def analize(text):
# valid command list
commandset = commands.givecommands()
sounder = Sounder(commandset)
index = sounder.search(text.lower().split())
command = " ".join(commandset[index])
return command
class TextLearner:
def __init__(self):
self.modules = self.get_modules()
self.chances = []
self.searcher = Sounder()
def set_modules(self, modules):
self.modules = modules
return self
def learn(self, key_words):
module_func = self.understand(key_words)
print(module_func)
return module_func
@staticmethod
def get_modules():
c = config
return c.get_modules()
def understand(self, keywords):
print(keywords)
dataset = []
for x in self.modules:
dataset.append(x[1])
return self.modules[self.searcher.set_dataset(dataset).search(keywords)]
class TextLearner:
def __init__(self):
self.modules = self.get_modules()
self.chances = []
self.searcher = Sounder()
def set_modules(self, modules):
self.modules = modules
return self
def learn(self, key_words):
module_func = self.understand(key_words)
print(module_func)
return module_func
@staticmethod
def get_modules():
c = config
return c.get_modules()
def understand(self, keywords):
print(keywords)
dataset = []
for x in self.modules:
dataset.append(x[1])
return self.modules[self.searcher.set_dataset(dataset).search(
keywords)]
class ActivitySearch:
def __init__(self):
self.sounder = Sounder()
def get_probability(self, given_keywords, user_keywords):
info = self.sounder.probability(query=user_keywords, dataset=given_keywords,
prediction=True, metaphone=True, detailed=True)
return info['chances']
class ActivitySearch:
def __init__(self):
self.sounder = Sounder()
def get_probability(self, given_keywords, user_keywords):
info = self.sounder.probability(query=user_keywords,
dataset=given_keywords,
prediction=True,
metaphone=True,
detailed=True)
return info['chances']
def main(opts):
if not opts.demo:
from reader import Reader
global q
delay = .001
lights = {0: 0, 1: 0, 2: 0, 3: 0, 4: 0, 5: 0}
print opts
if not opts.demo:
reader = Reader(lights)
sounder = Sounder()
player = Player(sounder)
songs = ["breathe", "hotrs", "wishhere", "polly", "ripple"]
for song in cycle(songs):
#time.sleep(.5)
q = player.song(song)
while True:
debug_str = ""
time.sleep(delay)
if not opts.demo:
reader.fetch()
if not q["play"].empty():
player.chord(q["play"].get_nowait())
for ch in lights:
debug_str += "{}:{} ".format(ch, lights[ch])
if lights[ch] < 650 or opts.demo:
sounder.start(get_str(ch))
else:
sounder.stop(get_str(ch))
print(debug_str)
time.sleep(delay)
if q["sig"] == "stopped":
print "caught sig... stopping song"
sounder.mute()
break
def main(opts):
if not opts.demo:
from reader import Reader
global q
delay = 0.001
lights = {0: 0, 1: 0, 2: 0, 3: 0, 4: 0, 5: 0}
print opts
if not opts.demo:
reader = Reader(lights)
sounder = Sounder()
player = Player(sounder)
songs = os.listdir("./songs/")
songs = filter(lambda x: x.endswith(".js"), songs)
numpy.random.shuffle(songs)
print ("Loaded songs:")
print (songs)
for song in cycle(songs):
# time.sleep(.5)
q = player.song(song)
while True:
debug_str = ""
time.sleep(delay)
if not opts.demo:
reader.fetch()
if not q["play"].empty():
player.chord(q["play"].get_nowait())
for ch in lights:
debug_str += "{}:{} ".format(ch, lights[ch])
if lights[ch] < 650 or opts.demo:
sounder.start(get_str(ch))
else:
sounder.stop(get_str(ch))
# print(debug_str)
time.sleep(delay)
if q["sig"] == "stopped":
print "caught sig... stopping song"
sounder.mute()
break
def main(opts):
if not opts.demo:
from reader import Reader
global q
delay = .001
lights = {0:0, 1:0, 2:0, 3:0, 4:0, 5:0}
print opts
if not opts.demo:
reader = Reader(lights)
sounder = Sounder()
player = Player(sounder)
songs = ["breathe", "hotrs", "wishhere", "polly", "ripple"]
for song in cycle(songs):
#time.sleep(.5)
q = player.song(song)
while True:
debug_str = ""
time.sleep(delay)
if not opts.demo:
reader.fetch()
if not q["play"].empty():
player.chord(q["play"].get_nowait())
for ch in lights:
debug_str += "{}:{} ".format(ch, lights[ch])
if lights[ch] < 650 or opts.demo:
sounder.start(get_str(ch))
else:
sounder.stop(get_str(ch))
print(debug_str)
time.sleep(delay)
if q["sig"] == "stopped":
print "caught sig... stopping song"
sounder.mute()
break
def __init__(self):
self.sounder = Sounder()
def __init__(self):
self.modules = self.get_modules()
self.chances = []
self.searcher = Sounder()
dprint("\nProbabilities:")
if DEBUG:
for b in B:
dprint("{0} \nwith e={1} and d={2}".format(b, e_p[b.i], d_p[b.i],
sum(e_p[b.i].values()),
sum(d_p[b.i].values())))
# print "\nSafety check:"
# print accent_p(B[7],S[1])
# print duration_p(B[7],S[0])
# Two emission functions
# xpath = viterbi.viterbi(S,B,T,start_p,accent_p,duration_p)
# One emission function
xpath = viterbi.viterbi(S, B, T, start_p, accent_p)
print "\nAnd they said, in great unison, that The Path shalt be:"
sounder = Sounder(5)
sendlist = [(-1, 1, b) for b in range(0, 5)]
for x in xpath:
print x
# print "Hidden state, transition values ",T[x.i]
sendlist[x.origin] = (ra.randint(60, 80), x.duration, x.origin)
print sendlist
sounder.set_notes(sendlist)
sounder.send_notes()
sounder.close()
def __init__(self):
self.sounder = Sounder()
print("Kindly input your command.")
print("\n")
user_string = input()
print("\n")
print("Your command: %s" % user_string)
key_words_array = []
for a in dataset:
key_words_array.append(a[1])
s = Sounder(key_words_array)
def get_user_words_array(user_string):
user_array = user_string.split()
for user_word in user_array:
if user_word in s.get_reserved_sub_words():
user_array.remove(user_word)
return user_array
user_keywords = get_user_words_array(user_string)
print("\n")
index = s.search(user_keywords)
dprint("\nProbabilities:")
if DEBUG:
for b in B:
dprint("{0} \nwith e={1} and d={2}".format(b,e_p[b.i],d_p[b.i],sum(e_p[b.i].values()),sum(d_p[b.i].values())))
# print "\nSafety check:"
# print accent_p(B[7],S[1])
# print duration_p(B[7],S[0])
# Two emission functions
# xpath = viterbi.viterbi(S,B,T,start_p,accent_p,duration_p)
# One emission function
xpath = viterbi.viterbi(S,B,T,start_p, accent_p)
print "\nAnd they said, in great unison, that The Path shalt be:"
sounder = Sounder(5)
sendlist = [(-1,1,b) for b in range(0,5)]
for x in xpath:
print x
# print "Hidden state, transition values ",T[x.i]
sendlist[x.origin] = (ra.randint(60,80),x.duration,x.origin)
print sendlist
sounder.set_notes(sendlist)
sounder.send_notes()
sounder.close()
def __init__(self):
self.modules = self.get_modules()
self.chances = []
self.searcher = Sounder()