In this article we will see how we can create a rock paper and scissor game using PyQt5. Rock paper scissors is a hand game usually played between two people, in which each player simultaneously forms one of three shapes with an outstretched hand. These shapes are “rock”, “paper”, and “scissors”. Below is the representation of how the game will look like.
GUI implementation steps :
1. Create a head label that will show the title of the game, set its font and properties
2. Below the head label create a user label that will show the hand sign selected by user
3. Create a computer label that will show hand sign picked by the computer
4. In between the user and the computer label create a label to show text “vs”
5. Create a result label to show the result set font and other properties to it
6. Create three push buttons for rock, paper and scissor respectively
7. Create a reset button to reset the gameBack end implementation steps :
1. Create user choice and counter variable set its value to -1
2. Add actions to the rock, paper and scissor button
3. Inside the actions set the choice value according to the button pressed and set the counter value to 3 and make all the three button disable
4. Create timer object that calls the method after every one second
5. Inside the timer method check if the counter value is -1 then do nothing else set the counter value to the computer label and decrement the counter
6. And check if the counter value is equal to 0 then get a random value from 1 to 3, according to value set the hand symbol to the computer label
7. Call the who_win method to get the result
8. Inside the who_wins method first check if the match is draw else find the winner and set the winner to the result label
9. Add action to the reset button
10. Inside the reset button action, set counter value to -1, enable all the buttons and remove the image from the computer and user label
Below is the implementation
# importing libraries from PyQt5.QtWidgets import * from PyQt5 import QtCore, QtGui from PyQt5.QtGui import * from PyQt5.QtCore import * import random import sys class Window(QMainWindow): def __init__(self): super().__init__() # setting title self.setWindowTitle("Python ") # setting geometry self.setGeometry(100, 100, 320, 400) # calling method self.UiComponents() # showing all the widgets self.show() # method for components def UiComponents(self): # counter variable self.counter = -1 # choice variable self.choice = 0 # creating head label head = QLabel("Rock Paper Scissor", 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 a vs label self.vs = QLabel("vs", self) # setting geometry self.vs.setGeometry(150, 110, 30, 50) # setting font font.setUnderline(False) font.setItalic(False) self.vs.setFont(font) # creating your choice label self.user = QLabel("You", self) # setting geometry self.user.setGeometry(50, 100, 70, 70) self.user.setStyleSheet("border : 2px solid black; background : white;") # setting alignment self.user.setAlignment(Qt.AlignCenter) # creating computer choice label self.computer = QLabel("Computer", self) # setting geometry self.computer.setGeometry(200, 100, 70, 70) self.computer.setStyleSheet("border : 2px solid black; background : white;") # setting alignment self.computer.setAlignment(Qt.AlignCenter) # result label self.result = QLabel(self) # setting geometry to the result self.result.setGeometry(25, 200, 270, 50) # setting font self.result.setFont(QFont('Times', 14)) # setting alignment self.result.setAlignment(Qt.AlignCenter) # setting border and color self.result.setStyleSheet("border : 2px solid black; background : white;") # creating three push button # for rock paper and scissor self.rock = QPushButton("Rock", self) self.rock.setGeometry(30, 270, 80, 35) self.paper = QPushButton("Paper", self) self.paper.setGeometry(120, 270, 80, 35) self.scissor = QPushButton("Scissor", self) self.scissor.setGeometry(210, 270, 80, 35) # adding actions to the buttons self.rock.clicked.connect(self.rock_action) self.paper.clicked.connect(self.paper_action) self.scissor.clicked.connect(self.scissor_action) # creating push button to reset all the game game_reset = QPushButton("Reset", self) # setting geometry game_reset.setGeometry(100, 320, 120, 50) # setting color effect color = QGraphicsColorizeEffect(self) color.setColor(Qt.red) game_reset.setGraphicsEffect(color) # adding action tot he reset button game_reset.clicked.connect(self.reset_action) # creating a timer object timer = QTimer(self) # adding action to the timer timer.timeout.connect(self.showTime) # starting the timer timer.start(1000) def showTime(self): # if counter value is - 1 if self.counter == -1: pass # if counter is not - 1 else: # setting counter value to the label self.computer.setText(str(self.counter)) if self.counter == 0: self.comp_choice = random.randint(1, 3) # if computer choice is 1 if self.comp_choice == 1: # setting rock image to the computer label self.computer.setStyleSheet("border-image : url(rock.png);") elif self.comp_choice == 2: # setting paper image to the computer label self.computer.setStyleSheet("border-image : url(Paper.png);") else: # setting scissor image to the computer label self.computer.setStyleSheet("border-image : url(scissor.png);") # checking who won the match self.who_won() # decrementing the counter value self.counter -= 1 def rock_action(self): # making choice as 1 self.choice = 1 # setting rock image to the user label self.user.setStyleSheet("border-image : url(rock.png);") # making counter value to 3 self.counter = 3 # disabling the push button self.rock.setDisabled(True) self.paper.setDisabled(True) self.scissor.setDisabled(True) def paper_action(self): # making choice as 2 self.choice = 2 # setting rock image to the user label self.user.setStyleSheet("border-image : url(Paper.png);") # making counter value to 3 self.counter = 3 # disabling the push button self.rock.setDisabled(True) self.paper.setDisabled(True) self.scissor.setDisabled(True) def scissor_action(self): # making choice as 3 self.choice = 3 # setting rock image to the user label self.user.setStyleSheet("border-image : url(scissor.png);") # making counter value to 3 self.counter = 3 # disabling the push button self.rock.setDisabled(True) self.paper.setDisabled(True) self.scissor.setDisabled(True) def reset_action(self): # making result label empty self.result.setText("") # resting the counter value self.counter = -1 # enabling the push buttons self.rock.setEnabled(True) self.paper.setEnabled(True) self.scissor.setEnabled(True) # removing images fro the user and computer label self.user.setStyleSheet("border-image : null;") self.computer.setStyleSheet("border-image : null;") def who_won(self): # if match is draw if self.choice == self.comp_choice: # setting text to the result label self.result.setText("Draw Match") else: # condition for winning # user choose rock if self.choice == 1: # computer choose paper if self.comp_choice == 2: # setting text to the result self.result.setText("Computer Wins") else: self.result.setText("User Wins") # user chooses paper elif self.choice == 2: # computer choose scissor if self.comp_choice == 3: # setting text to the result self.result.setText("Computer Wins") else: self.result.setText("User Wins") # if user chooses scissor elif self.choice == 3: # computer choose rock if self.comp_choice == 1: # setting text to the result self.result.setText("Computer Wins") else: self.result.setText("User Wins") # create pyqt5 app App = QApplication(sys.argv) # create the instance of our Window window = Window() # start the app sys.exit(App.exec()) |
Output :
Attention geek! Strengthen your foundations with the Python Programming Foundation Course and learn the basics.
To begin with, your interview preparations Enhance your Data Structures concepts with the Python DS Course.
