With V-Ray’s Distributed Rendering, you can use the power of multiple machines working together to render images even faster. Rendering lights on separate layers is also supported. V-Ray offers an extensive set of render elements and object/material ID selection channels via its multipass feature for professional post-production pipelines. Architectural section renderings are now a breeze! V-Ray boasts a real-time clipper allowing you to cut geometry - even proxies, multiple times - and offers an option to use custom geometry for Booleans. The advanced V-Ray Frame Buffer offers high-level tools including color correction, exposure, white balance, LUT support, V-Ray Lens Effects and the VRayDenoiser, and is available on both Windows and MacOS. NEW VFB: LUT CONTROL, DENOISER & LENS EFFECTS The V-Ray Hair BRDF also provides physically accurate hair shading for great-looking results.

V-Ray for Cinema 4D supports Maxon Hair via V-Ray’s memory-efficient hair procedurals, as well as V-RayFur. Volumetric environment fog now renders even faster to help you quickly generate clouds, volume lights and more. V-Ray offers several sky models for the realistic lighting of scenes - including Hosek sky with atmospheric haze. And for added realism, you can add random material variations to V-Ray Proxy objects and render instances.

V-Ray Proxy objects replace complex scene geometry and load only at render time. Or, use Triplanar mapping for texturing without UVs. The new UV manager brings UV channels to Cinema 4D, allowing artists to use unlimited UVs per shader for complete UV-mapping control. You can also output to virtual reality with the VR 360 stereo camera. V-Ray’s real-world camera system lets artists work like photographers to achieve realistic depth-of-field and cinematic motion blur. V-Ray’s special BRFD materials give you access to all the tools you could need.

V-Ray for Cinema 4D offers real-world and multi-layered BRDFs for the creation of physically accurate materials. Choose from precise path tracing, approximate - or use a hybrid of both. V-Ray uses physically accurate ray tracing to precisely calculate lights and real-world reflected lights and global illumination. Just choose the GI engine type, render time - and render! And enjoy the instant feedback via V-Ray’s progressive rendering. V-Ray’s automated sampling with variance-based adaptive ray-tracing offers dramatically improved workflow and eliminates the need for fine-tuning complex settings.

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