The speed of the workstation is crucially important to Brodeur because the faster he can work, the more projects he can take on and complete. Because of the responsiveness of the screen updates on this new workstation, I was able to keep everything procedural." "Using a different machine, I would most likely need to make the Volume Builder object editable to stop the machine getting bogged down. "This allowed me to quickly and procedurally model many different tree designs," he says. Without this feature, Brodeur's scene would have had 380,000,000 polygons that would, Brodeur says, "without a doubt have crashed any computer." The trees were modeled using the new Volume Builder, which enables basic shapes to be combined into complex models. When David received the new workstation, he set to work creating a toy forest scene by cloning thousands of wooden trees using the new multi-instance feature in Cinema 4D* Release 20. If you like this, sign up for more via Creativity Boost Modeling Wooden Toys Our creators used Cinema 4D* and a workstation based on the Intel® Xeon® W-3175x processor to create a variety of 3D scenes.
#Cinema 4d r20 gpu render download
In this article, we’ll share their stories, and give you a chance to download their files so you can experiment with their 3D scenes. They shared their work with us, and told us how the combination of Cinema 4D* and the Intel® Xeon® W-3175x processor has transformed their workflow. We invited four digital artists to try Cinema 4D*, together with a workstation based on the Intel® Xeon® W-3175x processor. "It’s been great to work with Intel to make Cinema 4D* perform even better," he concludes. "The recently added Voronoi Fracture features, certain texture painting speed improvements, and some selection tools were realized with the help of the Intel® oneAPI Rendering Framework, making some use cases orders of magnitude faster for large scenes." "This allows us to use the Intel® oneAPI Rendering Framework, not just for classical ray tracing, but also for collision detection," he adds. Even our GPU renderer profits from the Intel® oneAPI Rendering Framework’s high-quality acceleration data structures." It’s a construction kit that we can tailor to our diverse needs.
"The Intel® oneAPI Rendering Framework is not just very fast and memory-efficient at what it does, it is also very versatile, thanks to the well-designed architecture. "We use the Intel® oneAPI Rendering Framework to efficiently construct ray tracing acceleration data structures, and to trace many rays against scene objects, using the Intel® Streaming SIMD Extensions (Intel® SSE) and Intel® Advanced Vector Extensions (Intel® AVX) optimizations available for the user's CPU," says Jancke.
To accelerate the rendering of photorealistic scenes in Cinema 4D*, Maxon is using the Intel® oneAPI Rendering Toolkit (Render Kit). The construction process for this data structure is very time intensive as well.” Improving Performance This is effectively a database that allows you to quickly query intersections between rays and scene objects. One important ingredient to ray trace many rays efficiently is the use of a raytracing acceleration data structure. This process is repeated many times for each pixel in the rendered image. Rays may be reflected or refracted further from this first hit toward other objects, or directly toward light to compute shadows. If an object is hit, its material properties such as texture, color, translucency and reflectivity are taken into account. “Rays are cast through the virtual camera into the 3D scene, where they intersect with the objects placed there by the artists. “Scene rendering is processor intensive, because it is based on ray tracing, which simulates the light paths taken by photons in reverse,” says Karsten Jancke, Maxon director of engineering. Intel engineers have been working with Maxon’s developers to optimize Cinema 4D* R21 to take advantage of the latest Intel CPUs. Cinema 4D* Release 21 from Maxon includes Intel® Embree 3.2.2 and Intel® Open Image Denoise from the the Intel® oneAPI Rendering Toolkit (Render Kit) to bring a number of improvements in modeling, rendering and materials.
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