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Although AutoCAD is primarily a design application, it has many other features as well, including the ability to draw and edit text, and create a wide variety of other 2D and 3D shapes. It also provides 3D perspective view, 3D perspective-with-camera (PWC), 3D wireframe, cross-sections, and animations, and a number of toolbars, commands, menus, and a customizable user interface.
AutoCAD provides native 2D and 3D vector graphics capabilities, as well as a comprehensive drawing environment that includes editing, annotation, and measurement tools, the ability to work collaboratively with others, an integrated screen-based 2D drafting feature, 2D and 3D drafting, layout, and modeling tools, and a separate engineering toolset.
Vector graphics, layout, and 2D drafting
AutoCAD's native vector graphics capabilities enable users to place, snap, and transform 2D objects such as 2D lines, 2D curves, and 2D shapes. The designer's hand may also be included. When combined with the ability to define and manipulate the thickness, color, and color-shift of the stroke, these objects can be used to create a variety of 2D symbols and pictorial representations, including logos, labels, line art, icons, symbols, and 3D models. (See: AutoCAD Vector Graphics Reference for a complete list of vector graphics functions and capabilities.)
AutoCAD provides a number of layout tools for drawing 2D boxes and splines, and for placing 2D graphics. It also provides tools for creating and editing 2D page layouts. It allows users to create a wide variety of professional-quality 2D printing (2D printing) sheets using vector graphics and layouts.
To edit 2D objects, the user can use a variety of basic tools such as the horizontal and vertical rulers, snap to guides, snap to connection points, move, rotate, scale, and mirror. The user can also apply two-point or line end constraints, or create unclosed paths and curves using direct or freehand drafting. The user may also employ a variety of advanced drawing tools, including arcs and ellipses, ellipses and polylines, lines with multiple segments and radiuses, spiral lines, splines, 2D boxes, and 2D line features.
2D components
AutoCAD includes a wide variety of 2D components and tools, including
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IDEF
AutoCAD Download With Full Crack 2007 introduced a new Structural editing and management feature called IDEF (Information Definition Feature). It allowed the modeling and management of architectural designs using a 2D model and 3D geometry, as well as managing the business, or other types of information, attached to geometric entities of the model. IDEF allows the creation of separate data types, or classes, which make use of the different types of information associated with them. Any type of information that can be placed on a 2D or 3D object can be assigned to an IDEF. These include persons, equipment, physical features, materials, plant equipment, costs, etc.
The IDEF has two different parts. One is the information itself and the other is an object that manages the information. The object is called an IDEF container, which acts as a "container" for the information. The container looks like a sheet of paper with all the information attached to it. An IDEF container can hold as many data types as needed. An IDEF container can be either a 2D or 3D model.
A class can be defined by an IDEF container. Any information that can be attached to a class, can be placed on the IDEF container. There are four types of classes. Base Class, Characteristic Class, Aggregate Class and Tagged Class. A base class is the base or parent class. It defines the base properties of the class, such as color, material, size, etc. A characteristic class defines the characteristics of the class. It is a subclass of the base class and it has its own characteristic properties. The last three types are derived classes. A tagged class is similar to a characteristic class but it can also include attributes, or information, or properties that are not related to the properties of the class.
An IDEF container can hold a maximum of three levels of derived classes. It can hold a maximum of six levels of base classes. It has a variable number of levels for classes that it holds. The base class of an IDEF container can define its visibility. This means that if the base class is not visible, the IDEF container itself cannot be seen either.
To make the IDEF manageable, an IDEF container can have any number of views. Each view has its own property group that can contain attributes that will be displayed on a specific view. The properties of a view can be set to be displayed on the IDEF container, or any other views on the container,
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