How to Add Text to Speech GUI convertor using Tkinter in Python

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by Abdul Rawoof A R dot icon Updated: Jul 25, 2023

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Tkinter provides a fast and easy way to create GUI applications in Python. It helps achieve compelling choices for building GUI applications in Python. We can able to achieve compelling choices for building GUI applications in Python.

We can able to make a computer understand human languages in Python language. For that, here we have a library called 'Speech Recognition'(open source module), which is used to listen to spoken words and identify the user's voice. You can also feed some programs for some devices to respond to these spoken words. For example, we can feed some commands to a robot like switching off the fan, turning on the AC, etc. Speech Recognition allows our computer's microphone to recognize the speech. For that, we'll have to install a library called 'PyAudio' which is used to recognize our voice and as well to play the sound. It is mainly used for binding the audio and recording the voice of the users on a variety of platforms.

Google Speech-to-Text is a well-known speech transcription API for the speech recognition library and there is one more API called DeepSpeech which is an open-source embedded speech-to-text engine designed to run in real-time devices. Speech recognition is the most significant part of AI, where AI is nothing but has the ability to mimic human behavior and learn the environment from it. The use of the Tkinter library is to create Graphical User Interface(GUI) and it includes all standard distributions in python. It has a variety of methods like "pack(), grid(), and place()".

Here is an example of how you can add text to speech GUI converter using Tkinter in Python: