def AutoMusic(self, parent, page_type, loadpic, waitpic,
incontainer, outcontainer, records, music):
"""
This is a callback function for 'Generate' button.
It takes the random inputs, make an AutoComposeSong object,
and execute its functions to output a MIDI file.
* See 'AutoComposeSong.py' for the detailed explanation
on how these methods work.
"""
genre = random.choice(["Waltz", "Pop", "New Age"])
key = C
cp = random.choice([CP3, CP4, CP5])
title = "Randomly Generated Song"
mode = Tonics
numPhrase = 4
beat = 72
userInput = []
autoSong = AutoComposeSong()
autoSong.reset()
autoSong.setTitle(title)
autoSong.setup(genre, key, mode, cp, numPhrase, beat, userInput)
autoSong.exportMidi(1, 'Output MIDIs/' + title + '.mid')
self.page_factory(parent, page_type, loadpic, waitpic,
incontainer, outcontainer, records, autoSong)
def AutoMusic(self, parent, page_type, loadpic, waitpic,
incontainer, outcontainer, records, music):
"""
This is a callback function for 'Generate' button.
It takes the selected inputs from the listbox,
make an AutoComposeSong object, and execute its functions
to output a MIDI file.
* See 'AutoComposeSong.py' for the detailed explanation
on how these methods work.
"""
genre = self.genreList[int(self.gr_listbox.curselection()[0])]
key = eval(self.keyList[int(self.key_listbox.curselection()[0])])
cp = self.cpList[int(self.cp_listbox.curselection()[0])]
title = self.title.get()
mode = Tonics
numPhrase = 4
beat = 72
if self.entry_field.get() == '':
userInput = []
else:
userInput = Song()
userInput.reset()
userInputMelody = wrapNote(self.entry_field.get().split('-'))
userInputTimes = constant_times(userInputMelody, 2, beat)
userInput.wrapNotesAndTimes(userInputMelody, userInputTimes)
autoSong = AutoComposeSong()
autoSong.reset()
autoSong.setTitle(title)
autoSong.setup(genre, key, mode, cp, numPhrase, beat, userInput)
autoSong.exportMidi(1, 'Output MIDIs/' + title + '.mid')
self.page_factory(parent, page_type, loadpic, waitpic,
incontainer, outcontainer, records, autoSong)
