def main():
SWEARS = {"heck" : 0.01,
"fudge": 0.10,
"darn" : 0.05
}
print("Welcome to PottyPot!")
while True:
print("-"*25)
print("Start recording?")
user_response = input("[y]/n> ")
if user_response.lower() != "y" or not user_response:
print("Invalid response")
break
file = record_audio(5)
words = speech_detect(file)
user_swears = []
for i in words:
print(i)
indiv = i.split(' ')
for j in indiv:
for k in SWEARS:
if k == j:
user_swears.append(k)
if user_swears:
print(f"Uh oh, you said {' '.join(user_swears)}!")
price = float(0)
for swear in user_swears:
price += SWEARS[swear]
price = str(price)[0:4]
print(f"That'll be ${price}")
response = send_money(price)
print(f"Donated ${price}, thanks for swearing!")
def defuse_button(button, check):
color = button[0]
word = button[1]
hold = False
if color == "read":
color = "red"
if word == "a": # sometimes abort heard as a boat
word = "abort"
if color == "blue" and word == "abort":
hold = True
elif (int(check['batteries']) > 1) and (word == "detonate"):
speech.speak('press and immediately release')
elif (color == "white") and (check['car'] == "yes"):
hold = True
elif (int(check['batteries']) > 2) and (check['freak'] == "yes"):
speech.speak('press and immediately release')
elif color == "yellow":
hold = True
elif (color == "red") and (word == "hold"):
speech.speak("press and immediately release")
else:
hold = True
if hold:
speech.speak('hold, color?')
strip = speech.record_audio()
if strip == "blue":
speech.speak('countdown 4')
elif strip == "white":
speech.speak('countdown 1')
elif strip == "yellow":
speech.speak('countdown 5')
else:
speech.speak('countdown 1')
from speech import record_audio
from Command import Command
from Process import Process
#from basic_movement import BasicMovement
from malmo_commands import SpeechToSteve
from speech_recognition import UnknownValueError
from speech_recognition import RequestError
import time
if __name__ == "__main__":
process = Process(SpeechToSteve({}))
while True:
try:
i = input("Ready for command")
command = record_audio()
#command = str(input("Type your command: ")) #keyboard input
command = Command(command)
print("raw_text", command.rawText)
for token in command.doc:
print(token.text, end=' ')
print(token.dep_, token.pos_)
print(
'~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~'
)
except UnknownValueError:
print("Cannot recognize audio")
continue
except RequestError:
print("Speech service down")
print("Exiting")
def respond(voice_data):
global check
voice_data = voice_data.lower()
if 'check' in voice_data or 'jack' in voice_data:
speech.speak('ready')
global check
voice_data = speech.record_audio()
voice_data = voice_data.split()
if 'foul' in voice_data:
voice_data[voice_data.index('foul')] = 'vowel'
if 'bowel' in voice_data:
voice_data[voice_data.index('bowel')] = 'vowel'
if 'powell' in voice_data:
voice_data[voice_data.index('powell')] = 'vowel'
if 'barrel' in voice_data:
voice_data[voice_data.index('barrel')] = 'vowel'
try:
for i in range(0, len(voice_data) - 1):
if i % 2 == 0:
check[voice_data[i]] = voice_data[i + 1]
print(check)
incomplete = True
while incomplete:
incomplete = False
if ('digit' not in check.keys()) or (not str(
check['digit']).isdigit()):
incomplete = True
speech.speak('repeat the digit')
check['digit'] = speech.record_audio()
check['digit'] = stringtoint(check['digit'])
if ('batteries' not in check.keys()) or (not str(
check['batteries']).isdigit()):
incomplete = True
speech.speak('repeat battery number')
check['batteries'] = speech.record_audio()
check['batteries'] = stringtoint(check['batteries'])
if ('parallel' not in check.keys()) or (not str(
check['parallel']) in ['yes', 'no']):
incomplete = True
speech.speak('repeat parallel yes/no')
check['parallel'] = speech.record_audio()
if ('freak' not in check.keys()) or (not str(check['freak'])
in ['yes', 'no']):
incomplete = True
speech.speak('repeat freak yes/no')
check['freak'] = speech.record_audio()
if ('car' not in check.keys()) or (not str(check['car'])
in ['yes', 'no']):
incomplete = True
speech.speak('repeat car yes/no')
check['car'] = speech.record_audio()
if ('vowel' not in check.keys()) or (not str(check['vowel'])
in ['yes', 'no']):
incomplete = True
speech.speak('repeat vowel yes/no')
check['vowel'] = speech.record_audio()
print(check)
speech.speak('Bomb initialisation complete')
except:
speech.speak('sorry try again')
if 'wires' in voice_data or 'why is' in voice_data:
print("hello")
voice_data = voice_data.split()
if 'bread' in voice_data:
voice_data[voice_data.index('bread')] = "red"
if 'why' in voice_data and 'is' in voice_data:
defuse_wires(voice_data[2:], check)
else:
defuse_wires(voice_data[1:], check)
