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V-Ray is a rendering engine that is used as an extension of certain 3D computer graphics software. It is a rendering engine that uses advanced techniques, for example global illumination algorithms such as path tracing, photon mapping, irradiance maps and directly computed global illumination. The use of these techniques often makes it preferable to conventional renderers which are provided as standard with 3d software, and generally renders using these techniques can appear more photo-realistic, as actual lighting effects are more realistically emulated. V-Ray is used in the Interior/Architectural and video game industries.
1 – Overall Speed
Speed is of the essence when you’re working towards a tight deadline. Your client wants to see your work as quickly as possible so the project can move forward. Any inefficiencies in your workflow can cause issues. This extends to the speed of your rendering software.
This is where V-Ray really shines. Compared to other digital design and rendering software, V-Ray can bring your models to life fast. You will need a machine capable of running the software effectively, of course. Even so, you get render times than any comparable software.
2 – The Probabilistic Light Setting
The more light sources you have, the more difficult the render. This has been an issue in rendering and digital designsoftware for years. Even older versions of V-Ray struggled in this area. The software had to figure out how each light source would affect the direct light for the render. These calculations add up and lead to slow rendering times.
This is not the case in the new version of V-Ray. The software offers a new probabilistic light setting. It’s found in the Global Switches menu and is set to “off” as a default. Turn it on and you will immediately see how it benefits architectural modelling.
3 – Amazing Integration
Any good rendering software needs to integrate well with the digital design packages that architects use. V-Ray integrates with everything from Rhino 3D and 3DS Max to SketchUp. As a plug-in, V-Ray needs to work well with any software an architect may choose. It does so and it does it seamlessly.
How is this beneficial for architectural modelling? Well, it means that you won’t need to spend hours struggling with V-Ray to get it to work alongside your chosen software. Bugs and glitches are less of an issue than they are with other rendering packages.
4 – Loads of Options
V-Ray is not the easiest digital design rendering software to learn. That’s a fact from which there is no escaping. However, the software does offer an amazing array of options. V-Ray gives you more options for rendering than any other plug-ins on the market. You can spend hours figuring out all of the different options and sliders. Each can affect your render in a variety of ways. Finding out how is part of the fun. It can also help you make even better models.
5 – The Huge Library
A good resource library is a boon in architectural modelling. Without one, it becomes much more difficult to work with your digital design software. Picture the scene. You spend hours poring over a model. You add the final touches and get ready to render your masterpiece. Then, disaster strikes. You made a small mistake early in the process that you failed to catch. The render turns out poorly and you have to spend even more time working on it.