Game Math Foundations - Unity 6 Compatible: A deep dive into essential mathematical concepts for game development, tailored for Unity 6

Penny de Byl

$142.99

Video Feb 2025 15hrs 3mins 1st Edition

Penny de Byl

$142.99

Video Feb 2025 15hrs 3mins 1st Edition

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Download this video in MP4 format

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Key benefits

Coverage of essential game math concepts, including bitwise operations, vectors, and transformations
Unity applications that bridge theory and practice
Challenge-based learning with interactive problem-solving exercises

Description

Mathematics is the backbone of game development, powering everything from movement and physics to AI and rendering. This course takes you on a structured journey through fundamental mathematical concepts, starting with bitwise operations and progressing through coordinate systems, vectors, intersections, and transformations. You'll explore how these mathematical principles translate directly into game development, using Unity as a hands-on learning environment. The course provides a deep dive into vectors, dot and cross products, rotations, and transformations—key concepts for creating responsive and dynamic game mechanics. You'll work through practical exercises that reinforce theoretical knowledge, ensuring you can confidently apply these skills to real-world projects. Additionally, the course covers Unity-specific implementations, bridging the gap between abstract mathematical theory and practical game development. By the end of this course, you’ll be equipped with the mathematical foundation necessary to build robust game systems. Whether you're calculating precise player movements, handling complex physics interactions, or optimizing game logic, these concepts will empower you to develop efficient and scalable game mechanics within Unity.

Who is this book for?

This course is designed for game developers, programmers, and technical artists who want to strengthen their mathematical foundation for game development. A basic understanding of Unity and C# is recommended, but no advanced math background is required.

What you will learn

Apply bitwise operations for efficient game logic and data manipulation
Utilize Cartesian coordinates and vector mathematics for precise movement and physics calculations
Master affine transformations, including translation, rotation, and scaling
Solve complex intersection problems, including line-line and line-plane collisions
Implement quaternions for smooth and accurate 3D rotations in Unity
Translate mathematical theory into practical game development techniques

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