def runMusicGenerator(models, songName):
"""
Requires: models is a list of trained models
Modifies: nothing
Effects: runs the music generator as following the details in the spec.
"""
key = random.choice(KEY_SIGNATURES.keys())
possiblePitches = KEY_SIGNATURES[key]
desiredLength = 100
line = generateMusicalSentence(models, desiredLength, possiblePitches)
pysynth.make_wav(line, fn=songName)
def runMusicGeneratorMelody(models, songName):
"""
Requires: models is a list of trained models
Modifies: nothing
Effects: uses models to generate a song and write it to the file
named songName.wav
"""
print("key signature is: {}".format(KEY_SIG))
possiblePitches = KEY_SIGNATURES[KEY_SIG]
tuplesList = generateMusicalSentence(models, 50, possiblePitches)
pysynth.make_wav(tuplesList, fn=songName)
"""
def runMusicGenerator(models, songName):
"""
Requires: models is a list of trained models
Modifies: nothing
Effects: runs the music generator as following the details in the spec.
"""
list = KEY_SIGNATURES.keys()
desiredLength = 200
value = random.choice(list)
possiblePitches = KEY_SIGNATURES[value]
tuplesList = generateMusicalSentence(models, desiredLength,
possiblePitches)
pysynth.make_wav(tuplesList, fn=songName)
pass
def create_wav(number,scale,name):
'''
creates a .wav file
number= the number which is to be converted to music
scale= scale to be used
name= name of the .wav file to be saved
'''
number=str(number)
elements=[]
for element in number:
elements.append(int(element))
keys=[]
for i in range(len(elements)-1):
number=elements[i]
next_number=elements[i+1]
note=scale[number][0]
duration=scale[next_number][1]
key=(note,duration)
keys.append(key)
keys=tuple(keys)
pysynth.make_wav(keys, fn = name+".wav")
def runMusicGeneratorBass(models, songName):
print("key signature is: {}".format(KEY_SIG))
possiblePitches = KEY_SIGNATURES[KEY_SIG]
pentatonicScale = possiblePitches[0:2] + possiblePitches[4:5]
tuplesList = generateMusicalSentence(models, 50, pentatonicScale)
pysynth.make_wav(tuplesList, fn=songName)