def loop(self): count = 0 while True: i = self.sr.voice_detection() i = tokenize_weak.format(i) if (self.compare_sentence_to_list(i, self.words_start) and count <= 0) or self.first_run: count = self.count_max print('starting') if not self.first_run: self.voice.speech_out('yes') i = '' self.first_run = False if self.compare_sentence_to_list(i, self.words_stop): count = 0 print('stopping') i = self.check_sentence(i) if len(i) > 0: if count > 0: out = self.model.get_sentence(i) blacklisted = False for jj in self.blacklist: if out.startswith(jj): blacklisted = True if not blacklisted: self.voice.speech_out(out) count -= 1 if count <= 0: print('quiet')
def loop(self): global mode count = 0 while True: self.pin_a_on() i = self.sr.voice_detection() self.pin_a_off() if not no_tokenize_weak: i = tokenize_weak.format(i) if (self.compare_sentence_to_list(i, self.words_start) and count <= 0) or self.first_run: count = self.count_max print('starting') if not self.first_run: self.voice.speech_out('yes') i = '' self.first_run = False if self.compare_sentence_to_list(i, self.words_stop) and must_stop: count = 0 print('stopping') i = self.check_sentence(i) if len(i) > 0: if count > 0: if mode == 'signal': self.voice.beep_out() ts = time.time() out = self.model.get_sentence(i) te = time.time() if mode == 'signal': self.voice.beep_out() ## seconds ## self.time_total = (te - ts) if self.time_total > self.time_allowed: mode = 'signal' print(self.time_total, 'time') blacklisted = False for jj in self.blacklist: if out.startswith(jj): blacklisted = True if not blacklisted: print(out) self.voice.speech_out(out) if not do_not_end: count -= 1 if count <= 0: print('quiet')
def loop(self): global mode count = 0 num = 0 print('starting') self.print_contents(pr=False, code='w') while True: #self.pin_a_on() #i = self.sr.voice_detection() if stat_limit <= num: break i = input(str(num)+ '> ') #print(i) #self.pin_a_off() if not no_tokenize_weak: i = tokenize_weak.format(i) if (self.compare_sentence_to_list(i, self.words_start) and count <= 0) or self.first_run: count = self.count_max if not self.first_run: #self.voice.speech_out('yes') i = '' self.first_run = False if self.compare_sentence_to_list(i, self.words_stop) and must_stop: count = 0 #print('stopping') i = self.check_sentence(i) print(i) if len(i) > 0: if count > 0 : #if mode == 'signal': self.voice.beep_out() ts = time.time() if (i.strip() == '' or len(i.strip()) == 0) or i.strip() == "'" : i = '.' out = self.model.get_sentence(i) te = time.time() #if mode == 'signal': self.voice.beep_out() if out not in self.responses: self.responses[out] = 1 else: self.responses[out] += 1 for word in out.split(): if word not in self.responses_words: self.responses_words[word] = 1 else: self.responses_words[word] += 1 self.responses_words_list.append(word) ## do not use !! pass #print(' count:', self.responses[out]) ## seconds ## self.time_total = (te - ts) if self.time_total > self.time_allowed: mode = 'signal' #print(self.time_total, 'time') blacklisted = False for jj in self.blacklist: if out.startswith(jj): blacklisted = True if not blacklisted: print('[',out, '] count:', self.responses[out]) self.responses_list.append([i, out]) #self.voice.speech_out(out) if not do_not_end: count -= 1 num += 1 if num % 100 == 0: self.print_contents(pr=False, code='a') if count <= 0 : #print('quiet') pass
def loop(self): global mode count = 0 self.num = 0 print('starting') self.loop_pass_num += 1 self.print_contents(pr=False, code='w') while True: #for _ in range(max(stat_limit, stat_tab)): #self.pin_a_on() #i = self.sr.voice_detection() self.lines += 1 if stat_tab <= self.num and not original_sentences: break i = input(str(self.num) + ' > ') #print(i) #self.pin_a_off() if not no_tokenize_weak: i = tokenize_weak.format(i) if (self.compare_sentence_to_list(i, self.words_start) and count <= 0) or self.first_run: count = self.count_max if not self.first_run: #self.voice.speech_out('yes') i = '' self.first_run = False if self.compare_sentence_to_list(i, self.words_stop) and must_stop: count = 0 #print('stopping') i = self.check_sentence(i) print(i) if len(i) > 0 or True: if count > 0 or True: #if mode == 'signal': self.voice.beep_out() ts = time.time() if (i.strip() == '' or len(i.strip()) == 0) or i.strip() == "'": i = '.' if original_sentences: if i.strip() in self.original_input_sentences: ''' if i == "": self.num += 1 ## use or not use!! if (num % interval == 0 and num <= stat_limit) or num == stat_limit: self.print_contents(pr=False, code='a') ''' #self.num += 1 continue else: if self.loop_pass_num == 1: self.original_input_sentences.append(i.strip()) out = self.model.get_sentence(i) te = time.time() #if mode == 'signal': self.voice.beep_out() if out not in self.responses: self.responses[out] = 1 else: self.responses[out] += 1 for word in out.split(): if word not in self.responses_words: self.responses_words[word] = 1 else: self.responses_words[word] += 1 self.responses_words_list.append( word) ## do not use !! pass #print(' count:', self.responses[out]) ## seconds ## self.time_total = (te - ts) if self.time_total > self.time_allowed: mode = 'signal' #print(self.time_total, 'time') blacklisted = False for jj in self.blacklist: if out.startswith(jj): blacklisted = True if not blacklisted: print('[', out, '] count:', self.responses[out]) self.responses_list.append([i, out]) #self.voice.speech_out(out) if not do_not_end: count -= 1 self.num += 1 if (self.num % interval == 0 and self.num <= stat_limit) or self.num == stat_limit: self.print_contents(pr=False, code='a') if self.num >= stat_limit: break if count <= 0: #print('quiet') pass print() print(self.num, 'num total') print(self.lines, 'lines total scanned')