(This course has both English and Mandarin subtitles.) If you prefer to use Mac, please check out Rhino for Mac information at The Window system and three-button mouse is preferred.įor more hardware requirements please check at The Rhino trial version can be downloaded for free at for 90 days. Please note that this course is designed for Jewelry CAD designers and requires some basic knowledge of Rhino 3D.Īll students must have a computer with Rhino installed before class. ![]() We encourage you to check out our detailed course content below and enroll today to take the first step toward enhancing your jewelry CAD design skills. These skills will help you design and 3D model your jewelry accurately, significantly reducing your production costs in both materials and labor.Ĭompleting this course will set you apart from professional and amateur jewelry designers. You will also learn how to create models for the bezel set, prong set, bead set, pave set, channel set, flush set, halo set, and cluster set. This course teaches you the concept of jewelry stone setting and various stone modeling techniques for different shapes. You will also gain insights into design guidelines and the process of 3D printing and production. Our course includes 50+ videos spread across 12 chapters, where we use Rhino 3D software to teach you how to design and use 3D modeling techniques for different stones in jewelry design. Whether you are a new jewelry designer or an experienced bench jeweler, this course is designed to meet your learning needs and provide you with the most in-demand techniques. ![]() I wonder how NURBS is interpreted in USD format, and how Rhino in the future would handle the format like USD.Welcome to our course on stone setting 3D modeling technique - an essential knowledge and skill that every jewelry CAD designer must possess. I don’t know what kind of data structure Fologram is using in order to communicate with Rhino geometry, a file structure like USD should make all the operation easy for everyone. That was actually very important for me, and you can actually see that we are doing that in the video (although it is not too clear) within Fologram app, you can turn ON/OFF of layer visibility and change the parameters in the Grasshopper.Īnd if you move an object in AR by swiping on the mobile screen, that move would be transferred back to the original Rhino model in real time. and it can produce the AR directly from Rhino program. The plugin i used at site in the video was Fologram. that means users can not only see the 3D object projected in real life environment, but also modify some parameters, changing the color/texture, changing the length of a certain shape (not just scaling the whole thing), etc. ![]() One important factor in the AR presentation in our field is the interactive-ness. It seems promising if the data is in ASCII format, then any web app can edit the data easily. but i am definitely looking into it right now. Thanks format was actually new to my radar.
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