Basic Math for Game Development with Unity 3D. A Beginner's Guide to Mathematical Foundations

Описание

Basic Math for Game Development with Unity 3D. A Beginner's Guide to Mathematical Foundations

Name: Basic Math for Game Development with Unity 3D. A Beginner's Guide to Mathematical Foundations
Brand: Springer Nature
SKU: 101873724001
Price: 2612 RUB
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Артикул Маркета

102186410298

ISBN

9781484254424

Год издания

2019

Обложка

мягкий

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Описание

Печатная книга «Basic Math for Game Development with Unity 3D. A Beginner's Guide to Mathematical Foundations» в мягкой обложке, язык - английский. В книге 424 страниц, она напечатана на белой офсетной бумаге плотностью 80 г/м². Формат издания — 152x229 мм. Все книги аккуратно упаковываем в прочный трёхслойный непрозрачный картонный конверт.
Chapter 1: Introduction and Learning Environment
Chapter Goal: Sets the context, describes prerequisite knowledge, discusses learning philosophy, guides to install, and presents a very brief tutorial on working with Unity.
Sub-topics
1. Philosophy, Background, and What You Will Learn
2. The Platform of Learning: Unity
3. C# Scripting: Modifying Behaviors in Unity
Chapter 2: Points and Bounds
Chapter Goal: Begins coverage with something very simple. Presents points, distances, and applications of these simple concepts
Sub-topics
1. Points and Distances
2. Colliders: Spheres
3. Ranges and Intervals
4. Colliders: Axis Aligned Boxes
5. Inside/Outside Tests
6. Limitations of the Colliders
Chapter 3: Vectors
Chapter Goal: Introduces vectors and applications of vectors.
Sub-topic
1. Vectors: Size and Direction
2. Velocity
3. Lines and Rays
4. Applications: Following Way Points, Patrolling, Proximity-Based Behavior
Chapter 4: Vector Dot Products
Chapter Goal: Introduces dot products and its applications.
Sub-topics
1. Dot Product Definition
2. Interpretation of Results: Direction and Projection
3. Point to Line Distance: Application in Proximity Tests
4. Line to Sphere Intersection: Application in Ray Casting
Chapter 5: Planes
Chapter Goal: Acquaints readers to plane equation and applications involving planes.
Sub-topics
1. Interpreting the Plane Equation
2. Plane Normal Vectors
3. Point to Plane Distance
4. Line to Plane Intersection: Application in Dropping Shadows
5. Reflecting a Vector: Application in Bouncing an Object
6. Applications: Projections, Direction Aware Behaviors
Chapter 6: Vector Cross Products
Chapter Goal: Defines cross products and its applications
Sub-topics
1. Cross Product Definition
2. Interpretation of Results: Area and Direction
3. Spanning of a Plane
4. Identifying Directions
5. Following and Chasing Behaviors
Chapter 7: Conclusion
Chapter Goal: Summarizes the book and learnings
Sub-topics
1. Summary and Context of Knowledge
2. What's Next and Why
3. Further Readings and References