CentiLeo for Cinema 4D
About CentiLeo
- How to Install
- System Requirements
- Known issues
CentiLeo Features for Cinema 4D plugin
How CentiLeo Works
Hardware Recommendations
Rendering Settings
- Camera
- Hardware Settings
Rendering Speed
- Interior
- Simple Exterior
- Streaming Out-of-core Geometry
- Streaming Out-of-core Textures
- Bulldozer vs Motobike Kernels
Interactive Preview Render
Final Render
Post Processing
AOVs / Passes / Masks
- Light Passes
- AOV Masks
Materials and Textures
- Shader Node Editor
- Standard Material
- Mix Material
- Emission Material
- Displacement Mapping
- Bitmap
- Procedural Noise
- Procedural Flakes
- Procedural Scratches
- Texture Coordinates
- Decal
- Selection Mask
- Pattern
- Gradient Ramp
- Triplanar
- Falloff
- Layer
- Randomizer
- Color Correction
- Remap
- Channel Shuffle
- Polygon Wire
- Surface Side
- Attributes Access
Standard Lighting
Environment HDRI
Motion Blur
Object Tag
Using Bitmaps from Asset Browser
X-Particles Integration
Upcoming Features
Download Examples

Shader Node Editor

CentiLeo materials and shaders can be combined as a network to implement a comlex surface behavior and texture mapping.

The list of currently supported material and texture nodes are on the left. Quite a lot of parameters inside each node can be linked to the other nodes and all of this is resolved during rendering run-time.

The Output Material is the root material of any shader network. It accepts the surface material and displacement mapping where the latter affects the surface geometry.

The example below shows the subsurface scattering (SSS) channel combined with reflection channels that encode the behavior of the human skin material. A special and interesting part of SSS is that it computes the lighting under the object surface which is important for organic objects.