Python Project

1. Python Project – Speak the Meaning of the Word In this article, we will discuss the Python Project - Speak the Meaning of the Word. Python Speak the Meaning of the Word is a project that uses the user’s input to determine the meaning of a word. The output is then spoken out loud as the meaning of the input is displayed on the screen. About Python Speak the Meaning of the Word This project will be implemented in Python using the modules Tkinter, pyttsx3, and requests. Tkinter is used to create the GUI that accepts input and displays output. Other modules we use include pyttsx3, which is a Python text-to-speech library, and requests to fetch the meaning of words from the Dictionary API. Prerequisites for Speak the Meaning of the Word Using Python ● Basic knowledge of the Python programming language and how functions are defined in it ● How to make a request to an API ● How to work with the pyttsx3 library

2. Download Python Speak the Meaning of the Word Project Please download the source code of Python Speak the Meaning of the Word Project from the following link: Python Speak the Meaning of the Word Project Code Steps to Create Speak the Meaning of the Word using Python Following are the steps for developing the Speak the Meaning of the Word: Step 1: Importing the necessary modules Step 2: Making a window for our project Step 3: Functions Step 4: Making Labels and Mapping the Buttons to Their Functionalities Step 1: Importing the necessary modules To use Tkinter, we need to import the Tkinter module. We are also going to import the pyttsx3 module to speak the meaning of the input word and the requests module to send a get request to the Dictionary API. Code # Importing modules from tkinter import *

3. import pyttsx3 import requests Step 2: Making a window for our project This code sets the title of the window as ‘TechVidvan’, and sets the dimensions ‘width x length’. Code dicti = Tk() dicti.title("TechVidvan Dictionary") dicti.geometry('550x500') Step 3: Functions These functions give the meaning of the word as an output and speak it out loud. Code def speaking(audio): # initial constructor of pyttsx3 and having the sapi5 in it as a parameter engine = pyttsx3.init('sapi5') # Making it speak engine.say(audio) engine.runAndWait() def word_meaning():

4. input_word = e1.get() req = requests.get(f"https://api.dictionaryapi.dev/api/v2/entries/en/{ input_word}") # If the response was successful, get the meaning of the word if req.ok: # Convert the response to JSON data = req.json() # Get the first definition of the word definition = data[0]["meanings"][0]["definitions"][0]["definition"] spokenText.set(definition) speaking("the meaning is" + str(definition)) # Otherwise, display an error message else: spokenText.set("Word not found") Explanation: We use engine.say() to get the audio output and requests.get send a get request to the Dictionary API to get the meaning of a word. Step 4: Making Labels and Mapping the Buttons to Their Functionalities Now we add the required widgets for our GUI. We make a label to give the heading “ Speak the meaning”, and a label to display meaning as an output from the user by creating an entry widget to get input words, and after that, we create a button widget and assign the word_meaning() function to it. Code spokenText = StringVar(dicti)

5. Label(dicti, text='Speak the Meaning', font="45", fg='blue').pack(pady=10) # Getting the input of word from the user Label(dicti, text='Enter the word:', font="15").pack(pady=10) e1 = Entry(dicti, width=25) e1.pack(pady=7) # Label to show the correct word Label(dicti, text="Meaning:", font="15").pack(pady=10) Label(dicti, textvariable=spokenText, width=80, height=15, font=('Arial 10')).pack(pady=10) spokenText.set("Type the word for which you want to find the meaning") speaking("Type the word for which you want to find the meaning") Button(dicti, text="Speak Meaning", font="bold", command=word_meaning).pack(pady=10) # to keep running the window dicti.mainloop() Advertisement Full Code # Importing modules from tkinter import * import pyttsx3 import requests dicti = Tk() dicti.title("TechVidvan Dictionary") dicti.geometry('550x500')

6. def speaking(audio): # initial constructor of pyttsx3 and having the sapi5 in it as a parameter engine = pyttsx3.init('sapi5') # Making it speak engine.say(audio) engine.runAndWait() def word_meaning(): input_word = e1.get() req = requests.get(f"https://api.dictionaryapi.dev/api/v2/entries/en/{ input_word}") # If the response was successful, get the meaning of the word if req.ok: # Convert the response to JSON data = req.json() # Get the first definition of the word definition = data[0]["meanings"][0]["definitions"][0]["definition"] spokenText.set(definition) speaking("the meaning is" + str(definition)) # Otherwise, display an error message else: spokenText.set("Word not found") spokenText = StringVar(dicti) Label(dicti, text='Speak the Meaning', font="45", fg='blue').pack(pady=10) # Getting the input of word from the user Label(dicti, text='Enter the word:', font="15").pack(pady=10) e1 = Entry(dicti, width=25) e1.pack(pady=7)

7. # Label to show the correct word Label(dicti, text="Meaning:", font="15").pack(pady=10) Label(dicti, textvariable=spokenText, width=80, height=15, font=('Arial 10')).pack(pady=10) spokenText.set("Type the word for which you want to find the meaning") speaking("Type the word for which you want to find the meaning") Button(dicti, text="Speak Meaning", font="bold", command=word_meaning).pack(pady=10) # to keep running the window dicti.mainloop() Summary Using the Tkinter and pyttsx3 Python libraries, we have completed the project that gives the meaning of the input word and provides its meaning as an audio output. You can also try to modify it to listen to your audio sources. We hope you enjoyed developing with us! Have fun coding!