skype_contacts_dict = tbh_skype_interface.load_skype_contacts( \
'skype_contact_names_00.txt' )
# -------------------- #
# INITIALIZATION #
# -------------------- #
# ---- INITIALIZE THINGS ---- #
# Initialize the dialog manager
feature_type_list = [ 'tbh_keyword' , 'tbh_first_word' , 'tbh_keyword_sequence', 'score_statistic', 'tbh_digits', 'tbh_skype_contact', 'tbh_environmental_control_keyword' ]
#dm = tbh_dialog_manager.tbh_dialog_manager_t( feature_type_list = feature_type_list, \
# skype_contacts_dict = \
# skype_contacts_dict )
dm = tbh_dialog_manager.tbh_dialog_manager_t( \
feature_type_list = feature_type_list, \
skype_contacts_dict = \
skype_contacts_dict, starting_state='awake' )
# Initialize speech recognizer
sr = tbh_speech_recognizer.tbh_speech_recognizer_t( \
starting_grammar = 'phone_call', default_grammar = 'phone_call' )
# Initialize Skype manager
# Pass in the text file containing the contact names
sm = tbh_skype_interface.tbh_skype_interface_t( contacts_file = skype_contacts_dict )
# Initialize the audio listener, has its own thread
al = tbh_audio_listener.tbh_audio_listener_t( \
microphone_name = 'icicle', temp_audio_storage_path = \
# tbh specific stuff import tbh_speech_recognizer import tbh_audio_listener import tbh_audio_listener_gui # import tbh_output_interface import tbh_dialog_manager # Start the GUI # It needs to be on its own thread gui_manager = tbh_audio_listener_gui.tbh_gui_manager() gui_manager_thread = threading.Thread( target = gui_manager.gui.main ) # Start the dialog manager dm = tbh_dialog_manager.tbh_dialog_manager_t() dm.add_processed_nbest_event_handler( gui_manager.execute_action_handler ) # Start speech recognizer # It does not need to be on its own thread sr = tbh_speech_recognizer.tbh_speech_recognizer_t() sr.add_processed_audio_event_handler( gui_manager.show_nbest_handler ) sr.add_processed_audio_event_handler( dm.process_nbest_handler ) # Add handlers to the tbh_audio_listener # al = tbh_audio_listener.tbh_audio_listener_t() gui_manager.audio_listener.add_audio_listener_handler( sr.process_raw_audio_handler ) gui_manager.audio_listener.add_audio_listener_handler( gui_manager.end_of_audio_stream_handler ) gui_manager.audio_listener.add_start_of_audio_handler( gui_manager.start_of_audio_handler ) # Add handlers to the speech recognizer
import tbh_dialog_manager
import sys
sys.path.append( '../../tbh_top_level/src/' )
import tbh_user_profile
if __name__ == '__main__':
user_profile = tbh_user_profile.tbh_user_profile_t( 0 )
feature_type_list = [ 'tbh_keyword' , 'tbh_first_word' , \
'tbh_keyword_sequence', 'score_statistic' ]
dialog_manager = tbh_dialog_manager.tbh_dialog_manager_t( user_profile, \
feature_type_list )
while 1:
input_sentence = raw_input( "Type in a string " + \
"(lowercase, no commas or periods, " + \
"compose words if necessary, q to exit): " )
if input_sentence == 'q':
break
else:
# Turn into artificial param_dict with n-best list
param_dict = {}
# Create an artificial nbest list
nbest_list = []
for index in range(0,10):
