class StereotypeExecutor(object):
def __init__(self):
self.markov_chain = SimpleMarkovChain()
self.markov_current_state = 'MakeResponse' # there should be an initial state @ can be random
self.inter_arrivals_manager = InterArrivalsManager()
self.data_generator = DataGenerator()
# self.data_generator.initialize_file_system()
# self.sender
def initialize_from_stereotype_recipe(self, stereotype_recipe):
'''Initialize the Markov Chain states'''
self.markov_chain.initialize_from_recipe(stereotype_recipe)
self.markov_chain.calculate_chain_relative_probabilities()
'''Initialize the inter-arrival times'''
self.inter_arrivals_manager.initialize_from_recipe(stereotype_recipe)
'''Initialize the file system'''
self.data_generator.initialize_file_system()
def get_waiting_time(self):
return self.inter_arrivals_manager.get_waiting_time(self.markov_chain.previous_state,
self.markov_chain.current_state)
def next_operation(self):
'''Get the next operation to be done'''
self.markov_chain.next_step_in_random_navigation()
'''Do an execution step as a client'''
def execute(self):
raise NotImplemented
def __init__(self):
self.markov_chain = SimpleMarkovChain()
self.markov_current_state = 'MakeResponse' # there should be an initial state @ can be random
self.inter_arrivals_manager = InterArrivalsManager()
self.data_generator = DataGenerator()
recipe1 = os.getcwd() + "\\MidiFiles\\Classical\\elise.mid"
# Sonata 8 CMAJ
recipe2 = os.getcwd() + "\\MidiFiles\\Classical\\pathet1.mid"
recipe3 = os.getcwd() + "\\MidiFiles\\Classical\\pathet2.mid"
recipe4 = os.getcwd() + "\\MidiFiles\\Classical\\pathet3.mid"
# Sonata 14 CMIN
recipe5 = os.getcwd() + "\\MidiFiles\\Classical\\beet27m1.mid"
recipe6 = os.getcwd() + "\\MidiFiles\\Classical\\beet27m2.mid"
recipe7 = os.getcwd() + "\\MidiFiles\\Classical\\beet27m3.mid"
result = os.getcwd() + "\\MidiOutput\\" + "Song1EMAJ2.mid"
chain_notes = SimpleMarkovChain()
chain_lengths = SimpleMarkovChain()
recipe_list = [recipe1, recipe2, recipe3, recipe4, recipe5, recipe6, recipe7]
for recipe in recipe_list:
loadRecipe(recipe, chain_notes, chain_lengths)
#chain_notes.printChain()
result_pattern = midi.Pattern()
result_track = midi.Track()
result_pattern.append(result_track)
pattern_beat = midi.read_midifile(recipe_beat)
for i in range(3):
result_track.append(pattern_beat[0][i])
