Quicksilver Hardware Renderer

Command entry:Main toolbar

(Render Setup)

Render Setup dialog

Common panel

Assign Renderer rollout

Choose Quicksilver Hardware Renderer as the active production renderer.

The Quicksilver hardware renderer uses graphics hardware to generate renderings.

One advantage of the Quicksilver hardware renderer is its speed. The default settings provide rapid rendering.

Quicksilver rendering

Time: 10 seconds

mental ray rendering of the same scene, for comparison

Time: 35 seconds

The Quicksilver hardware renderer accelerates rendering by using both the CPU (Central Processing Unit) and the Graphics Processing Unit (GPU). It is somewhat like having a game-engine renderer within 3ds Max. The main role of the CPU is to translate scene data for rendering; this includes compiling shaders for the specific graphic card in use. Because of this, the first frame you render can take a while, as shaders are compiled. This needs to happen only once per shader: The more often you use the Quicksilver renderer, the faster it will become.

In Autodesk 3ds Max 2012, you can now render multiple transparent surfaces.

Car rendered with a transparent body to show interior parts

Notice that shadows show transparency as well.

In Autodesk 3ds Max 2012, you can render to the non-photorealistic styles also provided by Nitrous viewports.

Hardware Considerations

ImportantTo use the Quicksilver hardware renderer, your graphics hardware must support Shader Model 3.0 (SM3.0) or a later version.

If you aren’t sure what graphics hardware you have, in 3ds Max choose Help Diagnose Video Hardware. This displays a dialog with details about your graphics configuration, including GPU Shader Model Support, which shows the Shader Model version number.

The Quicksilver renderer uses only a single GPU at a time.
The GPU should have at least 512 MB of graphics memory; we recommend 1 GB or more.
The Quicksilver renderer does not use CUDA (Compute Unified Device Architecture) or OpenGL: It uses only DirectX 9.0.

Shadows in Quicksilver Hardware Renderings

The Quicksilver hardware renderer supports most of the shadow controls associated with light objects, but always generates shadow-mapped shadows. These shadows are adaptive, and adjust to the scale of the scene: They never show the jagged edges that can appear on scanline-rendered shadow-mapped shadows if you choose an inappropriate shadow map size.

For area lights, the Quicksilver renderer can generate soft-edged shadows.

The Quicksilver renderer doesn't support patterns in shadows (Shadow Parameters Map).

Supported Materials

Material Type	Restrictions
Arch & Design material	The Quicksilver renderer ignores these settings for the Arch & Design material: Self Illumination Round Corners
Autodesk Materials	The Quicksilver renderer ignores these settings for Autodesk Materials: Self Illumination Round Corners NoteThe Quicksilver renderer does not support ProMaterials from 3ds Max 2010 scenes.
Standard material
Double-Sided material
Multi/Sub-Object material

Supported Maps and Shaders

Map or Shader Type	Restrictions
MetaSL shaders	See Map to Material Conversion and DirectX Shader Material.
DirectX shaders	See DirectX Shader Material.
mr Physical Sky	NoteIf you turn on Use Custom Background Map, the background is visible in reflections and refractions, but does not otherwise contribute to the lighting of the scene.
Utility Gamma & Gain shader
Standard maps	When you use a Bitmap, make sure that Tiling is on (it is on by default). For the Falloff map, the main settings are supported but not Mix Curve or Output settings; however, the MetaSL Component Falloff shader is fully supported. The following Standard maps are not supported: Cellular map Gradient Ramp map Output map The effect of a Cellular, Gradient Ramp, or Output map is "baked" by converting to a bitmap before rendering. The map parameters are not animated. The effect is similar to the way these maps are displayed in viewports. Composite map Vertex Color map Reflections are always box projections: Planar projections are not supported.

Additional Capabilities and Restrictions

Feature	Capabilities and Restrictions
Render Elements	Supports these Alpha and Z Depth elements: Alpha Material ID Object ID Z Depth
Render to Texture	Not supported
Object Properties settings	The Quicksilver renderer ignores these, but the Renderable and Visibility properties are passed to the renderer by 3ds Max, so these settings work as expected.

Using the Quicksilver Renderer: Tips and Tricks

If an object appears black in a Quicksilver rendering, then either the material applied to the object is unsupported, or it is too complex to compile. Replace the material with one that the Quicksilver renderer can support (or try using a different renderer).

Performance Considerations

Noise maps require a lot of computation and can slow performance or even cause the renderer to run out of memory.
For bitmaps, if you don't care about the 2D coordinate settings for the standard Bitmap map, use the MetaSL Texture Lookup 2d shader instead: This is more efficient and lets you add more bitmaps to a material.
The more objects with reflective surfaces, the more time the scene will take to render.

Quicksilver Hardware Renderer Parameters Rollout
The main rollout for the Quicksilver hardware renderer, like that for the iray renderer, lets you adjust render quality by setting either the time to spend on rendering, or the number of iterations to perform.
Visual Style & Appearance Rollout (Quicksilver Renderer)
These controls choose the visual style of the rendering, and how the renderer handles lighting.
Reflections Rollout (Quicksilver Renderer)
These controls let you choose how the Quicksilver renderer handles reflective objects.
Depth of Field Rollout (Quicksilver Renderer)
These controls let you add depth of field to the rendering. Depth of field is available only when you render a Camera or Perspective view.
Hardware Cache Rollout (Quicksilver Renderer)
These controls let you manage the location of hardware shaders on your computer.

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