Nebulosity is designed to be a powerful, but simple to use capture and processing application for Windows (7/8/10 32/64 bit). A huge array of cameras are supported for capture (see below) and images from just about anything can be processed (support for many FITS formats, PNG, TIFF, JPEG, DSLR RAW files, etc). Its goal is to suit people ranging from the novice imager who wants to create his or her first images to the advanced imager who wants a convenient, flexible capture application for use in the field. In it, you get a host of purpose-built, powerful tools to make the most out of your images and imaging sessions.

V-Ray Next for Rhino is much more than a do-it-all smart renderer that creates gorgeous images of your designs. It is also a full suite of tools to help you accomplish more in Rhinoceros than ever before. V-Ray Next makes it easier to manage everything in your scene – even the crazy complex ones. It is 50% faster overall, with GPU rendering 2x as fast and 7x faster using the Adaptive Dome Light. V-Ray Next for Rhino is compatible with Rhino 5 and 6 on Windows only. Superior Grasshopper support:With V-Ray Next, you can do more in Grasshopper than ever before and get advantage of powerful capabilities. Render your parametric designs directly without “bakes” or exports. Animate Grasshopper definitions as well as cameras and sun, and measure real-world illumination values – all right in Grasshopper.

Autodesk Grading Optimization is an interactive tool that facilitates grading various land areas such as sites, road interchanges, and around structures. It consists of optimization algorithms that work toward surface smoothness while accommodating user imposed constraints. These design constraints include grading and drainage elements. The constraints are entered as global parameters and as individual grading element parameters. Once optimization begins, the real-time problem solving can be observed. Using several visualization themes for the surface, or by watching the trends of the convergence plots, you can stop and change designs or let it run until a desired grading solution is found. If a solution is not possible, a best approximation is provided within your constraint requirements.