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With modern online tools, today’s AutoCAD has become a tool that is widely used in architectural and engineering companies as well as in home design, software drafting and print-cut graphic design. AutoCAD is primarily used to design technical drawings, such as blueprints, floor plans, building plans, schematics, and technical illustrations.

AutoCAD is an application used for creating 2D and 3D objects for commercial use.

Compatible with PCs, Macs, and iPad, AutoCAD has become a widely used tool in the engineering field. With its interactive geometry editing and 3D capabilities, it has become indispensable in the drafting field.

Built-in 3D features

Autodesk’s AutoCAD software has a built-in 3D package and is suitable for creating and editing 3D objects. 3D objects are ready-to-print, so your 3D model doesn’t need to be sent to a printing house.

Autodesk AutoCAD’s 3D features are useful and convenient for many types of projects. Here are some of the most popular 3D features that AutoCAD comes with:


The Z-axis in the 3D workspace is a movable reference plane that changes the viewing perspective. This gives you a completely different view of the model from the same position. It also allows you to view the 3D model from any angle.

In the screenshot, the Z-axis is set to the Modeling workspace.

Click to view all 3D features

3D Extrude

Using 3D Extrude, you can create a solid object from a non-solid model. The resulting solid will have a reference plane and can be exported as an STL file.

In the screenshot, the model has been imported and a solid was created. The object was exported to a.stl file.

Click to view all 3D features

3D surface

Using AutoCAD’s 3D surface feature, you can create an arbitrary surface. This feature can create surfaces for complex geometry, such as a pipe that has a 90-degree bend.

In the screenshot, the surface was created using the 3D

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Text and numeric information

AutoCAD Product Key’s text and numeric data are stored in a binary format, which can be read into a spreadsheet software or other similar software, allowing a spreadsheet-like interface and reporting tools. As a consequence, AutoCAD can be considered to have a “power” spreadsheet function, allowing users to quickly generate detailed and accurate reports and charts from CAD data.

The standard, commonly referred to as ACAD, is AutoCAD’s native format. In general, it is a non-proprietary binary format.

In particular, the file is a dll which contains the standard binary format in a format suitable for distribution to third party applications.

The standard contains a list of all of the methods available to view the contents of a CAD object in a spreadsheet-like interface.

The standard also includes all of the methods available to modify, or make changes to, the contents of a CAD object. For example, the standard includes a method for adding a second line of text, which can be very useful for creating title blocks, legend blocks, and similar information. The standard also includes an extensive set of methods for importing and exporting binary data. The standard can also export to a DXF format, allowing the data to be used with other CAD programs.

The standard includes a number of functions for manipulating numeric data and text. For example, the standard includes a function for calculating the area and perimeter of a circle, and a number of functions for searching for specific words within a CAD document.


ACAD supports a number of mathematical and scientific formulas. However, it is not a programming language. The standard does not support the use of COM objects for creating calculations. It is designed to work within an AutoCAD R2014 or later application.

See also
List of CAD software
Comparison of CAD Software


External links

Category:Computer-aided design software
Category:Product lifecycle management
Category:Computer-aided design software for WindowsQ:

Java weird errors and array of pointers

I have run into a lot of weird behavior when I try to build an array of pointers to objects. I can’t figure out what’s going on, and I know I’m probably doing something fundamentally wrong.

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What you should do:

Go to the version of Autocad that you want to use. You can get it here
Open up the Autocad program and click on File > New.
Click on Design from the left side.
Click on Mapping.
Double click on a file called “spherical mapping file”.
Click on the File Menu and choose Import.
Navigate to the file you downloaded, open it, and click on import.
Close the current file and close Autocad.

What you should see:

Change the active mesh to mesh editor.
Use the move tool to move the sphere.

Edit the properties of the sphere.

Resize the sphere.

Change the center point of the sphere to fit the vertices.
Resize the sphere again, and change the sphere to centered sphere.

Add a subdivision to the sphere and the curve to the sphere.

Resize the sphere and curve.

Add the profile to the sphere.

Change the radius of the sphere to 1.25.

Apply the color to the sphere.

Press CTRL + A on the left side of the menu bar to select all the objects.
Press Ctrl + C on the left side of the menu bar to copy the objects to the clipboard.
Navigate to the inside of the Sphere -> Curve -> Subdivision -> Curvature and drag and drop them to the Subdivision Modifier.

Add the Subdivision Modifier to the Sphere.

Change the appearance of the sphere to 3D.

Change the background to white.

Resize the sphere.

Add a subdivision to the sphere and the curve to the sphere.

Add a subdivision to the curve.

Change the curve to thick.

Change the color of the curve to the first color.

Add a subvolume to the curve.

Move the curve in space to the front.

Resize the curve and move it to the back.

Add a subvolume to the curve.

Move the curve to the back.

Add a curve to the subvolume.

Scale the curve.

Change the color of the curve to the first

What’s New in the AutoCAD?

Import PDFs and send comments directly from the PDF to the drawing (video: 1:45 min.)

Use the new Markup Assist feature to easily manipulate data from different computer applications and to create attributes from the text within the drawing. (video: 2:15 min.)

Import and update.dwg,.dxf,.pdf,.txt and.xls files. AutoCAD simplifies importing data, eliminates the need to manually convert data to AutoLISP format and links data from the drawing to 3D modeling tools. (video: 1:30 min.)

Print-Ready and/or PDF documents (PDF-PCL files) are now available. This new capability allows the AutoCAD DesignCenter to incorporate print-ready components, ready for printing. (video: 1:35 min.)

Import and update DXF, GIF, JPG, PDF, TIFF and WebCAD files. AutoCAD now allows users to import and edit data from other CAD software. (video: 1:50 min.)

Add and use the options that are available for the following file types: DXF, DWF, DWG, CFF, CSV, GML, GIF, JPG, PDF, TIFF, WebCAD, etc. (video: 1:15 min.)

You can import and use options that are available for the following file types: DXF, DWF, DWG, CFF, CSV, GML, GIF, JPG, PDF, TIFF, WebCAD, etc. (video: 1:25 min.)

Paper and Layouts

The ability to create and manage a layout. AutoCAD now supports paper and layouts. A layout is a blueprint or specification of paper or locations to place items such as furniture. (video: 1:30 min.)

You can create an image or computer-generated paper layout from a drawing or section (feature or point). Users can insert and modify the images or paper layouts they create from a section and select a printer for the layout. (video: 1:30 min.)

The ability to print a layout from a single or multiple sections. With this feature, a user can easily print a layout from one or more sections of the drawing at once. This will also allow users to create a “print ready” version of their layouts. (video: 1

System Requirements:

Hardware Requirements:
A 64-bit CPU with SSE3 support.
Video card capable of at least DirectX 10.
Possible Requirements:
Video card capable of at least DirectX 11.
Intel CPUs do not require SSE3, but still must have SSE4.1 and SSE4.2 instructions.
Windows Vista SP1 or newer (32-bit only).
Windows Vista SP1 or newer (64-bit only).
Note: Windows