Solid Angle Cinema 4D to Arnold 4.6.7 (x64)

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Free Download Solid Angle Cinema 4D to Arnold 4.6.7 | 5.0 Gb
The Solid Angle Team, a bussines Autodesk, is pleased to announce the availability ofArnold (C4DtoA) 4.6.7 for Cinema4D. This update uses Arnold 7.2.5.0 and is a feature release bringing major GPU changes including better scaling on multiple GPUs, global light sampling with volumes, improved distance shader, an overlay imager, faster OIDN denoising, and many other improvements and fixes.
Owner:Solid Angle
Product Name:Cinema4D to Arnold (C4DtoA)
Version:4.6.7
Supported Architectures:x64
Website Home Page :[URL="http://www.arnoldrenderer.com"]www.arnoldrenderer.com[/URL]
Languages Supported:english
System Requirements:Windows, macOs & Linux *
Size:5.0 Gb



Enhancements

-GPU renderer overhaul:A large part of the GPU renderer was rewritten using NVIDIA OptiX 8. This allowed numerous improvements such as much faster startup times, lower GPU memory usage, better scaling on multiple GPUs, and faster renders overall. (ARNOLD-9882)






-Global light sampling in volumes:Global light sampling is now supported in volumes. The render time speedup when using global light sampling in volumes depend on the number of lights, but even scenes with only a few lights are faster to render. (ARNOLD-13095)

Below is an equal time render comparison of a scene containing 351 motion blurred mesh lights inside an atmosphere_volume.





-Improved thick curves intersector:Curves in thick mode are on average 10% faster (in some cases, more than 100% faster) and they look better in closeups. (ARNOLD-2875, ARNOLD-8549 and ARNOLD-14391)






-Distance shader in reflections:The distance shader now properly handles secondary paths such as reflections. (ARNOLD-13883)





-Overlay imager:A new imager that allows you to decorate or tag your renders by printing text over the rendered images. Overlay text can use any of the system fonts (TrueType or PostScript), or custom fonts defined via the OPENIMAGEIO_FONTS environment variable. You can include scene and system information, and render statistics, with pre-defined tokens, such as,, and. See the Overlay Imager documentation for the full list of tokens. (ARNOLD-14188)

Note:Text overlay settings in Render Settings and in IPR snapshots are deprecated and will be removed in a future release. Please use the new overlay imager instead.









-GPU denoising in Intel Open Image Denoise:The Intel denoiser was upgraded from version 1.4.1 to 2.1.0, which brings real-time denoising through NVIDIA and Intel GPU support. (ARNOLD-12547)
-Improved IPR render time and interactivity:As a result of an optimization in the display logic of interactive renders, render times in the IPR are now about 1.2x faster, depending on complexity and sampling settings. The improvement is most significant in simple scenes when rendering multiple AOVs on the GPU. (C4DTOA-3075)
-Procedural and volume animation start loop:You can now control looping of frames before the start of an animated procedural or volume, not just frames after the animation. For instance you can freeze the first frame before the animation. (C4DTOA-3087)






