import struct
import numpy as np
from pylab import *
# オリジナルモジュール
import File_open
import create_sound
import mymovie
import composition
if __name__ == "__main__":
composition.composition()
#sys.argv[1])
freqList = File_open.conversion(File_open.openfile('music.txt'))
datas = b""
count = len(freqList)
del freqList[count-1]
freqList = [int(i) for i in freqList]
for f in freqList:
data = create_sound.createSinWave(1.0, f, 8000.0, 2.0)
# create_sound.play(data, 8000, 16)
datas += data
fname = File_open.save_wave(datas)
print("{0}.wavを出力".format(fname))
times = mymovie.main("{0}.wav".format(fname), "{0}.mp4".format(fname))
print("{0}.mp4を出力".format(fname))
mymovie.upload(fname)
print("{0}.mp4をyoutubeにアップロード".format(fname))
def create(text, k):
kmers = composition.composition(text, k)
return create_from_patterns(kmers)
def test_composition_splits_into_kmers():
text = 'CAATCCAAC'
k = 5
kmers = composition(text, k)
assert kmers == ['CAATC', 'AATCC', 'ATCCA', 'TCCAA', 'CCAAC']
def test_composistion_all_kmers_k_length():
text = 'CTGAAGACCTCTCCACATTACTACGATATAAATCATTTCAGCCTCTAGATACGCCTTGGTGGGTGGGGTTGGCAATTTACGATATGTCCGAATGATTTGACACCAAATACCTTAGCTAGCCCCAAGGAAAATTCTGGGCTTTACGTTGGCCGAGCCACATTACTACAGTAAGGTTAAGCAACCAGCCAGTCGCTCATAAGGACTCCACGCCTCCCGTTACTGACTTCCAACAACAATGTGACAGTAGACTGGAACCTGGGAGGACATTATTGATTCGCCGCGAATCTTCTAAGGTATTTTACCCCCACTGGTCACCTTAACCATTAAGACCTCGAAGTGACACCTAGCCTCTTAACACCCAACTCCACCGACAATACCTATTCGCTGACAAGCGGGACATCCGATCGCCCCTGACTCGAGGTGTCTACCGTCCATCGATTGCTAAACTTTGTTAGGAGTCTAAGCGAACCATGGGAAGGGGGCGGCAGTCAACGTGCTCCTTTAGTGAGGTACCATATTCTTACAGCATGTGGAGCGCAGCAAACTAGCGACCGGGAGTACTCCCACAACCCTGGGTACGTACTGCACTTTTTTCAAGAGCCAGGGTCATTTAAATAGCATCTTTGCTCTTTCTGATAAGGGGGCGACCATCTCCGAATTGAGCCAAACGCTGGTATAAGACTCGTCTCATGACTCCCTAGCCATTTGTATGTTGTCATTTCTGATTTTAGCAGGTAAAACGTAAGGCCTGCTAAAGAATCACGCGGGGAGGCCTTAAATTTCGTCATGGAGCAATCGTCCTAGATTGCTGTGAAGGTTCGTACCAGTAGAGTCTAATGTGCGTAAATGTTAACTGGCCGTATATTCTCTGGTGAGCTGAAACAGAAAGCTGGCAGAAAGCCACTCTTGCTGTTTCGTGTGTACGGACATCGGGATAGTACCAAAAAGCATGTTCTTCATCTGGCGATGCTTGATGTCTACCGTAGACACCTTCATACGT '
kmers = composition(text, 12)
for kmer in kmers:
assert (12 == len(kmer))
def debruijn_graph_from_genome(k, genome):
return debruijn_graph(composition(k, genome))
import readFile
import parse
import useful
import composition
k, Text = readFile.listFromInput()
print k, Text
result = useful.lineFromCollection(composition.composition(Text, int(k)))
print result
readFile.lineToOutput(result)
