def RunSarmata(path):
recognized = None
wave_file = path
grammar_file = "grammars/grandma.abnf"
args = SarmataArgs(wave_file, grammar_file)
settings = SarmataSettings()
settings.process_args(args) # load settings from cmd
if args.grammar is not None:
settings.load_grammar(args.grammar)
can_define_grammar = False
if args.define_grammar:
if not settings.grammar_name:
print("Bad usage. Set BOTH grammar_name and grammar file when define grammar is set True.")
sys.exit(1)
can_define_grammar = True
recognizer = SarmataRecognizer(args.address)
if can_define_grammar:
define_grammar_response = recognizer.define_grammar(args.grammar_name, settings.grammar)
if define_grammar_response.ok:
if args.grammar is None:
print("Grammar " + args.grammar_name + " removed")
else:
print("Grammar " + args.grammar + " defined as " + args.grammar_name)
else:
print("Define grammar error: " + define_grammar_response.error)
# --------------------------
# recognize section
# --------------------------
if args.wave is not None or args.mic:
validate_recognition_settings(settings)
with create_audio_stream(args) as stream:
# generate id
session_id = stream.session_id()
settings.set_session_id(session_id)
results = recognizer.recognize(stream, settings)
recognized = print_results(results, stream)
return recognized
if define_grammar_response.ok:
if args.grammar is None:
print("Grammar " + args.grammar_name + " removed")
else:
print("Grammar " + args.grammar + " defined as " +
args.grammar_name)
else:
print("Define grammar error: " + define_grammar_response.error)
# --------------------------
# recognize section
# --------------------------
if args.wave is not None or args.mic:
validate_recognition_settings(settings)
with create_audio_stream(args) as stream:
# generate id
f_min_dif = open("min_difference.txt")
min_dif = float(f_min_dif.read())
f_result = open("result.txt", "w+")
f_result.write('')
winsound.PlaySound("ring2.wav", winsound.SND_FILENAME)
session_id = stream.session_id()
settings.set_session_id(session_id)
results = recognizer.recognize(stream, settings)
[results_speech, results_rr] = print_results(results, stream)
#result = results_speech[results_rr.index(max(results_rr))]
#if len(results_rr) >= 1:
#if results_rr.index(max(results_rr)) == 0:
def menu_choice_recognition(self, grammar_file):
vr = VoiceRecording()
vr.record_voice()
wave_file = "waves/output6.wav"
args = SarmataArgs(wave_file, grammar_file)
settings = SarmataSettings()
settings.process_args(args) # load settings from cmd
if args.grammar is not None:
settings.load_grammar(args.grammar)
can_define_grammar = False
if args.define_grammar:
if not settings.grammar_name:
print(
"Bad usage. Set BOTH grammar_name and grammar file when define grammar is set True."
)
sys.exit(1)
can_define_grammar = True
recognizer = SarmataRecognizer(args.address)
if can_define_grammar:
define_grammar_response = recognizer.define_grammar(
args.grammar_name, settings.grammar)
if define_grammar_response.ok:
if args.grammar is None:
print("Grammar " + args.grammar_name + " removed")
else:
print("Grammar " + args.grammar + " defined as " +
args.grammar_name)
else:
print("Define grammar error: " + define_grammar_response.error)
# --------------------------
# recognize section
# --------------------------
if args.wave is not None or args.mic:
validate_recognition_settings(settings)
try:
with create_audio_stream(args) as stream:
# generate id
session_id = stream.session_id()
settings.set_session_id(session_id)
results = recognizer.recognize(stream, settings)
res_semantic_interpretation = print_results(
results, stream)
if res_semantic_interpretation == None:
raise Exception
else:
print(res_semantic_interpretation)
# zwraca interpretacje
return res_semantic_interpretation
except Exception:
print("Bład")
return -1