You’ll also need to switch your renderer viewport to use the V-ray Interactive option from the view shading controls. The whole thing looks and feels much easier to use, and considering that the workflow is split across two key dialogs (the operations inside Rhino and the V-ray dialog), it all holds together nicely.Īs a last point, it’s worth noting that if you need to switch the renderer in Rhino, you’ll find V-ray for Rhino under the Render menu (look for Current Renderer). If you’ve used V-ray for Rhino before, you’ll immediately notice that this portion of the interface has been dramatically reworked. It’ll also bring up the V-ray dialog window. You’ll find a new menu is added to the pull-down and a small toolbar gives you access to the most common Rhino integrated commands, including light creation and depth of field focus control. Getting up and running with V-ray inside Rhino is pretty straightforward. As you add more lights, this become way more useful Getting Started

Using the new Light instances to control two area lights at the same time. It’s then a case of configuring V-ray how you want it – either running as default or, if you have shared resources for textures and materials (V-ray makes sharing standardised materials very easy), then you’ll need to point the various folders to where they need to go. Then place all your files where you need them. If you’ve used Rhino with plug-ins before, you’ll know that installation is pretty straightforward – open up the Rhi file and it’ll sort itself out. So let’s dig into what it does, how it does it and what you can produce using it. It’s currently available for 3ds max, Modo, Maya, Cinema 4D, Form-Z, Revit, Blender and of course, Rhino. If you’ve not come across V-Ray before, it’s essentially a singular physically based rendering system that has been developed for integration in a wide spread of 3D modelling and visualisation systems. This month, we’re going to take an in- depth look at the last update to one of these – namely, V-Ray for Rhino, developed by the Bulgarian team at Chaos Group. While Rhino has its own built-in rendering tools and its own add-ons (Flamingo and more recently, McNeel has built in the open source Cycles renderer), there are a range of third-party vendors looking to add their own special brand of magic. Whether you’re using Rhino for product development, architectural design or something else, there is a huge range of options. One of the most popular classes of add-on is rendering and visualisation.

Whether you’re looking for stress analysis, CAM or a niche add-on to assist in the development of boat hulls, they’re all available. The final reason for its popularity is, I suspect, the huge wealth of third-party add- ons for the system.

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