![]() ![]() It is recommended that you install the latest driver updates before using TurboLux rendering.Īccessing the features of TurboLux is accomplished through four, key dialog/palettes. When running TurboLux, the OpenCL (GPU-based) modes require an NVIDIA graphics card or GPU that supports either OpenCL 1.2 or later, or NVIDIA’s CUDA version 10.0 or later. TurboLux has specific requirements for taking advantage of your computer’s GPU (Graphics Processing Unit). ![]() Additional shader options (volumes, bands, mix, cloth, car paint, glossy coatings).Updated Luminance Editor for creating and editing lighting environments. ![]() Updated Metal library based on Fresnel properties.New Gemstone library based on physical properties of gems.Post process effects for denoising, gamma correction, and tone mapping.Caustic support for tracing light paths and sampling methods.Heterogenous computing utilizing all your CPUs and supported GPUs.Support for physical based materials with normal, roughness, and bump channels.Physically based rendering engines for accurate lighting (four types).Key advantages of using TurboLux include: PBR lighting and materials combine together to produce stunning images of photographic quality. Also introduced are a new set of physically based materials with parameters based on the optical properties of metals, glass, matte, glossy, and transparent surfaces. ![]() TurboLux is a physically based rendering (PBR) solution exploiting state-of-the-art algorithms that simulate the flow of light according to physical equations. (Available in Platinum, Professional, and Deluxe) Using the Trim tool with Architectural Objectsĭrafting Palette, Creating Standard ViewsĪdvanced/custom lighting accessed via Luminance Profile Objects and Face to Face ModificationĬreating 3D Objects by Editing 2D Objects ![]()
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