Once you’re happy with the way the scene is setup you can save the view so it can be recalled at any point. The lens length can also be adjusted – a shorter lens to give a wider angle and increase the field of view, a longer lens to give the effect of a telephoto with less perspective. Here users can control viewport size, as well as the camera position and target. This can be done with the mouse or in the Rhino properties panel. This means it can be deployed seamlessly throughout the creative process, with users able to flip between shaded, wireframe or rendered modes at the touch of a button, as and when required.Īs everything is done within the familiar Rhino viewport, users have full control when setting up views. Radeon™ ProRender can be used in any of the Rhino viewports. Go to the render pull down menu or the render panel to the right-hand side of the window and change ‘Current Renderer’ to ProRender. To activate the software, simply switch the renderer in Rhino 6.0. To install, simply download Radeon™ ProRender for Rhino for free from GitHub. You don’t need to change any of your existing material definitions. And because it is fully integrated with Rhino it allows you to render models directly inside the viewport. Once installed, it essentially sits alongside the existing rendering engine inside Rhino 6.0. Radeon™ ProRender for Rhino is developed by the same team that brings you the professional series of AMD Radeon™ Pro GPUs.
But now there’s a new physically-based renderer that can harness the power of either the CPU or the Graphics Processing Unit (GPU). When it comes to photorealistic visualisation, Rhino users have a wealth of options. Radeon™ ProRender can be used in any of the Rhino viewports
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