "w+")
for cell in chunk.cells:
f.write(str(cell.pits) + "-" + str(cell.durs) + "\n")
f.close()
"""
prev_note = 0
hphrases = []
for i in range(0,20):
hphrases.append(genHPhrase(prev_note))
hphrases.append(transformChunk(hphrases[-1], hphrases[-1].pits[-1], [[0,2,4],[4,6,8],[0,2,4],[4,6,8]]))
prev_note = hphrases[-1].pits[-1]
chunk = Chunk(hphrases)
mh.writeChunk(chunk, 'test.xml')"""
periods = []
for i in range(0, 10):
doublePeriod = genDoublePeriod()
periods.append(doublePeriod)
mh.writeChunk([Chunk(periods)], "periods.xml")
