Flappy Bird recreated in Python using Pygame — a smooth, physics-based arcade game with real-time animation, scoring, and obstacle generation using Random module.
Flappy Bird — Python + Pygame Edition This project is a faithful recreation of the classic Flappy Bird game, developed entirely in Python with the Pygame module. It combines clean logic, real-time physics, and dynamic obstacle generation using the Random module to create a seamless and engaging arcade experience.
The game challenges players to navigate a bird through an endless series of pipes without collision. It features accurate gravity simulation, smooth frame updates, score tracking, and pixel-perfect collision detection — all built from scratch without external assets beyond Pygame itself.
The code structure is modular and easy to extend, showcasing practical programming concepts like event loops, OOP design, and game-state management. This project is an excellent portfolio piece for demonstrating logic flow, animation timing, and real-time rendering capabilities in Python.
Perfect for: students, Python beginners, or developers showcasing Pygame expertise in interactive UI and 2D physics simulation.
🔹 Key Features
🕹️ Smooth, real-time gameplay using Pygame loop
🏞️ Randomized pipe generation for infinite play
🪶 Gravity and velocity simulation
🧠 Simple AI-ready code structure
💾 Score tracking and live updates
🎨 Pixel-style graphics and sound effects
🔁 Replay / restart functionality
🔹 Tech Stack
Language: Python 3.10+
Modules:pygame, random, sys, pygame.locals
IDE: VS Code / PyCharm
Assets: Custom PNGs / Sprite-based UI
🔹 Setup Instructions
Clone the repository:
git clone https://github.com/NeediDeveloper/FlappyBird-Game.git cd FlappyBird-Game
Install Pygame:
pip install pygame
Run the game:
python main.py
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