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The display format is in C-language, which is described in detail here: https://www.cprogramming.com/tutorial/printf-format-strings.html.

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Users may wish to display object number labels (e.g. element number) for assignment, visualization and/or debugging. To display the object number labels, click on Display>Objects...

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When using the "Create" action in the Geometry or Mesh tab, there are multiple ways to create new objects:

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Using the Parts class to organize objects into a single named entity is very useful for pre-processing and post-processing tasks, as well as defining solution configurations and organizing object displays. However, it can cause some objects to be suppressed from the Model View.

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For models located many units away from the Global origin (0,0,0), or in general when multiple length scales (e.g. 0.01->1000 units) in the model display are rendered, small features such as Boolean-unioned crack surface meshes may appear to be distorted or "wavy".

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The Edit Toolbar enables object selection/cancellation (by object type or any object), inverting object selections, object blanking (by object type or any object), object unblanking (by object type or any object), visualizing blanked objects, picking only visible objects and more.

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In StressCheck, sets are used to group objects by type (such as elements). This is similar to the Group concept used in other FEA. Sets are designed to allow you to view model input and results limited to a group of objects instead of viewing all objects of that particular type.

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The Object Resolution input in Display>View Controls... allows you to change the rendering resolution of the displayed surfaces. The default is 21, and the range is 1-100 (with 100 being the maximum Object Resolution).

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The Midsides input field affects both the resolution of the display of element edges in the model, and the resolution of results extraction. It is also found when performing h-Discretization to describe how many times an element will be "split".

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