Book Image

Learn Blender Simulations the Right Way

By : Stephen Pearson
2 (2)
Book Image

Learn Blender Simulations the Right Way

2 (2)
By: Stephen Pearson

Overview of this book

Blender is a free, open source 3D software that allows you to create stunning visual graphics, animation, VFX, and much more! This book is an in-depth guide to creating realistic and eye-catching simulations, understanding the various settings and options around their creation, and learning how to troubleshoot solutions to your own Blender problems. In addition, this book can also be used to simulate the behavior of certain physics effects, such as fire, fluid, soft bodies, and rigid bodies. You’ll learn how to use Mantaflow, an open source framework within Blender software, to create fire, smoke, and fluid simulations. As you progress, you’ll understand how to easily produce satisfying rigid and soft body simulations, along with cloth simulations. Finally, you’ll use Dynamic Paint, Blender’s modifier, and the physics system to create eye-catching animations. By the end of this Blender book, you’ll have created a number of animations on your own, such as a campfire, waterfalls, and explosions. You’ll also have gained a deeper understanding of all the simulation options in Blender, which you can use to create portfolio-ready animations.
Table of Contents (21 chapters)
1
Part 1: Using Mantaflow for Fire, Smoke, and Fluids
7
Part 2: Simulating Physics with Soft Bodies and Cloth
12
Part 3: Diving into Rigid Bodies
15
Part 4: Understanding Dynamic Paint in Blender

Part 4: Understanding Dynamic Paint in Blender

In the final chapters of this book, we will be learning all about one of the most powerful simulations in Blender – Dynamic Paint. Step by step, we will cover all the settings, values, and what it takes to create a simulation using this amazing tool. After that, we will put those skills to the test and create some practical animations that you can use in your own projects and scenes!

In this section, we will cover the following topics: