Year: 2015

Victoria 7 is here! According to the marketing hype she’s “totally amazing”, but we don’t know much about her yet. Feeling finally better, I thought I’d give the new girl a spin and see how DAZ have improved upon the previous generation of Genesis 2 (which – let’s face it – wasn’t shabby at all).

New figures are fun to play with, and I’m sure over the next two years we’ll find out more about Genesis 3 than we will in the first few days. Here’s what I’ve found so far.

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In the above picture we have a render of Michael 6, the standard version on the left and the HD version on the right. Zooming in closer we can see that his abs and knees for example have a lot more detail – as we’d expect from an HD version of a model.

Comparing the two Michaels in our viewport instead of the render however, we can barely make out a difference. Both figures look nearly identical (except for the belly button indentation perhaps).

So why is that, and how can we preview those HD details before we render them?

The secret lies in our viewport’s subdivision levels.

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When you’re rendering a multi-camera animation, chances are you want to change shots from one camera to another. This means that you have to render your sequence from all camera angles and then employ an editing application to stitch your shots together.

There are several drawbacks to this approach: for one, a lot of render waste will accumulate for the images you don’t want to include in the final animation. Another is the time it takes to render an animation several times – as if one pass doesn’t take long enough already.

Thankfully there’s a free script that can help us render much more efficiently, and create the whole sequence in one pass: it’s called CamSeq by the amazing mCasual / Jaques (thanks, Jaques!)

Here’s how to use the script in DAZ Studio 4.8, step by step.

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DAZ Studio can handle two types of animation: aniMate aniBlocks, as well as traditional keyframe animations, much like many other 3D applications. The principle of animating objects is very simple, but as a scene becomes more complex you may find that additional tools (such as graphMate and keyMate) may be of help.

Here’s how it works:

• select an object and set a keyframe (in the Timeline Tab)
• move the timeline slider to a new position
• move your object to a new position
• and set another keyframe

When you move the timeline slider back and forth, DAZ Studio will calculate the movement between the two positions. All aspects of an object are animated, so with cameras it includes the depth of field and focal length, or with lights it would include the intensity. Sometimes you may need to tweak the keyframes, or set additional ones if the calculated motions aren’t working well.

Let’s see how this works with a primitive.

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Material Presets in DAZ Studio describe the surfaces of your 3D objects. A simple object may only have one material zone, but more complex objects can have several. These zones are also known as Shading Domains, which are setup when the object is created in a 3D modelling application.

Material Presets are closely related to Shaders, in fact they work with very similar concepts. The difference is that a Shader describes a single surface, whereas a Material Preset describes which Shader is applied to which part of an object, or more accurately, which Shading Domain shall be rendered with which Shader.

While you can apply a Shader to any object’s surface, you cannot necessarily apply any Material Preset to any object: Material Presets are object specific, whereas Shaders are not.

Let’s take a closer look at Material Presets in DAZ Studio, how to set them up and how to save them to your library.

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