== CubeCAD in a Nutshell ==
[[Image:cad_manual-25_tn.jpg|thumb|520px|An example of a complex CAD structures in CubeCAD.]]
CubeCAD is a comprehensive, parametric, 3D CAD modeler along with integrated mesh generation, data processing and visualization capabilities and a powerful Python scripting environment. A highly streamlined visual interface literally puts all of CubeCAD's features at your fingertips. With the click of buttons, you can build complex 3D models and structures in seconds using a large variety of intuitive mouse-based object creation and transformation tools. Import and export of standard CAD formats allow for native construction of complex geometries along with the ability to fly in external CAD models with utmost ease. CubeCAD also features an extensive library of mathematical functions that can be used for construction of new geometries and data or post-processing of existing data. CubeCAD allows you to visualize simulated, measured or imported 3D data in a variety of formats and overlay them on your CAD structures.
All of [[EM.Cube]]'s computational modules use CubeCAD together with individually customized navigation trees as their graphical user interface and geometry definition utility. Learning CubeCAD is therefore the gateway to learning all the other modules. Once you have mastered the basics of CubeCAD, using the other modules will be very straightforward.
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[[Image:cad_manual-25_tn.jpg|thumb|left|520px|An example of a complex CAD structure in CubeCAD.]]</td>
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== CubeCAD Features at a Glance ==