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
- 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
- Ray Switch Material [update]
- Reference Material [update]
- Bitmap
- Procedural Noise
- Procedural Flakes
- Procedural Scratches
- Texture Coordinates
- Decal [update]
- Selection Mask
- Pattern
- Gradient Ramp
- Triplanar
- Falloff
- Layer
- Randomizer
- Color Correction
- Remap
- Channel Shuffle
- Polygon Wire
- Surface Side
- Curvature [update]
- Vertex Attributes [update]
- Hair Info [update]
- User Data [update]
- Object / Particle Atrributes [update]
Standard Lighting
Environment HDRI
Object Tag [update]
Particles [update]
Motion Blur [update]
Displacement Mapping [update]
Curves and Splines [update]
Using Bitmaps from Asset Browser
Upcoming Features
Download Examples

Rendering Speed

Mar 26, 2023 12:14

This section shows render speed example for several scenarios.

The main part of rendering speedup was made for CentiLeo 0.65 release that included optimizations:

Rendering huge polygons models and streaming them efficiently
Huge sets of instances / particles with streaming
Efficient storage and streaming of vertex and object UVW channels and custom attributes
Streaming out-of-core image textures
Scene compilation / load times for many objects and objects with a lot of primitives
Tesselation and displacement

CentiLeo is fast not only there, but also for example for many light sources situation thanks to adaptive algorithms, it's also efficent for glass and multi material renderings that will be showcased in the future.