V-RAY PHOTOREALISTIC RENDERING: HOW IT ALLOWS TO CREATE DIGITAL MASTERPIECES

Bedroom Interior Rendered in V-Ray

V-Ray photorealistic rendering is the number-one сhoice for lifelike design visualizations. It helps architects and interior designers demonstrate the benefits of their projects plainly and persuasively: the imagery has few to no differences with photos.

The client is yet to sign a contract, but V-Ray photorealistic rendering allows to showcase the project as if already brought to life. On the bedroom rendering above, everything fascinates the viewer: the snow-white curtain, the fluffy carpet, the ottoman and the soft cushion on top of it… With imagery like this, a design presentation leaves no room for doubt and uncertainty: the client sees exactly the result he or she will get.

Another popular use of V-Ray photorealistic rendering is marketing. A stunning architectural or design portfolio pics on a professional’s website, high-quality imagery in social media, 3D animations on video blogs – these are only a few examples of how 3D visualization company that uses the V-Ray rendering engine can help a marketer.

There are 6 reasons why the plugin is the first one CGI professionals consider when photorealistic rendering is a must. Learn how the V-Ray rendering software helps a 3D artist produce striking and persuasive imagery.

#1. V-Ray Does Photorealistic Rendering of Light and Shadow

Natural and Artificial Lighting in a Resting Corner V-Ray Render

Photorealistic rendering or direct light appears uncomplicated: the closer the angle of incidence to the perpendicular, the lighter the spot and vice versa. But ignoring diffused light will result in monochromatic black shadows – the effect never taking place in reality. To fix the situation, unsophisticated rendering algorithms just apply a default level of illuminance to shades.

Real light acts differently. It gets reflected, absorbed, refracted, diffused – often simultaneously in various proportions depending on the material. Moreover, colored surfaces give their own tints to the light. Before it reaches the viewer’s eye, a light ray often has to travel a long distance. V-Ray successfully handles such phenomena by means of ray tracing. The software can save the data on diffused light in a photon map so as to speed up further computations. It’s especially important for animated V-Ray photorealistic rendering.

Even caustics, the bright spots and threads caused by refraction or reflection on curved surfaces, can’t puzzle the V-Ray rendering software. Remember the sophisticated light patterns a glass or bottle throws on the table? Is photorealistic rendering of caustics possible at all? For V-Ray, it’s an easy thing!

#2. V-Ray Distributed Rendering Allows for Highest Quality

A Living Room in a High-Quality V-Ray Render

The V-Ray rendering engine works fast compared to other solutions. However, even on a powerful workstation, it can spend hours producing a photorealistic r