Among the books I've read to get my head around the process of creating an animated film with Blender, this one is definitely the best. Nowadays you'll probably want to use Blender 2.5 or later, and this book is based on 2.49, but even with this problem, I'd still recommend it. The real win of this book is the way it deals with the synoptic view of the project: how to organize your project, how to break it down into manageable chunks, and even how to store it on disk. It's an excellent resource.

This week I discovered some new resources for texture graphics to use in 3D modeling. Textures are essential for most 3D modeling projects of any complexity, and good textures can sometimes make very simple "low-poly" models look much better.

Blender has a useful set of constraint-based animation tools which make it fairly simple to animate motion of objects or of the camera along controlled paths. I expect to use this a lot, so I want to make sure I understand how it works. Here I'm going to work out a simple example using the "Suzanne" monkey meshes in Blender 2.49 to demonstrate simple path and tracking constraints with a mesh and with the camera. Because everything is better with monkeys.

Python scripting in Blender seems like a natural interest for me, as I'm interested in both Blender and Python. I really enjoyed reading this book on the subject, and the examples were certainly interesting. However, there is one small problem that I didn't realize until after I had read it: Blender's Python API changed a lot in the major re-write that accompanied the transition from Blender 2.4x to 2.5x. This unfortunately is going to make this book dated a lot sooner than you might expect. So, while I do think it's a great book, I might have to recommend waiting for a version updated to Blender 2.5x.

Well, it's not exactly brand new, but I am taking my first real look at Ubuntu Studio 11.04 (based on Ubuntu "Natty Narwhal"). This is what we decided to put on our "guest" computer when Debian "Wheezy" proved not to be so easy, and it gives us an opportunity to step out of our rut and look at a new GNU/Linux distribution.

In planning the production of the Lunatics series, the most obvious challenge is simply how to do that much animation on such a low budget. Conventional "key frame" animation (which is what Blender excels at and is what familiar 3D movie studios like Pixar use to create their blockbuster films) is beautiful, but it's also painstakingly slow work. Animators live for this stuff, but for me, it's a mountain that just might crush my project. Fortunately, it's not the only way. There are methods for making animation more like acting -- creating a performance in real-time and capturing it in a simulated world. These can be broken down into three basic methods (although they can be used together, creating many overlapping variations): "machinima", "digital puppetry", and "motion capture". Each is a "bleeding edge" area for free software development, but tools do exist.

Sometimes the best book on a subject is the shortest. This is a very concise book, focused very much on a single narrow, but important, subject with Blender: which is how to light your subject, create colors and textures, and generate the final 2D render from the 3D scene.

There's a reason they're called "movies." They're supposed to move. Your eyes are keyed to follow motion, and the constant revelation of new information in a moving shot holds your interest longer. Thus, while four seconds might be about the maximum comfortable length for a static shot, shots in which the camera or subject are moving extensively can often last more than a minute without feeling slow at all. Storyboards made entirely from static images make it hard to judge active shots. It's useful, therefore, to be able to insert some movement at the storyboard phase by panning and zooming a drawing. Here I'm going to demonstrate such an animated storyboard using Inkscape and Blender.

There are lots of options for creating 3D characters for animation, and they are often made from scratch by mesh-modeling artists. But it's obviously a very often-needed task, using a lot of common elements, so you'd think someone would come up with a tool to make it easier. And you'd be right. The free-software tool of choice for this task is MakeHuman. I had looked into a much earlier version of the software before, but today it is rapidly approaching the first real release, version 1.0 (currently it's at 1.0-Alpha 5, with plans to go through several more alphas still). The progress is remarkable, and this is going to be a really important tool for 3D modeling in the future.

Hardly anyone realizes that Blender even is a video compositing and non-linear editing tool (in addition to its modeling, rendering, and animation capabilities). There are few, if any, books available on how to use it for that purpose, so Roger Wickes' book is much needed. It contains an enormous amount of very useful information.