if 'button' in voice_data or 'butter' in voice_data:
voice_data = voice_data.split()
voice_data = voice_data[1:]
if len(voice_data) > 2:
if voice_data[2] == "boat":
voice_data[1] == "abort"
if voice_data[0] == "read":
voice_data[0] = "red"
print(voice_data)
defuse_button(voice_data, check)
if 'keypad' in voice_data or 'key pad' in voice_data or 'leappad' in voice_data:
voice_data = voice_data.split()
voice_data = voice_data[1:]
if len(voice_data) == 4:
if ('i' in voice_data):
voice_data[voice_data.index('i')] = "eye"
if ('6' in voice_data):
voice_data[voice_data.index('6')] = "six"
if ('ballooned' in voice_data):
voice_data[voice_data.index('ballooned')] = "balloon"
if "lampeter" in voice_data:
voice_data[voice_data.index('lampeter')] = "lambda"
if "lander" in voice_data:
voice_data[voice_data.index('lander')] = "lambda"
if len(voice_data) != len(set(voice_data)):
speech.speak('sorry, try again')
else:
print(voice_data)
defuse_keypad(voice_data, check)
else:
speech.speak('sorry, try again')
if 'simon' in voice_data:
voice_data = voice_data.split()
voice_data = voice_data[1:]
voice_data[0] = stringtoint(voice_data[0])
if len(voice_data) == 3 or len(voice_data) == 4:
if 'strikes' in voice_data:
voice_data.pop(voice_data.index['strikes'])
if 'flashing' in voice_data:
voice_data.pop(voice_data.index['flashing'])
if len(voice_data) == 2 or set(voice_data[1:]).issubset(
['blue', 'red', 'yellow', 'green']):
if 'read' in voice_data or 'bread' in voice_data:
voice_data[1] = 'red'
if '0gn' in voice_data:
voice_data = ['0', 'green']
if '1gn' in voice_data:
voice_data = ['1', 'green']
if '2gn' in voice_data:
voice_data = ['2', 'green']
if 'zerocream' in voice_data:
voice_data = ['0', 'green']
print(voice_data)
defuse_simon(voice_data, check)
else:
speech.speak('try again')
if 'password' in voice_data:
defuse_password()
if 'exit' in voice_data or 'except' in voice_data or 'accent' in voice_data:
exit()
if 'oh my god' in voice_data:
speech.speak('Its not my fault')
if 'hello' in voice_data:
speech.speak('hello, how are you?')
if 'test' in voice_data:
speech.speak('roger')
if 'thank you' in voice_data:
speech.speak('im a slave')
if 'we did it' in voice_data:
speech.speak('excuse me i did all the hard work')
if 'skip' in voice_data:
check = {
'batteries': '2',
'digit': '2',
'parallel': 'no',
'car': 'no',
'freak': 'yes',
'vowel': 'yes'
}
print(check)
speech.speak('bomb initialisation default config')
if d == 'zero':
d = 0
elif d == 'one' or d == 'wan':
d = 1
elif d == 'two' or d == 'to' or d == 'too':
d = 2
elif d == 'three':
d = 3
elif d == 'four' or d == 'for':
d = 4
elif d == 'five':
d = 5
elif d == 'six' or d == 'sex':
d = 6
elif d == 'seven':
d = 7
elif d == 'eight':
d = 8
elif d == 'nine':
d = 9
return d
speech.speak('How can I help you?')
while True:
print("READY")
voice_data = speech.record_audio()
print(voice_data)
respond(voice_data)
def defuse_password():
alphabet = {
'alpha': 'a',
'bravo': 'b',
'charlie': 'c',
'delta': 'd',
'echo': 'e',
'foxtrot': 'f',
'golf': 'g',
"hotel": "h",
'india': 'i',
'juliet': 'j',
'kilo': 'k',
'lima': 'l',
'mike': 'm',
'november': 'n',
'oscar': 'o',
'papa': 'p',
'quebec': 'q',
'romeo': 'r',
'sierra': 's',
'tango': 't',
'uniform': 'u',
'victor': 'v',
'whiskey': 'w',
'xray': 'x',
'yankee': 'y',
'zulu': 'z'
}
passwords = [
"about", "after", "again", "below", "could", "every", "first", "found",
"great", "house", "large", "learn", "never", "other", "place", "plant",
"point", "right", "small", "sound", "spell", "still", "study", "their",
"there", "these", "thing", "think", "three", "water", "where", "which",
"world", "would", "write"
]
column = 0
letters = [[], [], []]
wrong = False
while column < 3:
speech.speak('column ' + str(column + 1))
voice_data = speech.record_audio()
print(voice_data)
if 'exit' in voice_data:
letters = None
break
voice_data = voice_data.split()
for i in voice_data:
if i == "whisky":
i = "whiskey"
if i == "x-ray":
i = "xray"
if i == "ecco":
i = "echo"
if i in alphabet.keys():
letters[column].append(alphabet[i])
else:
wrong = True
break
print(letters)
if len(letters[column]) != 6:
wrong = True
if wrong:
wrong = False
letters[column] = []
else:
column += 1
try:
answers = []
for i in letters[0]:
for j in letters[1]:
for k in letters[2]:
for p in passwords:
if p.startswith(i + j + k):
answers.append(p)
print(answers)
if len(answers) == 1:
speech.speak("The password is " + answers[0])
spell_password(answers[0])
elif len(answers) > 1:
speech.speak("The password is either " + answers[0])
spell_password(answers[0])
for i in range(0, len(answers)):
if i != 0:
speech.speak('or ' + answers[i])
spell_password(answers[i])
else:
speech.speak("Error try again")
print(letters)
except:
pass