According to its official site, AutoCAD is the world’s leading 2D drafting application for creating and editing 2D technical drawings, mechanical design, civil engineering, and architectural designs. It has been used in architecture, automotive, building, construction, education, and several other industries and professions.
AutoCAD is the most widely used 2D CAD software on the planet. By January 2008, it was the number one selling CAD package in the world, according to MarketScope. In the following section, we look at the history and development of AutoCAD.
In 1982, Mike Castle and Larry Lane, two friends from the University of California, Berkeley, developed a new computer-aided design software called Generic Graphics Interface (GGI) for the Xerox System 7 minicomputer. The GGI design looked and felt more like a drawing program than a typical desktop tool. But it could do many of the things that other CAD software could not.
GGI introduced the concept of a virtual workspace, a two-dimensional area on the computer screen that users could manipulate as they would in real life. A virtual reality headset (called an “Oculus,” after its manufacturer) brought images from a program directly into the users’ field of vision, just as though they were being produced by a pen and paper, so that the users could see the finished result in 3D.
The price was still too high for most engineers to drop into their pocketbooks, however, and Castle and Lane began looking for funding. They came across the Hewlett Packard company, which was doing computer graphics research at the time. HP agreed to support the software and fund the research and development (R&D) needed to produce it.
HP and Xerox engineers went to work on the project. The two founders did not want to limit the program to one manufacturer’s computer or to a specific type of hardware. They wanted the software to run on any platform that could produce video signals, so they created a standard graphics interface.
In addition, they wanted the software to run on any machine with a two-dimensional screen. They called this standard display device a “display adapter,” and the first one shipped in 1986. It allowed users to access all of the program’s features even if they did not have their own video system. They called the adapter “DirectDraw.”
The first version of GGI (Generic Graphics Interface version 0.1) came
AutoCAD Crack Free Download Forms (AutoCAD Cracked Version R14) include a rich data and control set for the user interface.
The interface can be customized through the use of themes.
Customization includes using DSC files to customize the user interface (UI), adding custom toolbars, changing the look and feel of tools, changing the tools, and changing the user interface elements such as toolbars and ribbons.
Customization of user interfaces and the user interface elements is possible through the use of Custom Tools. These include:
Specific tools to perform specific tasks
Custom toolbars and ribbon tools can be created in two ways:
From an existing tool within the application
From a code generator, which converts an assembly file into the corresponding DSC file.
For example, a custom ribbon tool may be created in AutoCAD Forms using a custom ribbon tool assembly file. This custom ribbon tool is then represented in the UI by a menu item that when clicked displays the associated assembly file (that is, the ribbon tool).
New ribbon tool assemblies are automatically saved to the Registry (See System Registry for more information) in the folder:
C:\Users\\AppData\Roaming\Microsoft\Forms\CustomRibbonCustomTools. The custom ribbon tool assembly files are in the C:\Program Files\AutoCAD (where AutoCAD is installed)\Forms\CustomRibbonCustomTools\CustomTool.dll file format. These files are copied to the Registry after installation.
Add-ons (such as AutoCAD 2009 for Windows) have the.ocx file format.
Applications that use the 3rd-party ObjectARX include Autodesk Architectural Desktop, Autodesk Civil 3D, Autodesk DreamFactory 3D, Autodesk Architectural Desktop 2014, Autodesk Architectural Designer, Autodesk Revit Architecture, Autodesk Revit Design, Autodesk Revit Structure, Autodesk Virtual Design Suite, Autodesk BIM 360, Autodesk Vault, Autodesk Vault Ultimate, Autodesk Navisworks, Autodesk Navisworks 3D, Autodesk RVT Professional, Autodesk Power Plant, Autodesk Power Plant 3D, Autodesk CityEngine and Autodesk Civil 3D, etc.
Autodesk MEP Design
Enter the serial key to activate it.
Go to Edit -> Preferences -> Plugins -> Online and choose the keygen for the AutoCAD.
Change the connection and make it connect to the Autocad you created previously.
Many contemporary computing devices use a graphical user interface (GUI) for presenting information to a user. A GUI includes a graphical presentation of graphical elements, also referred to as widgets, within a user interface. A user may interact with a GUI by, for example, selecting particular graphical elements. For example, a user may select a graphical element to start an application, such as a web browser or an electronic mail application. A user may select a graphical element to move an icon within the graphical user interface to change the location of the icon on the screen. A user may also select a graphical element to view a drop-down list of items, such as menu choices for selecting an application. A user may also select a graphical element to enter information into a text box.
GUIs have evolved in many different directions. For example, some GUIs focus more on the appearance of graphical elements and less on functionality. Other GUIs focus more on functionality and less on the appearance of graphical elements. A user may desire a different look-and-feel from one computing device to another, and different GUIs may present information in different ways for different purposes.Photo credit: Getty Images
Rory McIlroy is back in action this week at the U.S. Open, and he’s at the top of his game. Two days ago at Pebble Beach, the golf world watched as McIlroy’s game was at a new high after winning the AT&T Pebble Beach Pro-Am at the same venue on Sunday, and today, after his win at the USGA St. Jude Classic, the world could see for themselves just how good the 2015 PGA champion is.
McIlroy’s putting on Monday could have been better, but his drives and irons were deadly. And no one can argue that his game is anything but on point. He kept hitting fairways and kept making birdies.
In the words of Patrick Cantlay, McIlroy’s putting was a “bloodbath.” To put it bluntly, it was as if Cantlay was playing the course with an extra club or two.
What made his winning putt on No. 15 stand out was the length it was, the smoothness
Create your own type styles from an existing master. With Markup Assist, you can create a master type style from an existing master, using familiar editing tools in AutoCAD. (video: 2:02 min.)
Markup Assist: Create, edit, merge, and export a master type style. It’s an easy way to create a master type style and share it with others. (video: 1:15 min.)
Use the native line tool to draw a selection from any object. Use your cursor to select features for editing. (video: 1:06 min.)
Use AutoCAD’s unique anchor feature to set your drawing’s global positioning, and mark points where your features are located. You can reuse the same points for future designs. (video: 1:11 min.)
Anchor points on a profile: Create and edit anchor points in 3D on a profile, then save them as a template. Reuse the same profile point later with the same profile’s values. (video: 1:40 min.)
Profile Points: Use profile points to create a profile of a line. (video: 1:07 min.)
Clipping and Bounding:
Highlight and snap to items. Easily create temporary clipping lines and frames, then adjust their location or delete them, for better drawing visibility. (video: 1:15 min.)
Snap to geometry and objects automatically. Using the native tools, you can create and edit geometry that snaps to objects or lines. (video: 2:05 min.)
Master Paths and Mesh:
Dynamically create path or mesh data. You can create a path or mesh from an existing line, spline, curve, or freeform object. (video: 1:14 min.)
Automatically export your drawing to.pdf or.stl for viewing and sharing. You can add it to the folder on your drive for reuse. (video: 1:08 min.)
New features for 2D drafting and drafting enhancements for 3D:
Fit to path, fit to page, fit to view: The fit tool lets you choose from a variety of options, and you can fit objects to a path, fit a shape to a page, or fit a viewport to the drawing. (video:
Windows XP SP3 (32bit or 64bit)
Windows Vista (32bit or 64bit)
2.8 GHz Intel Core i5 or AMD Phenom II
4 GB RAM (8GB for Playable Mode)
DirectX 9.0c compatible video card with a minimum resolution of 1280 x 1024
Windows 7 (32bit or 64bit)
6 GB RAM (8GB for Playable Mode)