Book Image

Blender 3D Basics Beginner's Guide Second Edition

By : Gordon Fisher
Book Image

Blender 3D Basics Beginner's Guide Second Edition

By: Gordon Fisher

Overview of this book

This book teaches you how to model a nautical scene, complete with boats and water, and then add materials, lighting, and animation. It demystifies the Blender interface and explains what each tool does so that you will be left with a thorough understanding of 3D. This book starts with an introduction to Blender and some background on the principles of animation, how they are applied to computer animation, and how these principles make animation better. Furthermore, the book helps you advance through various aspects of animation design such as modeling, lighting, camera work, and animation through the Blender interface with the help of several simple projects. Each project will help you practice what you have learned and do more advanced work in all areas.
Table of Contents (20 chapters)
Blender 3D Basics Beginner's Guide Second Edition
Credits
About the Author
About the Reviewers
www.PacktPub.com
Preface
3
Controlling the Lamp, the Camera, and Animating Objects
Index

Time for action – timing a stroke


The best way to figure out how long an action takes is to do it and time it. In the following steps, you'll do a rowing stroke to see how long the animation should be set, where you can lean forward and backward:

  1. Hold your arms out and hold your stopwatch in one hand.

  2. Start the stopwatch and immediately lean backwards as though you are pulling oars against the water. This is called the drive phase of the stroke.

  3. At the end of the stroke, move your hands down to lift the oars out of the water and lean forward. These are known as the extraction and recovery phases.

  4. Then, move your hands back up to the starting point to dip the oars back into the water. This is the catch phase.

  5. Do this three times and then stop the stopwatch. Write down the time it took.

  6. Repeat the timing two more times. Hopefully, all three readings will be about the same. Take the average of these three readings and then divide this time by three to get the length of time a single-stroke cycle...