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Autodesk officially launched AutoCAD and AutoCAD LT (Release 2) on December 19, 1987. The product line was named following an all-star development team comprising of many well-known software engineering luminaries and industry pioneers. The names of the members of the AutoCAD engineering team have been documented as being as follows: John Walker (the creator of VisiCalc) John Kodera (of Koden) Gary Kildall (of CP/M, CP/M 2.0, EFS and MacPaint) Dick Charnley (of Digital Research/CAD) Ray Neukirchen (of Softalk, the first programmer to use a Unix terminal to access a computer) Pat O’Neill (of ICL) Bill Seaward (of the MSA group) Mike McBride (of Unimation) Gary Ruland (of Ventura Technologies) Glenn Zorpette (of Honeywell) Loren Aardal (of Aardal Software) Michel Gelinas (of UGS) Randy Siegel (of UGS) Dave McBride (of Don Carey Associates, Inc.) Robert Pinsky (of Pinsky Engineering Associates) Henry Su (of Creative Technology Systems) Ken Kellion (of Ken Kellion Associates) Soumya Kar (of Carlos Systems) Michele Vallee (of Science Applications International Corp.) James Johnson (of Johnson Engineering) Paul Carr (of Carr Associates, Inc.) Bruce Hockney (of Autodesk) P. Michael Kinder (of Kinder Systems, Inc) Mike Kampen (of Software Arts) Mark Williams (of the Small World Corp.) Stevan L. Mladenovic (of Dataflow Systems) Raymond Negri (of NAMBA) Tom Alexander (of Inventronics) Beverly Oremland (of Oremland Graphics) (reprinted from Autodesk – “AutoCAD A Large Software System”, December 1987) You can read more about the history of AutoCAD here. Autodesk did not hold a trade show until 1989, but the AutoCAD engineering team felt confident that they were on a good track with AutoC

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Application programming interface All AutoCAD applications, that is AutoCAD, AutoCAD LT, DWG and DWF, have an Application Programming Interface (API). For example, in AutoCAD the API is called “AutoCAD User Interface”. This is a set of procedures that are called by the application. In DWG this would be called “DWG User Interface”. With this API, the developer can modify the user interface (UI) and add new tools. The API can be used to replace the interface of the application and to customize existing ones. These APIs can be developed in AutoLISP, Visual LISP or.NET. The AutoLISP APIs (AutoCAD, AutoCAD LT, DWG, DWF and MEP) are in a form of an ObjectARX callable library, which is an object-oriented programming language. It makes it possible for users to call functions from the AutoCAD API directly from a different programming language, such as Java, C#, Visual Basic.NET, etc. This is called Autocad.NET. User Interface (UI) Since the beginning of AutoCAD, the user interface (UI) has evolved and the user interface has become more complex. An important UI feature is that the UI can be customized. This is done by developing AutoLISP or Visual LISP (VLISP) plugins. The UI of AutoCAD can be customized. In AutoCAD the UI features are called (section) panels and toolbars. In AutoCAD LT and DWG there are more (section) panels but there are only toolbars. The UI can also be customized using.NET and Visual Studio. This can be done by creating a.NET User Interface (UI) plugin. External libraries A number of third-party libraries are also available to developers who develop external applications, such as AutoCAD DWG or AutoCAD MEP plugins. Autodesk Exchange Apps Autodesk Exchange Apps are Autodesk programs that provide a range of functions and capabilities such as Engineering, Technical Design, Architecture and Manufacturing, to different disciplines. Autodesk Exchange Apps (AEA) are generally made available for free on Autodesk Exchange Apps. AEAs are used by all Autodesk products and are offered for download from the Autodesk Exchange Apps Store. Autodesk Exchange Apps can be used in any 3813325f96

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Q: Does entity framework code first require explicit mapping of complex types? I have an entity, Order, which has a property for Product which is defined as an entity type, OrderProduct. Using Entity Framework Code First I want to save my Order object and then save the product as well. To save the product I would use: dbContext.Entry(product).State = EntityState.Added; Will this be sufficient or do I need to do something else? I’d like to avoid creating a model for OrderProduct as it is a relatively simple entity, and in my development environment I would just store it as a string field in the Order object. If I do need to do something else, is there some existing mapping code that I should be using that will map the complex types and save them as one record? A: From my experience it is required that you map complex types in Entity Framework to classes. Since you are only saving the Product type as a string, I would not recommend you use the following code: dbContext.Entry(product).State = EntityState.Added; In my opinion, it is best to map complex types to classes since you will have control over them in the future if you want to make any changes. Q: How to fill the missing entries in a list using several lists I have a list of lists, where each inner list is a range. [[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], [1, 1, 1, 1, 1, 1, 1,

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Markup features Export existing annotations Export annotative elements Markup objects and geometric primitives Raster images, color graphics, etc. Change state without re-drawing Transition from one state to another Quick import of external files Edit history and undo Zoom in and out Rotate, scale, skew, flip, and transform Auto-fit and Auto-position Lock and unlock objects Highlights, text styles, and shadows Hide objects, subparts, and other entities Move and duplicate Draw, record, and replace Automatically align, mirror, and scale Un-snap objects Inline Callouts Beaded Cross hair Draw in 3D Draw and move in 3D Dwell tools Text controls Zoom view: 3D Text Hatch, texture, and linetype Mark and fill Circle, rectangle, ellipse, polyline, polygon Assist tool Plane cut Erase and polar grid Extrude Sketch and profile Hand tools Create and place reference points Face-only, edge-only, and corner-only Locate geometry Calculate and show dimensions Bezier curves, quadratic and cubic curves Add and edit splines Straighten and tangent Repair and join Warp and trim Angle and arc Drop and snap Snap to other geometry Copy and paste Insert, subtract, and connect Make box and rotate Rotate and align Translate and scale Perspective views Layer view Polylines Circle Line Polygon Filled polygons Checkerboard Dashboard Grid Book view Drawing: Sketch and sketch line New HVAC: Drives, motors, and valves Workflow: Data and layouts Compact data: text, images, and graphics Data in single images Eliminate unnecessary drawings Batch work and status update Data designs: layouts Universal data format

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