Chapter 27
IN THIS CHAPTER
Sheet sets
Custom tool palettes
Ribbon customization
Toolsets
Programming languages
Vertical versions
Language packs
Multiple projects or clients
Data extraction and linking
Untying the Ribbon
You may have already figured out that your mother never told you about a few necessary principles for living your life. Well, AutoCAD has a few principles that I don’t tell you about elsewhere in this book.
In this chapter, I list ten additional subjects that you may want to explore on your own, using the resources listed in Chapter 25.
Very large projects usually involve a great many drawings. At times, you may want to look at or plot specific drawings repetitively from a collection. You can use the Sheet Set Manager to link individual drawings, and even specific paper-space layouts within drawings, into named sets. See the SHEETSET command. The PUBLISH command can perform similar functions.
Do you regularly use three or four different hatch patterns? Or the same five or six standard symbols or details? No problem. If you can drag and drop, you can create custom tool palettes from which you can drag and drop elements back into your drawings. See the ToolPalettes command.
The Ribbon, and indeed the full specifications for the menu bar and toolbars, are stored in a single CUI (Customizable User Interface) file. It can be edited and you can also have AutoCAD access a secondary CUI file to customize AutoCAD’s interface to suit your specific needs. See the CUI command.
AutoCAD has a series of specialized toolsets that became available in the last update to the 2018 version. These include special block libraries and functions for the unique needs of mechanical, electrical, civil, architectural, and other users. You can install them through your AutoCAD Desktop app.
AutoCAD supports a variety of different programming languages:
See the Developer area of the online Help system.
AutoCAD isn’t the only product made by Autodesk. In fact, the company has about 175 products and combinations of products called collections, covering a wide range of markets in the design and entertainment fields. Virtually all Hollywood special effects are produced on Autodesk software (Avatar is one example) along with the vast majority of video games and virtually all car ads on TV.
The design products include special versions of AutoCAD for applications such as electrical control design, civil engineering, and architecture as well as specialty products such as Fusion 360, which is parametric 3D design and analysis software. Do you need to do a stress analysis? Autodesk. How about a virtual wind tunnel? Autodesk. Doodling on an iPad? Autodesk. Managing a construction site? Autodesk. Photographing an object and then 3D printing a copy of it? Autodesk, but be careful. A friend of mine photographed a worn, cracked part for his 1927 Rolls-Royce Phantom II and then had a metal part 3D printed. What came back was a perfect replica of his worn, cracked part.
AutoCAD has been available in a number of languages for many years.
AutoCAD 2013 made using AutoCAD is another language even easier: After installing AutoCAD, simply go to www.autodesk.com
and click the Support & Learning link. Browse to find the Downloads section for AutoCAD. There you can find a number of different language packs — download and install the ones you need. You can then switch between languages simply by launching AutoCAD from the appropriate desktop icon.
If you regularly switch between different projects or different clients or both, you can make your life easier. For example, you can modify the properties of the shortcut icon on your desktop to have AutoCAD start from a specific template file folder, use a specific default folder, use a specific default template file, and start from a specific profile in the Options command. Next, create several desktop icons, one for each set of circumstances. Then, when you are working on a particular project, simply start AutoCAD from the appropriate shortcut, and it comes up ready to rumble.
AutoCAD (but not AutoCAD LT) can extract properties of objects, including elements such as the areas surrounded by polylines, and then write them to a table within the drawing or extract them to an Excel spreadsheet (or both). See the DATAEXTRACTION command.
I grumbled earlier in the book about the space taken up by the Ribbon as screens get wider, not taller. If you want the graphic screen to be closer to the same proportions as a plotted drawing, reduce the screen so that it displays only the panel names. The panels fly out when you hover your cursor over their names.
The Ribbon can also be docked along one side or the other instead of across the top, and individual tabs can be dragged to a second monitor.
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