Python Graphics: A Complete Guide to Creating 2D and 3D Graphics in Python

Introduction

The book "Python Graphics: A Complete Guide to Creating 2D and 3D Graphics in Python" (original title Python Graphics) by B.J. Korites was published in 2019 and immediately attracted the attention of both beginners and experienced developers looking to master data visualization and animation creation. This is not just another textbook on libraries — it is a practical guide that takes the reader step by step from simple lines to complex three-dimensional scenes. In this review, we will break down what makes this book useful, who it is written for, and what skills you will gain after reading it.

What the book is about

The book is dedicated to creating graphical applications in Python using libraries such as matplotlib, PyQtGraph, PyOpenGL, and Pygame. The author does not limit himself to dry theory — each chapter contains ready-made code examples that can be immediately run and modified. The main focus is on:

• Drawing 2D shapes (lines, circles, polygons);
• Working with color, textures, and transparency;
• Creating animations and interactive elements;
• Building three-dimensional objects (cubes, spheres, tori) and rotating them;
• Fundamentals of computer graphics: transformation matrices, projections, lighting.

The book consists of 12 chapters, each dedicated to a separate topic. At the end of each chapter, there are exercises to reinforce the material.

Who this book is for

Python Graphics will be useful for:

• Beginner programmers who have already mastered the basics of Python and want to move on to visualization;
• Technical students studying computer graphics or data processing;
• Game developers (at a beginner level) who want to understand how graphics engines work;
• Analysts and scientists who need to visualize calculation results.

Reading requires only basic knowledge of Python: variables, loops, functions, lists. Familiarity with mathematics (vectors, matrices) is a plus but not mandatory — the author explains everything along the way.

What the reader will learn

After studying the book, you will be able to:

• Create static and animated 2D plots using matplotlib;
• Work with the PyQtGraph library to build interactive interfaces;
• Draw three-dimensional objects using PyOpenGL and control the camera;
• Apply affine transformations (translation, scaling, rotation) to objects;
• Implement simple physical simulations (ball movement, bouncing);
• Create game prototypes in Pygame with graphics and animation;
• Understand how the OpenGL rendering pipeline works.

Strengths of the book

• Practical focus. Almost every page contains code that can be copied and run. This allows you to learn from real examples rather than abstract descriptions.
• Gradual progression. The author starts with simple lines and points, then moves to 2D shapes, animation, and finally 3D. This approach prevents the reader from getting lost.
• Many illustrations. The book contains many screenshots of program results — this helps you immediately see what the output should look like.
• Coverage of multiple libraries. Instead of focusing on one technology, the author showcases different tools, providing a broad perspective.
• Accessible language. The material is presented in simple English (in the original), without excessive mathematical formalism. The Russian translation (if you are reading it in translation) is also of high quality.

Who it is recommended for

The book Python Graphics is an excellent choice for those who want to quickly learn how to create visual applications in Python. It will be useful for both self-learners and teachers.