By Terry Awalt,
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Take Design Further -- AutoCAD® 2010Once again it is that time of year when Autodesk launches its newest versions of products. We will be spotlighting the mechanical CAD products here in the coming months with our first, the foundation of Autodesk products, AutoCAD® 2010. AutoCAD® 2010 now allows you to tackle your most challenging problems with ease. Your designs can now exist in any shape imaginable, thanks to free-form design tools. Many critical features have been automated, making your workflow more efficient and the move to 3D design even smoother. Sharing and working on projects with colleagues has never been easier, thanks to multiple upgrades to our PDF capabilities and the incredible addition of 3D printing. With these and countless other new capabilities you’ve been asking for, AutoCAD® 2010 takes any idea and turns it into a reality faster than ever before. Let’s take a look at four key areas where AutoCAD® 2010 gives you more power and more innovation in Parametric Drawing, Dynamic Block Enhancements, Free Form Design, and Enhanced PDF Support. We will also review some general enhancements as well. Parametric Drawing Powerful new parametric drawing functionality in AutoCAD 2010 enables you to dramatically increase productivity by constraining drawing objects based on design intent. Geometric and dimensional constraints help ensure that specific relationships and measurements remain persistent even as objects are modified. The tools for creating and managing geometric and dimensional constraints are available on the Parametric ribbon tab, which is automatically displayed in the 2D Drafting and Annotation workspace. Establishing Geometric Relationships Geometric constraints establish and maintain geometric relationships between objects, key points on objects, or between an object and the coordinate system. Pairs of key points on or between objects can also be constrained to be vertical or horizontal relative to the current coordinate system. For example, you could specify that two circles must always be concentric, that two lines are always parallel, or that one side of a rectangle is always horizontal.
AutoConstrain You can significantly automate the process of applying constraints using the AutoConstrain functionality, available on the Geometric panel of the Parametric tab. AutoConstrain automatically applies constraints to geometry that falls within specified tolerances. Establishing Dimensional Relationships Dimensional relationships put limits on measurements of geometry. For example, you could use a dimensional constraint to specify the radius of an arc, the length of a line, or that two parallel lines are always 15 mm apart. Changing the value of a dimensional constraint forces a change in geometry. You can create dimensional constraints from the Dimensional panel of the Parametric tab or with the DIMCONSTRAINT command. There are seven types of dimensional constraints, similar to the different kinds of dimensions: Linear, Aligned, Horizontal, Vertical, Angular, Radial, and Diameter. In fact, you can use the DIMCONSTRAINT command to convert a traditional dimension to the corresponding dimensional constraint. Dimensional constraints are assigned a name when created. The text of a dimensional constraint can display its name, value, or its name and expression (name = formula or equation or value). A "lock" icon appears next to all dimensional constraints to help you visually distinguish them from regular dimensions. By default, dimensional constraints are displayed with a fixed system style that is zoom-invariant—it stays the same size relative to the screen when you zoom in and out so it is always readable.
