What Chaos receives is user preferences on just a few key render settings and the resulting render times. Chaos doesn't gather scenes, assets, materials, etc. No intelligence property is violated when agreeing to participate in the feedback program. Help make V-Ray even better – Participate in the improvement decisions for future version of V-Ray. Please check if the default folders are correct.
Here you can specify the installation paths. See more information on the Chaos Cloud page. Chaos Cloud is a software as a service (SaaS) which allows you to submit and render scenes with cloud-based V-Ray.
Install Chaos Cloud Client – Enable this checkbox to install the Chaos Cloud client application. If you disable it at this step, you will need to manually add firewall exceptions later. Please choose this option if you plan to use this machine only for Distributed Rendering with V-Ray Standalone and an IPR render server.Īdd firewall exception – Enabling this option allows the default licensing port (TCP 30304) in the firewall. Standalone – An installation which includes V-Ray Standalone and IPR render server. The hybrid render engine running on a CPU supports the same features as the regular V-Ray GPU CUDA engine.Workstation – A full installation that includes V-Ray for Cinema 4D, IPR for Cinema 4D, V-Ray Standalone, V-Ray Tools. Meaning, this mode can be used on computers that don't even have GPUs. Furthermore, you can use the CPU as a CUDA device even if you don't have an NVIDIA GPU and/or NVIDIA drivers installed. The hybrid rendering mode does not require any special drivers. To enable the hybrid rendering mode, simply enable the C++/CPU device from the list of GPU devices. V-Ray can now execute the CUDA source on the CPU, as though the CPU was another CUDA device. Starting in 3.60, V-Ray GPU can perform hybrid rendering with the CUDA engine utilizing both the CPU and NVIDIA GPUs. Hybrid Rendering with CPUs and the CUDA Engine Turn on the statistics display to check the difference in render speed and to find the optimal settings for your system. However note, that this will reduce the rendering speed. For example, you can try values like 64/1 or 32/1. This will break up the data passed to the GPU into smaller chunks so that the user interface requests can be processed faster. To alleviate this problem, reduce the GPU Rays per pixel and/or the GPU Ray bundle size parameters in the Interactive render settings. If you have only one GPU on your system, you may find that the user interface becomes sluggish and unresponsive while Interactive is rendering on the GPU.
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