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In addition to being a CAD program, AutoCAD is also a DTM (Drafting and Graphics) software application that is used for managing and creating the plans, construction documents, and many other types of drawings for a variety of engineering applications including civil, mechanical, electrical, geotechnical, and petroleum engineering. While it can be used as a simple graphics creation program, AutoCAD is also used to create very sophisticated 3D models for civil engineering, geotechnical, and petroleum engineering applications. It can also be used to create architectural, interior, and landscape designs, and music notation. Some of the functionality of AutoCAD is now included in the competitor product Inventor, including raster-based, vector-based, technical, and architectural drawing capabilities. AutoCAD is a desktop application that can be run on a desktop or laptop computer. AutoCAD LT (formerly AutoCAD Drafting and Annotation) is a version of AutoCAD designed for use with low-cost and very limited memory devices, such as laptops, netbooks, tablet PCs, and handheld devices. AutoCAD LT offers a subset of AutoCAD functionality in a smaller footprint and with fewer features. This chapter is about the main tools, commands, and features of AutoCAD available in the latest version of AutoCAD (2018 or later) for Windows and Mac, and how they can be used in a variety of different engineering applications including civil, mechanical, electrical, geotechnical, and petroleum engineering. For more information about AutoCAD LT, see Using AutoCAD LT. Contents Getting Started CAD Concept AutoCAD Basics Getting Started Getting started with AutoCAD is easy. The installation process is simple, but not easy, and you will need to decide whether you will continue with AutoCAD or will switch to AutoCAD LT. AutoCAD LT is a subset of AutoCAD. It includes the DTM features and some graphics functionality. If you have been using AutoCAD LT for some time, then you should be aware that there are a number of significant differences in the way the two products are designed. For example, AutoCAD LT does not have a table feature. Also, it has only a limited number of drawing commands and limited drawing templates. In contrast, AutoCAD LT allows you to install other software applications that run on top of AutoCAD LT.

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Graphics display AutoCAD supports rendering to bitmap, vector, PDF, PNG, JPEG, JPEG 2000 and TIFF. Both DXF and PDF import/export are available. AutoCAD offers a wide variety of graphics and imaging tools for working with 2D and 3D drawings. The integrated graphics package allows access to hardware acceleration (for rendering and scanning), bitmap and vector imaging, 3D visualization, color management, image conversion, clipping, and more. Most of these tools are accessed through the ObjectARX library. A wide variety of image types and tools are included, such as layer, text, line, line, polyline, point, circle, arc, cylinder, arc, cut, erase, fill, hyperlink, line, polyline, spline, text, textbox, tracer, vertices, arrow, draw profile, zoom, line/curve, and fill/stroke. AutoCAD has several rendering options to choose from, depending on the needs of the user. These options are fixed or floating. Fixed rendering options are setup once the model is opened, not saved. These renderings can be changed if the same view and project is opened again, or a separate session is opened, or the model is saved, or the project is saved. Floating rendering options are the default rendering options. These options can be set and changed during any session of the project. Vector modeling and graphics AutoCAD has several vector drawing tools for creating and editing vector shapes, objects, and attributes. It has tools to create simple shapes (lines, polygons, rectangles, circles, ellipses, and arcs), more complex shapes (splines and patches), and text. It also has tools to add and modify attributes. Other vector drawing tools include: Inline graphics tool (placing text and objects on a line) Spline tool for creating and editing splines (curves) Thepen tool for creating and editing the Pen Attributes Feature tools for editing features Raster to vector conversion and editing Grouping tools (commonly called “layers”) Inline graphics The inline graphics tool (formerly known as raster to vector) is a feature that creates and manipulates raster images, vectors and bitmaps and lets them be put on or off the screen. Inline graphics are basic vector and bitmap shapes, such as lines, circles, arcs, polygons, text ca3bfb1094

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Q: Why does this bash script work with sh instead of bash This is a script to check if a system is up or down: #!/bin/sh CMDLINE=”uptime” MESSAGE=”$(${CMDLINE})” COUNT=`echo ${MESSAGE} | wc -l` if [ $COUNT -gt 1 ] then echo “System is up.” else echo “System is down.” fi This works on Debian but not on Ubuntu. When I look at the output of sh in Ubuntu and type bash myscript, the message is not outputted and the script returns to me a sh output. Why is this happening? How can I make this work with bash? A: In bash MESSAGE=”$((${CMDLINE}))” will avoid an unwanted subshell. A: On the other hand, this is not a good use of Bash. Let’s just test it. We’ll use bash for the sake of this example: $ bash -c ‘echo uptime’ ^ here is where the problem is $ If we run Bash as an interactive shell, we get what we expect. We get the result of uptime, not the result of the command uptime, as requested by the question. $ bash $ echo uptime ^ here is where the problem is $ It turns out that Bash is getting what it expects, an interactive shell. But you asked for a non-interactive script. So, let’s use bash -c instead: $ bash -c ‘echo uptime’ ^ here is where the problem is 1 $ That works! So, in order to get the output you want, you have to use Bash as an interactive shell. That’s pretty much as simple as it gets: #!/bin/bash echo “$((${CMDLINE}))” However, if you do this, you’ll find that the final command line

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Markup Assist helps you keep track of changes and incorporate them into your drawings and reports. The interface will show you when and where your changes were last incorporated into your drawings, and it automatically groups changes based on the technology used. Import feedback from printed paper or PDFs and add changes to your drawings automatically, without additional drawing steps. (video: 1:15 min.) Enhancements to your vector editing experience: Enhanced vector editing tools are now available in all editing states, including outline, fill, and path. For example, you can select and move vertices and edges, and resize and rotate paths. (video: 1:44 min.) Explore and measure rich vectors in shape space and have precise selection and editing in place. With the new vector editing tools, you can select and move vertices and edges, and resize and rotate paths. (video: 1:44 min.) More powerful path editing tools in 3D space and a new shape layer to make your vectors show up when you need them. You can now reorder, align, and scale points to change the shape of your paths, and you can easily merge and split segments. (video: 1:44 min.) Symbols make it easy to add, edit, and control annotation in your drawings. You can choose from hundreds of symbol styles, and new symbols make it easy to add logos, company names, and other annotations. (video: 1:44 min.) Linked files in symbols make it easy to access your linked files when designing. You can now customize the size, position, and properties of linked file symbols to let you add links to files as you design. (video: 1:44 min.) Collaboration: You can now collaborate with others on projects using new bookmarking and sharing features. You can view, tag, and comment on drawings, comments, and files stored in the cloud. (video: 1:32 min.) You can now take advantage of the new collaborative features of AutoCAD: you can invite other people to view or edit your drawing, and you can invite others to collaborate on your drawings and comments. You can view, tag, and comment on drawings, comments, and files stored in the cloud. (video: 1:32 min.) Improvements to the viewing experience: Customizable, interactive tooltips for all tools and features on the screen. Tooltips

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