def on_message(chat: ChatbotGUI, text: str):
# this is where you can add chat bot functionality!
# text is the text the user has entered into the chat
# you can use chat.send_ai_message("") to send a message as the AI
# you can use chat.start_gif() and chat.stop_gif() to start and stop the gif
# you can use chat.clear() to clear the user and AI chat boxes
# print the text the user entered to console
print("User Entered Message: " + text)
# chat.start_gif()
# send a response as the AI
# chat.send_ai_message("Hello!")
bot_response = chatbot.get_response(text)
chat.send_ai_message(bot_response)
# if the user send the "clear" message clear the chats
if text == "clear":
chat.clear()
def on_message(gui: ChatbotGUI, user_message: str):
# if the user send the "clear" message clear the chats
if user_message.lower().find("clear") != -1:
gui.clear()
# user can say any form of bye to close the chat.
elif user_message.lower().find("bye") != -1:
# define a callback which will close the application
def close():
gui.exit()
# send the goodbye message and provide the close function as a callback
gui.send_ai_message(
"It has been good talking with you. Have a great day!",
callback=close)
else:
# offload chat bot processing to a worker thread and also send the result as an ai message
gui.process_and_send_ai_message(chat_bot.get_response, user_message)
def on_message(chat: ChatbotGUI, text: str):
# print the text the user entered to console
print("User Entered Message: " + text)
''' Here you can intercept the user input and override the bot
output with your own responses and commands.'''
# if the user send the "clear" message clear the chats
if text.lower().find("erase chat") != -1:
chat.clear()
# user can say any form of bye to close the chat.
elif text.lower().find("bye") != -1:
def close():
chat.exit()
chat.send_ai_message("Finally! Leave me alone now!", callback=close)
else:
# offload chat bot processing to a worker thread and also send the result as an ai message
chat.process_and_send_ai_message(chatbot.get_response, text)
print("Welcome to the chat with Mr.Chatbot, ask it a question!")
is_exit = True
while not is_exit:
request = input('You: ')
response = chatbot.get_response(request)
if request.lower().find("bye") != -1:
is_exit = True
else:
print('Bot: ', response)
''' ******************* GUI Below Engine Above **************** '''
# Import for the GUI
from chatbot_gui import ChatbotGUI
# create the chatbot app
app = ChatbotGUI("My Chat Bot (WINDOW NAME HERE)")
# time
import time
# define the function that handles incoming user messages
@app.event
def on_message(chat: ChatbotGUI, text: str):
# this is where you can add chat bot functionality!
# text is the text the user has entered into the chat
# you can use chat.send_ai_message("") to send a message as the AI
# you can use chat.start_gif() and chat.stop_gif() to start and stop the gif
# you can use chat.clear() to clear the user and AI chat boxes
# print the text the user entered to console
print("User Entered Message: " + text)
# Import for the GUI
from chatbot_gui import ChatbotGUI
chatbot = ChatBot("Reginald")
trainer_personality_reginald = ListTrainer(chatbot)
trainer_personality_reginald.train(personality_reginald)
''' ******************* GUI Below Engine Above **************** '''
# creating the chatbot app
app = ChatbotGUI(
title="A Chat with Reginald",
gif_path="skeleton.gif",
show_timestamps=True,
default_voice_options={
"rate": 135,
"volume": 1,
"voice_id": "HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech\Voices\Tokens\TTS_MS_EN-US_DAVID_11.0"
}
)
# define the function that handles incoming user messages
@app.event
def on_message(chat: ChatbotGUI, text: str):
# print the text the user entered to console
print("User Entered Message: " + text)
''' Here you can intercept the user input and override the bot
output with your own responses and commands.'''
def on_message(chat: ChatbotGUI, text: str):
"""
This is where you can add chat bot functionality!
You can use chat.send_ai_message(text, callback, voice_options) to send a message as the AI.
params:
- text: the text you want the bot to say
- callback: a function which will be executed when the AI is done talking
- voice_options: a dictionary where you can provide options for the AI's speaking voice
default: {
"rate": 100,
"volume": 0.8,
"voice": "HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech\Voices\Tokens\TTS_MS_EN-US_ZIRA_11.0"
}
You can use chat.start_gif() and chat.stop_gif() to start and stop the gif.
You can use chat.clear() to clear the user and AI chat boxes.
You can use chat.process_and_send_ai_message to offload chatbot processing to a thread to prevent the GUI from
freezing up.
params:
- ai_response_generator: A function which takes a string as it's input (user message) and responds with
a string (AI's response).
- text: The text that the ai is responding to.
- callback: a function which will be executed when the AI is done talking
- voice_options: a dictionary where you can provide options for the AI's speaking voice
default: {
"rate": 100,
"volume": 0.8,
"voice": "HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech\Voices\Tokens\TTS_MS_EN-US_ZIRA_11.0"
}
:param chat: The chat box object.
:param text: Text the user has entered.
:return:
"""
# this is where you can add chat bot functionality!
# text is the text the user has entered into the chat
# you can use chat.send_ai_message("some text") to send a message as the AI, this will do background
# you can use chat.start_gif() and chat.stop_gif() to start and stop the gif
# you can use chat.clear() to clear the user and AI chat boxes
# print the text the user entered to console
print("User Entered Message: " + text)
''' Here you can intercept the user input and override the bot
output with your own responses and commands.'''
# if the user send the "clear" message clear the chats
if text.lower().find("erase chat") != -1:
chat.clear()
# user can say any form of bye to close the chat.
elif text.lower().find("bye") != -1:
# define a callback which will close the application
def close():
chat.exit()
# send the goodbye message and provide the close function as a callback
chat.send_ai_message(
"It has been good talking with you. Have a great day! Later!",
callback=close)
else:
# offload chat bot processing to a worker thread and also send the result as an ai message
chat.process_and_send_ai_message(chatbot.get_response, text)
# create the chatbot app
"""
Options
- title: App window title.
- gif_path: File Path to the ChatBot gif.
- show_timestamps: If the chat has time-stamps.
- default_voice_options: The voice options provided to the text-to-speech engine by default if not specified
when calling the send_ai_message() function.
"""
app = ChatbotGUI(
title="Funbot",
gif_path="download.gif",
show_timestamps=True,
default_voice_options={
"rate":
100,
"volume":
0.8,
"voice":
"HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech\Voices\Tokens\TTS_MS_EN-US_DAVID_11.0"
})
# define the function that handles incoming user messages
@app.event
def on_message(chat: ChatbotGUI, text: str):
"""
This is where you can add chat bot functionality!
You can use chat.send_ai_message(text, callback, voice_options) to send a message as the AI.
params:
chat_bot_corpus_trainer.train('chatterbot.corpus.english')
# train chat bot using our custom intents
chat_bot_list_trainer.train(personality_mars)
chat_bot_list_trainer.train(personality_europa)
# import GUI
from chatbot_gui import ChatbotGUI
# create the chatbot app object
app = ChatbotGUI(
title="Space Bot",
gif_path="talking-robot.gif",
show_timestamps=True,
default_voice_options={
"rate":
130,
"volume":
0.8,
"voice":
"HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech\Voices\Tokens\TTS_MS_EN-US_ZIRA_11.0"
})
# define function for handling incoming messages from the UI
@app.event
def on_message(gui: ChatbotGUI, user_message: str):
# if the user send the "clear" message clear the chats
if user_message.lower().find("clear") != -1:
gui.clear()
# user can say any form of bye to close the chat.
elif user_message.lower().find("bye") != -1: