Curriculum

Python Game Development : Build 5 Fun Projects with Pygame

Project 1 : BounceMania: A Pygame Ball Adventure

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Project - 2 - Arcade Shooting Game

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Project 3 : Maze Ball Run

0/6

Project 4 : Catch the same color ball

0/6

Project 5 : 2D ball racing game

0/6

Text lesson

Main Setup : Project Development: Arcade Shooting Game

5. Displaying Graphics:

Render game objects onto the game window.
Update the display surface to show changes on the screen.

def draw_game():

# Draw game objects onto the screen

pass def update_display():

# Update the display surface

pygame.display.flip()

6. Handling Input:

Poll for user input events within the game loop.
Implement event handling logic to respond to user input.

def handle_input():

# Poll for user input events

# Implement event handling logic

pass

7. Main Game Loop:

Create the main game loop that runs continuously.
Call functions to update game state, handle input, and render graphics.

# Main game loop

running = True

while running:

# Handle input events

handle_input() # Update game state

move_player()

shoot_bullet()

generate_enemy()

detect_collisions()

update_score()

check_win_loss() # Render graphics

draw_game()

update_display()

1. Setting Up Pygame:

Install Python and Pygame.
Create a new Python script for the game.
Import the Pygame module and initialize it.
Set up the game window and define its dimensions.
Set the window title.

import pygame

# Initialize Pygame pygame.init()

# Set up the screen WIDTH, HEIGHT = 800, 600

screen = pygame.display.set_mode((WIDTH, HEIGHT))

pygame.display.set_caption(“Arcade Shooting Game”)

pygame

# Initialize Pygame pygame.init() # Set up the screen WIDTH, HEIGHT

2. Loading Assets:

Load images and sounds for the game, including the player sprite, enemy sprite, explosion animations, and sound effects.

# Load player, enemy, and explosion

images player_img = pygame.image.load(“player.png”).convert_alpha()

enemy_img = pygame.image.load(“enemy.png”).convert_alpha()

explosion_images = [pygame.image.load(“explosion1.png”).convert_alpha(),

pygame.image.load(“explosion2.png”).convert_alpha(),

pygame.image.load(“explosion3.png”).convert_alpha()]

explosion_sound = pygame.mixer.Sound(“explosion_sound.wav”)

3. Creating the Title Screen:

Define a function to display the title screen.
Render text instructions and a start button.
Handle user input to start the game when the start button is clicked.

def title_screen():

# Display title screen

# Render text instructions and start button

# Handle user input to start the game pass

# Placeholder for actual implementation

4. Implementing Game Logic:

Define functions for player movement, shooting, enemy generation, collision detection, scoring, and win/loss conditions.

def move_player():

# Move the player based on user input pass def shoot_bullet():

# Create a bullet object and add it to the bullet list pass def generate_enemy():

# Generate a new enemy object and add it to the enemies list pass def detect_collisions():

# Check for collisions between game objects pass def update_score():

# Update the player’s score based on game events pass def check_win_loss():

# Check for win/loss conditions and end the game if necessary pass

5. Displaying Graphics:

Render game objects onto the game window.
Update the display surface to show changes on the screen.

def draw_game():

# Draw game objects onto the screen pass def update_display():

# Update the display surface pygame.display.flip()

6. Handling Input:

Poll for user input events within the game loop.
Implement event handling logic to respond to user input.

def handle_input():

# Poll for user input events # Implement event handling logic pass

7. Main Game Loop:

Create the main game loop that runs continuously.
Call functions to update game state, handle input, and render graphics.

# Main game loop running = True while running:

# Handle input events handle_input()

# Update game state move_player()

shoot_bullet()

generate_enemy()

detect_collisions()

update_score()

check_win_loss()

# Render graphics draw_game() update_display()

8. Testing and Debugging:

Test the game thoroughly to identify and fix any bugs or issues.
Run the game on different systems and screen resolutions to ensure compatibility.

9. Refinement and Optimization:

Refine game mechanics, graphics, and sound effects based on feedback and testing results.
Optimize the code for performance and readability.

10. Deployment and Distribution:

Package the game files into a distributable format for distribution.
Share the game with others through online platforms or personal websites.