Jumble Words Game!

Jumbled word game : Jumbled word is given to player, player has to rearrange the characters of the word to make a correct meaningful word.


As we know this GUI code required Pyqt5 Module so before getting into code make sure to install pyqt5 in your system using the command,
pip install pyqt5
You can use as many words you want to make the game more interesting or complicated.
Code :
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# importing libraries 
from PyQt5.QtWidgets import *
from PyQt5.QtGui import *
from PyQt5.QtCore import *
import random
import sys 
 
 
class Window(QMainWindow): 
 
	def __init__(self): 
		super().__init__() 
 
		# setting title 
		self.setWindowTitle("Jumble Word Game")
		# setting geometry 
		self.setGeometry(100, 100, 320, 350)
		# calling method 
		self.UiComponents()
		# showing all the widgets 
		self.show()
		# words 
		self.words = ['red', 'cold', 'hot', 'geeks', 'rain', 
						'black', 'snow', 'hills', 'code','python','java','apple',
					  'pink','world']
 
		# current word 
		self.current_text = ""
 
		# score ..
		self.score=0
 
		# start flag
		self.start_Flag = False
		self.count_value = 10
 
	# method for components 
	def UiComponents(self):
		# creating head label 
		head = QLabel("Jumbled Word Game", self)
		# setting geometry to the head 
		head.setGeometry(20, 10, 280, 60)
		# font 
		font = QFont('Times', 15) 
		font.setBold(True) 
		font.setItalic(True) 
		font.setUnderline(True) 
 
		# setting font to the head 
		head.setFont(font) 
 
		# setting alignment of the head 
		head.setAlignment(Qt.AlignCenter) 
 
		# setting color effect to the head 
		color = QGraphicsColorizeEffect(self) 
		color.setColor(Qt.darkCyan) 
		head.setGraphicsEffect(color) 
 
		# creating label to show the jumbled word 
		self.j_word = QLabel(self) 
 
		# setting geometry 
		self.j_word.setGeometry(30, 80, 260, 50) 
 
		# setting style sheet 
		self.j_word.setStyleSheet("border : 2px solid black; background : white;") 
 
		# setting font 
		self.j_word.setFont(QFont('Times', 12)) 
 
		# setting alignment 
		self.j_word.setAlignment(Qt.AlignCenter) 
 
 
		# creating a line edit widget to het the text 
		self.input = QLineEdit(self) 
 
		# setting geometry 
		self.input.setGeometry(20, 150, 200, 40) 
 
		# setting alignment 
		self.input.setAlignment(Qt.AlignCenter)
		# bind entry button ...
		self.input.returnPressed.connect(self.check_action)
 
		# creating a timer label
		self.count = QLabel("10", self)
		# setting geometry
		self.count.setGeometry(230, 155, 80, 30)
		# setting alignment
		self.count.setAlignment(Qt.AlignCenter)
		# setting font
		self.count.setFont(QFont('Times', 14))
		# setting style sheet
		self.count.setStyleSheet("border : 2px solid black;"
								 "background : lightgrey;")
 
		# creating a timer object
		timer = QTimer(self)
		# adding action to the timer
		timer.timeout.connect(self.show_time)
		# start timer
		timer.start(1000)
 
 
		# result label 
		self.result = QLabel(self) 
 
		# setting geometry 
		self.result.setGeometry(40, 210, 240, 50) 
 
		# setting font 
		self.result.setFont(QFont('Times', 13)) 
 
		# setting alignment 
		self.result.setAlignment(Qt.AlignCenter) 
 
		# setting style sheet 
		self.result.setStyleSheet("border : 2px solid black; background : lightgreen;")
 
		# creating push buttons to start and reset the game 
		start = QPushButton("Start", self) 
		reset = QPushButton("Reset", self) 
 
		# setting geometry to both the button 
		start.setGeometry(15, 290, 140, 40) 
		reset.setGeometry(165, 290, 140, 40) 
 
		# adding action to both the buttons 
		start.clicked.connect(self.start_action) 
		reset.clicked.connect(self.reset_action)
 
	def show_time(self):
		if self.start_Flag:
			# showing count value to label
			self.count.setText(str(self.count_value))
			# checking if count value is zero
			if self.count_value == 0:
				# making start flag to false
				self.start_Flag = False
				# making line edit widget disable
				self.input.setDisabled(True)
				# set result
				self.result.setText("Game Over | Total Score :" + str(self.score))
				# making result color grenn
				self.result.setStyleSheet("background : red;")
			# decrementing the count value
			self.count_value -= 1
 
	def check_action(self):
		# getting text from the line edit 
		text = self.input.text()
		# checking if text is similar to the current text 
		if text == self.current_text:
			self.score += 1
			self.count_value = 10
			self.result.setText("Score :"+str(self.score))
			# making result color grenn 
			self.result.setStyleSheet("background : lightgreen;")
			self.start_action()
		else: 
			self.result.setText("Wrong Answer")
			# making result color red 
			self.result.setStyleSheet("background : red;") 
 
 
 
	def start_action(self):
		self.start_Flag = True
		self.input.setFocus()
		# selecting one word 
		self.current_text = random.choice(self.words)
		# sample() method shuffling the characters of the word 
		random_word = random.sample(self.current_text, len(self.current_text))
		# join() method join the elements 
		# of the iterator(e.g. list) with particular character . 
		jumbled = ''.join(random_word)
		# setting text to the jumbled word 
		self.j_word.setText(jumbled)
		# setting result text to blank 
		#self.result.setText("")
		# making result label color yellow 
		self.result.setStyleSheet("background : lightgreen;")
		# setting text of input to blank 
		self.input.setText("")
 
	def reset_action(self):
		# setting current text blank 
		self.current_text = ""
		# setting text of input to blank 
		self.input.setText("")
		# clear the text of all the labels
		self.start_Flag = False
		self.score = 0
		self.count_value =10
		self.count.setText(str(self.count_value))
		self.j_word.setText("") 
		self.result.setText("")
		# making result label color lightgreen
		self.result.setStyleSheet("background : lightgreen;")
 
 
 
# create pyqt5 app 
App = QApplication(sys.argv)
# create the instance of our Window 
window = Window()
# start the app 
sys.exit(App.exec())