-Toon light-group AOVs:The toon shader now outputs AOVs for direct lighting from lights that have a label in their aov parameter. The toon light-group AOVs are named with the toon aov_prefix parameter. For example, if a light has aov = "keylight" and a toon shader has aov_prefix = "myprefix_", then the toon light-group AOV is named "myprefix_keylight". (ARNOLD-9602)
-Automatically create non-existent paths to tx file:Generating a .tx file (maketx, autotx, AiMakeTx) now works even if the paths to the output .tx file do not exist: Arnold now creates those paths. (ARNOLD-14703)
-Faster overlapping volumes:Arnold renders a few percent faster when there are many overlapping volumes. (ARNOLD-14353)
-Scene unit conversion for light intensity:Scene unit conversion is now supported for light intensity in nested procedurals. If a procedural contains a light and its scene units do not match the procedural units, the light intensity is scaled to match the procedural. Conversion is in place for Arnold ass file procedurals, but we do not yet support USD and arbitrary procedural formats. (ARNOLD-9205)
-Scene unit conversion for volume density and emission:Scene unit conversion is now supported for volume density and emission in nested procedurals. If a procedural contains a volume and its scene units do not match the procedural units, volume density and emission are scaled to match the procedural. Conversion is in place for Arnold ass file procedurals, but we do not yet support USD and arbitrary procedural formats. (ARNOLD-9206)
-Improved profiling:Procedural and volume intersection times are now listed separately, instead of being included with the parent BVH. Profiling has also been added in other areas, in particular multithreaded code where helper threads were not being accounted for. This should result in higher quality statistics. (ARNOLD-14443)
-GPU: Better compatibility with CPU rendering:The following CPU features have been ported over to the GPU.
. Multiple render sessions with GPU (ARNOLD-14145)
. When rendering on GPU and using per-face displacement shaders, autobump will now match the displacement shader assigned to each face. Previously, autobump would use the first shader applied. (ARNOLD-12796)
. Motion blur on the implicit sphere primitive. (ARNOLD-12955)
. Skydome_light.shader parameter. (ARNOLD-13641)
. The "polygons" edge type in the wireframe. (ARNOLD-12804)
. OSL LPE writing via debug closures. (ARNOLD-13907)
. Image shader "file" wrap mode. (ARNOLD-12578)
. ID mode in utility shader. (ARNOLD-14159)
. edgelength mode in utility shader. (ARNOLD-14122)
. The GPU renderers texture filtering logic has been improved such that there is a closer match to the CPU renderer. (ARNOLD-12578)
. A number of fixes have been made to the GPU renderer's color management logic such that there is a closer match to the CPU renderer. (ARNOLD-12382)
-Updated Autodesk Network License Manager:Autodesk Network License Manager (NLM) server version 11.19.4.1 is available and includes support for RHEL/Rocky Linux 9 operating systems. You can find the NLM installer in the license/installer folder, and from the Arnold License Manager. (ARNOLD-14429)
USD Enhancements
-USDZ files supported as file format:You can render usdz files with kick, and load them with the usd procedural. usd#1726.
-Orthographic cameras in Hydra:Orthographic Cameras are now supported in the Hydra render delegate. usd#612.
-Pixel Aspect Ratio in Hydra:The Arnold Render Delegate now supports the pixelAspectRatio parameter in RenderSetting primitives usd#658
API changes
-Multiple render sessions on GPU:The GPU can now render multiple render sessions at the same time. (ARNOLD-14145)
-Font API:A new API AiFontGetFamilies and AiFontGetStyles returns the list of available system fonts (e.g. "Arial", "Times New Roman") and font styles (e.g. "Regular", "Bold", "Italic"). AiFontGetFilename returns the path of the file that defines a given font family and style. (ARNOLD-14395)
Incompatible Changes
-Minimum NVIDIA driver requirements for Arnold GPU:Arnold GPU requires 535.104 or higher drivers on Linux and 537.13 or higher on Windows.
-GPU cache pre-population deprecated:The GPU cache pre-population has been deprecated and calling these functions will now do nothing. (ARNOLD-12135)
Bug Fixes

• C4DTOA-3121 - Scene with custom OCIO config crashes on load
  
• C4DTOA-3129 - Deprecated shaders are not converted to Node Material
  
• usd#1709 - Procedural failures if schemas are present
  
• usd#1713 - Fix coding error "attempt to get string for GfVec4f"
  
• usd#1732 - Force the color AOV to be interpreted as the Arnold beauty pass
  
• usd#1735 - Fix usdskel geometry and motion blur interpolation outside the keyframe boundaries
  
• usd#1524 - Fix material binding on instances under a SkelRoot
  
• usd#1718 - Support primvars:arnold attributes in Arnold typed schemas
  

Arnoldis an advanced cross-platform rendering library, or API, developed by Solid Angle and used by a number of prominent organizations in film, television and animation, including Sony Pictures Imageworks. It was developed as a photo-realistic, physically-based ray tracing alternative to traditional scanline based rendering software for CG animation. Arnold uses cutting-edge algorithms that make the most effective use of your computer's hardware resources: memory, disk space, multiple processor cores, and SIMD/SSE units. The Arnold architecture was designed to easily adapt to existing pipelines. It is built on top of a pluggable node system; users can extend and customize the system by writing new shaders, cameras, filters and output driver nodes, as well as procedural geometry, custom ray types and user-defined geometric data. The primary goal of the Arnold architecture is to provide a complete solution as a primary renderer for animation and visual effects.
Arnold for Cinema4D (C4DtoA)supports most Cinema 4D features such as instances, cloners, deformers, generators, MoGraph geometry, hair, and ThinkingParticles. It also supports both animation and single frame distributed rendering in Team Render, allowing the use of all computers in a local network to speed-up Arnold rendering. Third-party plugins TurbulenceFD and X-Particles are natively supported, allowing artists to render high quality smoke, fire, and particle effects with fully interactive feedback. Other features include volume rendering with OpenVDB, a node-based material editor and a comprehensive list of shaders and utilities, including vertex maps and per-face materials.

How to render Cinema 4D Pyro in Arnold Renderer! (Quickstart)

Solid Angle SLis the technology company behind the Arnold rendering software, with offices in Madrid and London and customers throughout the world including Framestore, DreamWorks, ILM, Sony Pictures Imageworks, MPC, The Mill, Mikros Image and Rising Sun Pictures. Arnold was designed from the ground up to efficiently raytrace the complex geometric datasets required for feature-length CGI animation and big budget visual effects, while at the same time simplifying the pipeline, reducing the number of passes, minimizing storage requirements and greatly enhancing interactivity for lighting artists.



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