Photopia for Rhino – 光学设计插件发布

LTI Optics很自豪宣布用于Rhino光学设计插件的Photopia。

20年来,工程师们一直信赖Photopia的照明及非成像光学模拟,现在这些工具可以在Rhino内部使用了。容易使用的CAD系统,其卓越的曲面工具以及Grasshopper 图形化编程,补充完善了Photopia的模拟功能。光学工程师能够用LTI Optic庞大资料库中的资源和材质,来设置各种光学系统的精确模拟,包括建筑照明、道路照明、光学感应器、医疗设备、工业用UV固化与消毒、光管、太阳能收集、航空科技、汽车照明等等….



详情,并从food4Rhino下载…….

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Photopia for Rhino – 光学设计插件发布》有 1 条评论

  1. Дмитрий 说:

    If you use the layer naming convention for Photopia, i.e. REFL-HOUSING, TRAN-LENS, then Photopia will automatically sense the layer types. If you do not use the Photopia layer naming convention, then you need to specify the layer type in the first import screen within Photopia. After all of the layer types have been specified, click Next at the bottom of the dialog. The Activate Surfaces screen allows you to specify the surface orientations. Conveniently, the meshes that Rhino makes are such that all polygons of the mesh are oriented the same. Check to see that Photopia has rendered the reflective side of the surfaces in the same color as the layer in Rhino. Note that this is the color that is used on the part when viewed in wireframe mode. We recommend you orient the surfaces of only one layer at a time by clicking on the layer of interest in the list shown in the upper left hand part of the screen. Remember that you can gain full access to all CAD viewing controls by right clicking your mouse in the CAD view window. If the surfaces on a given layer are not rendered in the appropriate color on their reflective or “front” side, then select the “Reverse” Surface Orientation method, then click the “Select All Surfaces” button, then click the “Apply” button. This switches the orientation of all surfaces on the given layer. Once all surfaces have been properly oriented, click Next.

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