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2400 Layered PSD 3D Architectural Perspectives xoio.de - architekturvisualisierung, animation, illustration GOBOTREE Rhino3D TV - Learn, Teach and Share. V-RayforC4D Basic Startup (Part2) – Basix | Josef Bsharah In this Tutorial We are going explore some of the essential things when it comes to creating V-Ray materials , what we going to be discussing here is hopefully going to get you started making V-Ray materials and again , some more in depth tutorials are going to be available for specific parts that are not covered in this series V-Ray materials are not as simple as the standard materials , the way they behave is more physical ( as surfaces can absorb light , refract it , reflect it .. etc ) and for that reason , each parameter is tight another and colors play a huge role in this regard . VRay has a number of material types which can be used in combination or separately to produce high quality renders . The main materials that we are going to be working with is the V-Ray Advanced Material . Click Here To Download The Tutorial Files V-Ray Advanced Material General Options : – Material Weight – Bump – Luminosity Layer – Reflection Layer – Specular Layer – Specular Layer Parameters Fresnel
Grasshopper - algorithmic modeling for Rhino CuervoLoco Image Roast, Render Profesional V-Ray Render Optimization | Akin Bilgic Intro This tutorial attempts to cover the process of optimizing your V-Ray render settings to get the best possible render quality and fastest render time for a given scene. There's often a lot of confusion surrounding V-Ray's sampling methods and what 'ideal' settings are. We'll first cover some of the underlying concepts behind how ray tracing and V-Ray's sampling works. If you already know the underlying concepts and just want the technical step-by-step procedure, click here to skip right to it. Raytracing 101 When a render begins, rays are first sent out from our camera and into the scene to gather information about the geometry that will be visible in the final image. Whenever a Primary Ray intersects with geometry in the scene, additional rays get sent out from that point of intersection into the rest of the scene to gather information about things like Lighting, Shadows, Global Illumination (GI), Reflection, Refraction, Sub-surface Scattering (SSS), etc. Figure 01 Figure 02 Figure 03
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