def recognize_speech_from_mic_using_google(recognizer, microphone):
print("\nSTATUS: LISTENING...")
with microphone as source:
# recognizer.adjust_for_ambient_noise(source)
audio = recognizer.listen(source)
# set up the response object
response = {"success": True, "error": None, "transcription": None}
GOOGLE_CLOUD_SPEECH_CREDENTIALS = get_google_creds(google_cred_file)
LED_STATUS.recognizing()
print("STATUS: RECOGNIZING...")
try:
response["transcription"] = recognizer.recognize_google_cloud(
audio, credentials_json=GOOGLE_CLOUD_SPEECH_CREDENTIALS)
except sr.UnknownValueError:
# API was unreachable or unresponsive
response["success"] = False
response["error"] = "Unable to recognize speech"
pass
except sr.RequestError as e:
# speech was unintelligible
response["error"] = "API unavailable"
pass
return response
def get_heard_sentence():
listened_result = listener.listen()
LED_STATUS.recognizing()
if listened_result["success"] == True:
sentence = str(listened_result["transcription"])
return sentence
else:
print(listened_result["error"])
return "None"
def find_names_utter_namank():
print("== starting the process == \n")
time.sleep(2)
sadhu.say("start")
LED_STATUS.listening()
time.sleep(0.5)
# 1. --- > do speech recognition and SST < --- #
listened_result = listener.listen()
LED_STATUS.recognizing()
if listened_result["success"] == True and listened_result["error"] == None:
sentence = str(listened_result["transcription"])
print("STATUS: RECOGNIZED SST\n")
print("SST: " + sentence + "\n")
# 2. --- > Do name recognition within speech < --- #
names = nr.get_names(sentence)
if names == 'no valid names found':
print("STATUS: No names found. Try Again!")
LED_STATUS.no_names()
sadhu.say("noNames")
else:
print("STATUS: FOUND NAMES\n")
sadhu.say("found_names")
LED_STATUS.found_names()
# pretty print the names list
for name in names:
print(name)
print("============\n")
print("\nSTATUS: PREDICTIONS..")
# 3. --- > Do destiny findings < --- #
for name in names:
print("\n" + name + "\n")
# ring the bell (hit solenoid 15 for 0.1 sec)
bell_module.ring(20, 0.2)
# Chant before starting prediction
sadhu.say("om")
sadhu.say("name_header")
sadhu.say_name(str(name))
SN = destiny.soul_number(name)
destiny_number = SN
SD = destiny.soul_desires(name)
# IDN = destiny.inner_dream_number(name)
# IDS = destiny.inner_dreams(name)
print("\n")
print("-----------------------------------------")
print("Soul Urge Number / Heart Desire Number: " + str(SN))
print("-----------------------------------------")
print(SD)
print("\n")
sadhu.say("desire_header")
sadhu.say_number(str(SN))
time.sleep(1)
sadhu.say('dt' + str(SN))
# time.sleep(1)
# print("\n")
# print("------------------------------------------------------")
# print("Numerology Personality Number / Inner Dream Number " + str(IDN))
# print("------------------------------------------------------")
# print(IDS)
# print("\n")
# sadhu.say("personality_header")
# sadhu.say_number(str(IDN))
# time.sleep(1)
# sadhu.say('su'+str(IDN))
# serial.pritn("name,6,jhsfgbhsbf,6, sdghvfsghdf;")
print("\n*************** ^^^ **************")
# ring the bell (hit solenoid 4 timesfor 0.25 sec) marking the ned of one prediction
bell_module.ring(20, 0.2)
LED_STATUS.deactivate()
else:
print(listened_result["success"])
print(listened_result["error"])
print("\n=> Start Again! hit the Bell <=\n")
LED_STATUS.no_names()
sadhu.say("noNames")
def find_names_utter_namank():
global destiny_number
global found_name
print(" => Starting the process")
time.sleep(2)
sadhu.say("start")
LED_STATUS.listening()
time.sleep(0.5)
# 1. --- > do speech recognition and SST < --- #
listened_result = listener.listen()
LED_STATUS.recognizing()
if listened_result["success"] == True and listened_result["error"] == None:
sentence = str(listened_result["transcription"])
print("\n => STATUS: RECOGNIZED SST")
print("\n => SST: " + sentence)
# 2. --- > Do name recognition within speech < --- #
names = nr.get_names(sentence)
if names == 'no valid names found':
print("\n => STATUS: No names found. Try Again!")
print("\n => Start Again! hit the Bell")
LED_STATUS.no_names()
sadhu.say("noNames")
destiny_number = None
found_name = None
else:
print("\n => STATUS: FOUND NAMES:")
sadhu.say("found_names")
LED_STATUS.found_names()
# pretty print the names list
for name in names:
# clean strings of any speacial character as we need one piece of string
name = ''.join(e for e in name if e.isalnum())
name = name.lower()
print(name)
found_name = name
print("\n => STATUS: PREDICTIONS:")
# 3. --- > Do destiny findings < --- #
for found_name in names:
found_name = ''.join(e for e in name if e.isalnum())
found_name = found_name.lower()
print("\n" + found_name + "\n")
print("\n => Ringing auspicious bell")
# ring the bell (hit solenoid 15 for 0.1 sec)
bell_module.ring(10, 0.1)
# Chant before starting prediction
sadhu.say("om")
sadhu.say("name_header")
sadhu.say_name(str(found_name))
SN = destiny.soul_number(found_name)
destiny_number = SN
SD = destiny.soul_desires(found_name)
print("\n")
print("-----------------------------------------")
print("Destiny Number and Heart Desire: " + str(SN))
print("-----------------------------------------")
print(SD)
print("\n")
sadhu.say("desire_header")
sadhu.say_number(str(SN))
time.sleep(1)
sadhu.say('su' + str(SN))
# ring the bell (hit solenoid 4 timesfor 0.25 sec) marking
# the end of one prediction
print("\n => Ringing auspicious bell")
bell_module.ring(10, 0.1)
LED_STATUS.deactivate()
else:
print(listened_result["success"])
print(listened_result["error"])
print("\n => Start Again! hit the Bell")
LED_STATUS.no_names()
sadhu.say("noNames")
destiny_number = None
found_name = None