![]() The following topics describe some features and settings that can affect render performance. Use the high quality setting to produce a final image only when you are sure that the material render appearances and the render settings will give the desired result. As you get closer to the desired result, you can use the medium quality setting to produce a more realistic image. Then refine materials, lights, and other settings to improve the image. In general, start by rendering a draft quality image to see the results of the initial settings. Low quality images are generally quick to produce, while high quality images can require significantly more time.īefore rendering an image, consider whether you need a high quality image or a draft quality image. When using Autodesk Revit, it is very easy to open a 3D view and then start Enscape to begin exploring your project in a photorealistic real-time environment.To help you understand how to use Enscape in Revit from start to finish, this post will mention a few things you should consider for your Revit project and walk you through best practices for configuration, settings and options for. Ultimately, render performance is a balance between the quality of the resulting image and the resources (time, computing power) that can be devoted to the effort. For example, reflections, refractions, and soft shadows can increase render time. Furthermore, the interplay of other factors can affect render performance. ![]() ![]() The amount of time required to generate the rendered image varies depending on many factors, such as the numbers of model elements and artificial lights, the complexity of the materials, and the size or resolution of the image. When you use the rendering tool, the rendering engine uses complicated algorithms to produce a photorealistic image from a 3D view of a building model. ![]()
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