Python Game Development™ : Build 11 Total Games

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Why python

Lecture 3: Install Python

Lecture 4: Tour of IDLE — IDE of Python

Lecture 5: Download Visual Studio Code (Must for this course)

Chapter 2: Game development with turtle module

Lecture 1: Introduction to Game Development

Lecture 2: Introduction to turtle module

Lecture 3: Computation using vectors and Magic methods (operator overloading)

Lecture 4: Start using turtle with simple animation

Lecture 5: Introduction to Vector class

Lecture 6: Snake Game Capstone: Creating Layouts and Handling Movements

Lecture 7: Snake Game Capstone: Make movements of Snake character

Lecture 8: Snake Game Capstone: Creating boundaries for game

Lecture 9: Pacman Game Capstone: Creating game world

Lecture 10: Pacman Game Capstone: Valid and Invalid movements for characters

Lecture 11: Pacman Game Capstone: Making movement for Pacman

Lecture 12: Pacman Game Capstone: Rendering ghosts and their movements

Chapter 3: Introduction to Pygame

Lecture 1: Introduction to the pygame

Lecture 2: Pygame coordinate System

Lecture 3: Introduction to Pygame shape

Lecture 4: Draw shapes using Pygame

Lecture 5: Color Picker

Lecture 6: Fundamentals of Pygame — skeleton code

Lecture 7: Render a rectangle in the Screen

Lecture 8: Movement of the shapes

Lecture 9: Smoothen the movement using FPS

Lecture 10: Make movement within Boundary

Lecture 11: Theory of Game Collision

Lecture 12: Implement Collision Detection

Chapter 4: 10 game section –Know about Turtle [LEGACY CODE]

Lecture 1: Base Class for 10 games and animation PART 1

Lecture 2: Base Class for 10 games and animation PART 2

Lecture 3: Start with simple animation to know Turtle

Lecture 4: Bouncy ball animation

Lecture 5: Cannon ball

Lecture 6: Maze — Randomizer

Lecture 7: Snake Challenge

Lecture 8: Snake Challenge Solution

Lecture 9: Tron game

Lecture 10: Fidget Spinner

Lecture 11: Pacman

Lecture 12: tic tac toe game

Lecture 13: Pong game

Lecture 14: Tiles game

Lecture 15: Flappy Bird with turtle

Chapter 5: Pygame and OpenGL Fundamentals [LEGACY CODE]

Lecture 1: Installing Pycharm on your machine

Lecture 2: check Pygame

Lecture 3: initialize display in pygame

Lecture 4: working with main loop

Lecture 5: Handle event with pygame

Lecture 6: fill color

Lecture 7: working with Rect — important topic for course

Lecture 8: movement for snake

Lecture 9: handle multiple key press

Lecture 10: work with Frame Per Second

Lecture 11: multiple movements for game

Lecture 12: handle diagonal movements

Lecture 13: Boundaries for game

Lecture 14: Remove hard coding in game

Lecture 15: Add game over screen in game

Lecture 16: Game over Loop

Lecture 17: Add apple to screen

Lecture 18: make snake to eat apple

Lecture 19: Logic to eat apple

Lecture 20: make length bigger –logic

Lecture 21: make body for snake

Lecture 22: Deal with length of snake

Lecture 23: Object alignment

Lecture 24: Game over screen alignment

Lecture 25: make snake sprite

Lecture 26: add images in pygame

Lecture 27: Rotation of images

Lecture 28: Menu for game

Lecture 29: make more appealing menu screen

Lecture 30: make start screen

Lecture 31: make start screen –part 2

Lecture 32: add apple sprite to screen

Lecture 33: icon for game

Lecture 34: render score

Lecture 35: installing cxFreeze –convert to exe

Lecture 36: Convert to exe

Lecture 37: Deploy game

Lecture 38: Installing openGL

Lecture 39: Start with vertices and edges

Lecture 40: start drawing cube

Lecture 41: add view for cube

Lecture 42: main loop and event

Lecture 43: Important function of openGL

Lecture 44: Importance of order of object in game

Lecture 45: Zoom IN and Zoom Out of Cube

Lecture 46: Color properties

Chapter 6: Flappy Bird Game [LEGACY CODE]

Lecture 1: Overview of Project

Lecture 2: Before coding!!

Lecture 3: Main Flow & Load Sprite

Lecture 4: Create main character — Bird Class