Squeaky Clean Topology in Blender

Michael Steppig

ISBN 10: 1803244089 / ISBN 13: 9781803244082

Editore: Packt Publishing Limited, GB, 2022

Riguardo questo articolo

A comprehensive introduction to 3D modeling, from the fundamental ideas of topology to in-depth examples that will help you take your projects to the next levelKey FeaturesOvercome complex topology problems while working through projectsLearn to topologize quad-based and non-quad-based meshes with step-by-step examplesOptimize your models by reducing the triangle count to improve performanceBook DescriptionThis book is an introduction to modeling and an in-depth look at topology in Blender, written by a Blender topology specialist with years of experience with the software. As you progress through its chapters, you'll conquer the basics of quad-based topology using triangles and Ngons, and learn best practices and things to avoid while modeling and retopologizing. The pages are full of illustrations and examples with in-depth explanations that showcase each step in an easy-to-follow format.Squeaky Clean Topology in Blender starts by introducing you to the user interface and navigation. It then goes through an overview of the modeling techniques and hotkeys that will be necessary to understand the examples. With the modeling basics out of the way, the next stop on our journey is topology. Working through projects like a character and a sci-fi blaster, the book will illustrate and work through complex topology problems, and present solutions to those problems. These examples focus on deforming character models, non-deforming hard surface models, and optimizing these models by reducing the triangle count.By the end of this book, you will be able to identify the general flow of a shape's topology, identify and solve issues in your topology, and come out with a model ready for UV unwrapping, materials, and rigging.What you will learnIdentify the general flow of a model s topology, and what might cause issuesUnderstand the topology of a character, and the joints that they make upHandle non-quad based topologyLay out your meshes for UV seamsExplore and use hotkeys to get things done fasterOptimize models for a reduced triangle countWho this book is forThis book is for character modelers, sculptors, poly modelers, and hard surface modelers. Whether you're looking for an introduction to modeling, optimizing high poly or sculpted models, or just a deeper dive into the subject of topology, this book will walk you through the topology workflow from beginning to end.

Codice articolo LU-9781803244082

Dati bibliografici

• Titolo: Squeaky Clean Topology in Blender
• Editore: Packt Publishing Limited, GB
• Data di pubblicazione: 2022
• Lingua: Inglese
• ISBN 10: 1803244089
• ISBN 13: 9781803244082
• Rilegatura: Paperback
• Condizione: New
• Dimensioni: 7,5 L x 0,59 A x 9,25 P (pollici) 7,5 pollici di larghezza per 0,59 pollici di altezza per 9,25 pollici di profondità

Descrizione articolo

Riassunto

A comprehensive introduction to 3D modeling, from the fundamental ideas of topology to in-depth examples that will help you take your projects to the next level

Key Features

• Overcome complex topology problems while working through projects
• Learn to topologize quad-based and non-quad-based meshes with step-by-step examples
• Optimize your models by reducing the triangle count to improve performance

Book Description

This book is an introduction to modeling and an in-depth look at topology in Blender, written by a Blender topology specialist with years of experience with the software. As you progress through its chapters, you’ll conquer the basics of quad-based topology using triangles and Ngons, and learn best practices and things to avoid while modeling and retopologizing. The pages are full of illustrations and examples with in-depth explanations that showcase each step in an easy-to-follow format.

Squeaky Clean Topology in Blender starts by introducing you to the user interface and navigation. It then goes through an overview of the modeling techniques and hotkeys that will be necessary to understand the examples. With the modeling basics out of the way, the next stop on our journey is topology. Working through projects like a character and a sci-fi blaster, the book will illustrate and work through complex topology problems, and present solutions to those problems. These examples focus on deforming character models, non-deforming hard surface models, and optimizing these models by reducing the triangle count.

By the end of this book, you will be able to identify the general flow of a shape's topology, identify and solve issues in your topology, and come out with a model ready for UV unwrapping, materials, and rigging.

What you will learn

• Identify the general flow of a model s topology, and what might cause issues
• Understand the topology of a character, and the joints that they make up
• Handle non-quad based topology
• Lay out your meshes for UV seams
• Explore and use hotkeys to get things done faster
• Optimize models for a reduced triangle count

Who this book is for

This book is for character modelers, sculptors, poly modelers, and hard surface modelers. Whether you're looking for an introduction to modeling, optimizing high poly or sculpted models, or just a deeper dive into the subject of topology, this book will walk you through the topology workflow from beginning to end.

Table of Contents

1. Navigating and Modeling in Blender
2. The Fundamentals of Topology
3. Deforming Topology
4. Improving Topology Using UV Maps
5. Topology on a Humanoid Head
6. Topology on a Humanoid Body
7. Topology on a Hard Surface
8. Optimizing Geometry for a Reduced Triangle Count

Informazioni sull?autore

Michael Steppig is a professional Blender user. He specializes in topology and character modeling. He started modeling in 2013 and has watched 3D modeling and Blender develop over the last decade. He has a strong passion for topology and ample experience, having modeled hundreds of 3D assets. These include characters, hard surface models, and nearly every asset he uses. He has taught multiple students all aspects of Blender as a private tutor.