Dynamic Blocks Dynamic blocks have been enhanced to support geometric and dimensional constraints. They also support the ability to define a table of variations of the dynamic block, and some general enhancements have been made to the block editing environment. Geometric Constraints You can apply geometric constraints to objects in the Block Editor in the same way as in the Drawing Editor. Constrained geometry in the Drawing Editor that is copied into the Block Editor, or selected when creating a block with the Block command, will remain constrained in the Block Editor. Constraint Parameters You can apply dimensional-type constraints, called constraint parameters, to objects within a block. Constraint parameters behave like dimensional constraints but they also expose their name as a property for the block reference similar to dynamic block parameters. You can access constraint parameters from the Dimensional panel of the Block Editor tab in the ribbon or with the BCPARAMETER command. Constraint parameter options include Linear, Aligned, Horizontal, Vertical, Angular, Radial, and Diameter. Construction Geometry Sometimes it is helpful to add construction geometry when constraining geometry to achieve the behavior you desire. The Block Editor provides a construction geometry tool (BCONSTRUCTION command) that enables you to convert existing objects to construction geometry. The construction geometry is visible in the Block Editor and can be constrained, but it does not display or plot in the block reference. Parameters Manager A Parameters Manager is available in the Block Editor. It lists user parameters, legacy action parameters, block constraint parameters, and attributes. Using the Parameters Manager, you can control whether or not a parameter is displayed in the Properties palette for a selected block reference and you can specify the order in which the parameters appear. Test Blocks A new Test Block tool (BTESTBLOCK command) enables you to test a block definition while authoring dynamic blocks. When you use this tool, AutoCAD opens a temporary window, similar to a drawing window, with the block reference already inserted. The Test Block Window is easily identifiable by the title bar, background color, and the contextual ribbon tab which includes a button to Close Test Block. When you close the test block, you’re automatically returned to the Block Editor. Block Properties Table A new Block Table tool has been added to the Block Editor. Accessible from the Dimensional panel of the ribbon, or the BTABLE command, it displays the Block Properties Table where you can define different variations of a property set for the block reference. You can enter properties manually or copy and paste from a Microsoft® Office Excel® spreadsheet. Free-Form Design The 3D design capabilities in AutoCAD have been significantly improved with the introduction of free-form design. New tools enable you to create and modify meshes that are free-form and flowing. Our free-form design capabilities are now second to none. The new free-form design capabilities allow the user to do full 3D conceptual design, using easy tools to digitally sculpt ideas. AutoCAD now allows for pushing/pulling of faces, smoothing of edges and surfaces, ultimately allowing you to refine objects to the meet your design standards. Design ideas in almost any form you can imagine.
Enhanced PDF Support PDF support has been significantly enhanced in AutoCAD 2010. PDF publishing now provides better visual quality with smaller file sizes, and you can even attach PDF files to a drawing as an underlay. PDF Output PDF output provides more flexibility and higher quality output than previously available. The default vector resolution has been increased from 400 to 600 dpi to produce precise lineweights at a reasonable file size. To further improve the visual quality of PDF output, TrueType fonts are exported as text rather than as graphics. This improves the visual quality of text and also enables highlighting, searching, and copying text within the PDF viewer. Additional improvements enable you to specify merge control, include layer information, and automatically preview the plotted PDF. You can use the Plotter Configuration Editor to view and modify the PDF settings for plotted output. Select the DWG to PDF.pc3 plotter in the Plot dialog box and then choose Properties. The new Merge Control option is displayed under the Graphics node and the other options are accessible when you select Custom Properties. You can control many of the PDF output settings separately for exported, published, or plotted PDF files. A new Export to DWF/PDF panel on the Output ribbon tab provides access to the Export to DWF/PDF Options dialog box where you can specify a single- or multi-sheet PDF file, include layer information, and apply merge control. After applying the appropriate options, you can select PDF from the flyout tools. In addition to the Plot and Export functionality, PDF support has been integrated into Sheet Sets and Publish. You can specify PDF output, including single- or multi-sheet, layer information, and merge control, in the Sheet Set Publish Options and the Publish Options dialog boxes. PDF Underlays AutoCAD 2010 addresses one of the top AUGI® (Autodesk User Group International) wish list requests by enabling you to attach a PDF file to an AutoCAD drawing as an underlay. You can work with PDF underlays in the same way you work with other external references including DWG, DWF, DGN, and Image files. You can even snap to key points on PDF geometry using familiar object snaps. General Enhancements Sheet Sets Annotation Scaling Text Editing Multiple Leaders Tables Data Extraction
Data
Linking Layer Management Prompts and Editing
Efficient User Interface Autodesk Design Review Autodesk Impression 3 (Available
to subscription customers only) Photo-realistic Rendering 3D Printing ShowMotion Visualization Walk or fly through a model with the click of a button. Quickly rotate and orient any solid or surface model with the Autodesk® ViewCube® or pan, center, and zoom on any object with the Autodesk® SteeringWheels™. Programming Interface Action Recorder Autodesk Partner Products and
Services Autodesk Developer Network Ribbon User Interface
With AutoCAD 2010, you can tackle
your most challenging problems with ease. Create almost any
shape imaginable with free-from design tools, cut revision
time and keep everything connected with parametric drawing,
share your ideas as PDFs, or bring them to life with 3D
printing. AutoCAD 2010 takes you from idea to reality
faster.
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