def saytimenice(tree, _):
time = datetime.datetime.now()
hour = time.hour
minute = time.minute
# We're talking towards the next hour, so increase it by 1
if minute > 32:
hour += 1
hour = hour % 12
minute = (5 * round(minute / 5)) % 60
# We don't usually say 0 hours, we say 12
if hour == 0:
hour = 12
# Handle the different cases
if minute == 0:
s = f"It is {hour} 'o clock"
elif minute == 45:
s = f"It is quarter to {hour}"
elif minute == 15:
s = f"It is quarter past {hour}"
elif minute == 30:
s = f"It is half past {hour}"
elif minute > 30:
s = f"It is {60 - minute} to {hour}"
else:
s = f"It is {minute} past {hour}"
say(s)
def handle_action(self, action):
for a in action['actions']:
if hasattr(Actions, a['type']):
getattr(Actions, a['type'])(self, a['value'])
else:
say(f"ERROR! Unknown action type {a['type']}")
if "next" in action:
self.set_active(action['next'])
else:
self.deactivate()
def sayweather(tree, _):
host = hosts['weather']
r = requests.get(host)
w = r.json()
starter = random.choice(
["It is currently", "It is now", "The weather right now is"])
t = round(w['main']['temp'])
temp = random.choice([
f"with a temperature of {t} degrees", f"at {t} degrees",
f", {t} degrees celcius"
])
s = f"{starter} {w['weather'][0]['main']} {temp}."
say(s)
def main():
recognizer = sr.Recognizer()
recognizer.pause_threshold = 0.5
recognizer.dynamic_energy_threshold = False
microphone = sr.Microphone()
print_status(recognizer)
readjust(recognizer, microphone)
tree = SpeechTree("tree.json")
# Ready to go!
say("Jarvis is online")
while True:
with microphone as source:
try:
audio = recognizer.listen(source,
phrase_time_limit=5,
timeout=3)
handle(recognizer, audio, tree)
except sr.WaitTimeoutError:
# Timeout reached, run loop to check for
if DEBUG:
print("timeout")
if tree.active and (time() - tree.last) > SPEECH_TIMEOUT:
# Havent had a command in a while now, cancel active state
tree.deactivate(True)
if time() - last_adjust > READJUST_TIMEOUT:
print("->Readjusting Audio")
readjust(recognizer, microphone)
if DEBUG:
print(recognizer.energy_threshold)
def process_text(self, text):
if self.active:
if awis(self.stop['triggers'], text):
say(random.choice(self.stop['responses']))
self.deactivate()
else:
scores = []
for action in self.current:
score = cwis(action['trigger'], text)
if score >= self.score_threshold:
scores.append((score, action))
if len(scores) > 0:
best_action = sorted(scores,
key=lambda x: x[0],
reverse=True)[0][1]
self.handle_action(best_action)
else:
say("I can't help you with that")
self.last = time()
else:
if awis(self.keyword['triggers'], text):
responses = self.keyword['responses']
hr = datetime.datetime.now().hour
if 6 <= hr <= 11:
options = responses['any'] + responses['morning']
elif 12 <= hr <= 17:
options = responses['any'] + responses['afternoon']
elif 18 <= hr <= 23:
options = responses['any'] + responses['evening']
elif 0 <= hr <= 4:
options = responses['any'] + responses['night']
else:
options = responses['any']
say(random.choice(options))
self.activate()
def saydate(tree, _):
time = datetime.datetime.now()
number = ordinal(time.day)
s = time.strftime(f"It is %A the {number} of %B, at %H %M")
say(s)
def saytime(tree, _):
time = datetime.datetime.now()
say(time.strftime("The time is %H %M"))
def sayrandom(tree, options):
say(random.choice(options))
def say(tree, text):
say(text)
def nerdjoke(tree, _):
j = requests.get(f"{hosts['joke']}/programming/random")
joke = j.json()[0]
s = joke['setup'] + ' ' + joke['punchline']
say(s)
def sayjoke(tree, _):
j = requests.get(f"{hosts['joke']}/general/random")
joke = j.json()[0]
s = joke['setup'] + ' ' + joke['punchline']
say(s)
def please_repeat(self):
say(random.choice(self.repeat))
def deactivate(self, tellme=False):
if tellme:
say("deactivating")
self.current = None
self.last = None