![]() In AutoCAD 2008, the PUBLISH command creates DWF files. Only significant portions of code will be highlighted in this document, and even those should not need to be typed back in. These handouts, along with the sample projects demonstrated within them, have been posted to my blog. NET sample that adds metadata is in C#, the downstream DWF Toolkit sample is in C++ (for the DWF Toolkit component) and in VB.NET (for the user interface), while the Design Review and Freewheel samples are in HTML. The code samples are in a mixture of languages: the AutoCAD. While they have precise geometric properties (such as volume), as DWF is not a double-precision format we’re going to focus on accessing data of a less precision-oriented nature: the solids’ materials.Ī quick word on the programming technology used in this demonstration.As 3D entities, 3D solids allow us to evaluate the 3D capabilities of the viewing technologies we’re looking at.We can then look at how to harness this data in lightweight applications, whether to access it non-graphically or to view it.įirstly, why are we using 3D solids in this example? The choice was somewhat arbitrary – the point is really to demonstrate the ability to access properties of objects stored in a DWG file without AutoCAD running – but it does suit our overall purpose for a few reasons: Yesterday’s session focused on DWG – we’re going to take the model containing 3D solids that we created during that session and publish it to DWF, adding custom metadata. This session focuses on technologies that can be used to view and access DWF content downstream from Autodesk’s design products.
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