def response(self, input_text, parts):
keywords = []
for word, part in parts:
if morph.isKeyword(part):
keywords.append(word)
count = len(keywords)
if count > 0 and not self.dictionary.template[count] == []:
templates = self.dictionary.template[count]
template = bot.select_random(templates)
for key in keywords:
template.replace('<noun>', key, 1)
return template
random_list = self.dictionary.random
return bot.select_random(random_list)
def response(self, input_text, parts):
ptn_items = []
ptn_items = self.dictionary.pattern
for ptn_item in ptn_items:
m = ptn_item.match(input_text)
if m:
return ptn_item.choice()
#[End of for]
random_list = self.dictionary.random
return bot.select_random(random_list)
def generate(self, keyword):
if not self.dic:
return
prefix1 = ''
words = []
if self.dic.get(keyword):
prefix1 = keyword
else:
prefix1 = self.__select_start()
keys = list(self.dic.get(prefix1).keys())
prefix2 = bot.select_random(keys)
words.append(prefix1)
words.append(prefix2)
for _ in range(self.CHAIN_MAX):
suffix = bot.select_random(self.dic.get(prefix1).get(prefix2))
if suffix == self.ENDMARK:
break
words.append(suffix)
prefix1 = prefix2
prefix2 = suffix
return ''.join(map(str, words))
def response(self, input_text, parts):
random_list = []
random_list = self.dictionary.random
return bot.select_random(random_list)
def choice(self):
return bot.select_random(self.phrases)
def __select_start(self):
keys = list(self.starts.keys())
return bot.select_random(keys)