P.Development

Mastering Core Game Mechanics – Platform-Agnostic Algorithms and Techniques for Game Development

Game Programming Algorithms and Techniques by Sanjay Madhav is an essential guide for developers looking to understand and implement the foundational systems that power modern video games. Tailored for programmers with a background in object-oriented programming and basic data structures, this book dives deep into real-world techniques used across the gaming industry, all without being tied to any specific platform or framework. With clear explanations and practical examples, Madhav empowers readers to create both 2D and 3D games regardless of the language or tools they use. From physics and AI to graphics and camera control, the book covers everything needed to build immersive game experiences from the ground up.

Game Programming with Open 3D Engine

Game Programming with Open 3D Engine  is a practical guide for developers eager to learn the Open 3D Engine (O3DE), an open-source game engine. The book takes a gradual, hands-on approach, introducing new concepts and systems step by step to avoid overwhelming readers. Through carefully structured chapters, you’ll explore the engine’s entities, components, modules, physics, animation, sound, and user interface systems, gaining a solid understanding of how O3DE works in practice. By the end, you’ll have built a complete single-player mini-game and converted it into a multiplayer game, applying all the core concepts learned throughout the book.

Geometric Tools for Computer Graphics – Essential Algorithms for Precision, Performance, and Problem-Solving

Geometric Tools for Computer Graphics by Philip J. Schneider and David H. Eberly is a comprehensive reference designed to solve the core geometric challenges behind graphics applications. This book organizes decades of mathematical insight into a clear, structured resource that eliminates repetitive problem-solving and reduces development time. It covers building geometric primitives, computing distances, performing containment and intersection tests, and handling decomposition, approximation, and separation tasks.

Each concept is accompanied by diagrams, explanations, and pseudocode that translate complex mathematical ideas into practical, implementable solutions. Whether you’re a graphics programmer, technical artist, or researcher, this book serves as a foundational tool for accuracy and efficiency in computer graphics development.