2.2.3 Components of the toolbars

Abaqus/CAE User's Guide

2.2.3 Components of the toolbars

The toolbars contain convenient sets of tools for managing your files, filtering object selection, and viewing your model. Items in a toolbar are shortcuts to functions that are also available from the main menu bar. By default, Abaqus/CAE displays all of the toolbars in a row underneath the main menu bar. Abaqus/CAE may place some toolbars in a second row depending on your display resolution and the size of the main window. The toolbars are shown in the following figure:

You can change the location of a toolbar using the toolbar's grip, as indicated in the above figure. Clicking and dragging the grip moves the toolbar around the main window. If you release the toolbar grip while the toolbar is over one of the four available docking regions of the main window (see Figure 2–2), Abaqus/CAE “docks” the toolbar; a docked toolbar has no title bar and does not obstruct any other portion of the main window.

Figure 2–2 Available docking regions for toolbars.

If you release the toolbar grip while the toolbar is not near a docking region, Abaqus/CAE creates a floating toolbar with a title bar. A floating toolbar obstructs other items in the main window (see Figure 2–3); however, a floating toolbar can be positioned outside of the Abaqus/CAE main window.

Figure 2–3 Floating toolbars.

Clicking mouse button 3 on a toolbar grip displays a menu that lets you specify the location and format of the toolbar:

Select Top to dock the toolbar in the top docking region.
Select Bottom to dock the toolbar in the bottom docking region.
Select Left to dock the toolbar in the left docking region.
Select Right to dock the toolbar in the right docking region.
Select Float to change a docked toolbar into a floating toolbar; this option is available only for docked toolbars.
Select Flip to change the orientation of a floating toolbar from horizontal to vertical, or vice versa; this option is available only for floating toolbars.

You can also hide toolbars and create custom toolbars that include shortcuts to additional functions. For more information, see Chapter 61, “The Customize toolset.”

To obtain a short description of a tool in a toolbar, place the cursor over that tool for a moment; a small box containing a description, or “tooltip,” will appear. To obtain the name of a toolbar, place the cursor over the toolbar grip for a moment.

The Abaqus/CAE toolbars contain the following functionality:

File

The File toolbar allows you to create, open, and save model databases; to open output databases; to print viewports; and to save and load session objects and options. For more information, see Part II, “Working with Abaqus/CAE model databases, models, and files”; Chapter 8, “Printing viewports”; and “Managing session objects and session options,” Section 9.9.

View Manipulation

The View Manipulation toolbar allows you to specify different views of the model or plot. For example, you can pan, rotate, or zoom the model or plot using these tools. For more information, see Chapter 5, “Manipulating the view and controlling perspective.”

View Options

The View Options toolbar allows you to specify whether or not perspective is applied to your model. For more information, see “Controlling perspective,” Section 5.5.

Render Style

The Render Style toolbar allows you to specify whether the wireframe, hidden line, or shaded render style will be used to display your model. In the Visualization module the Render Style toolbar also includes the filled render style

tool. For more information, see “Choosing a render style,” Section 55.2.1.

Visible Objects

The Visible Objects toolbar allows you to switch between displaying the geometry of an Abaqus/CAE native part and the meshed representation of the same part, to toggle the display of seeds on and off, and to toggle the display of the reference representation on or off if the meshed representation and reference representation exist. For more information, see “Displaying a native mesh,” Section 17.3.11; “What are mesh seeds?,” Section 17.4.1; and “Understanding the reference representation,” Section 35.2.

Selection

The Selection toolbar allows you to enable or disable object selection by toggling on the arrow icon. You can use the list to the right of the arrow to limit the types of objects that you can select. The Selection toolbar is available only when there are no active procedures running in a viewport. For more information, see “Selecting objects before choosing a procedure,” Section 6.3.7.

Query

The Query toolbar allows you to obtain information about the geometry and features of your model, to probe model and X–Y plots for output data, and to perform stress linearization on your results. For more information, see Chapter 71, “The Query toolset”; Chapter 51, “Probing the model”; and Chapter 52, “Calculating linearized stresses.”

Display Group

The Display Group toolbar allows you to selectively plot one or more model or output database items. For example, you can create a display group that contains only the elements belonging to specified sets in your model. For more information, see Chapter 78, “Using display groups to display subsets of your model.”

Color Code

The Color Code toolbar allows you to customize the colors of items in the viewport and change the degree of their translucency.

For color coding, you can create color mappings that assign unique colors to different elements of a display. For example, when using a part instance color mapping, each part instance in a model will appear as a different color. For more information, see Chapter 77, “Color coding geometry and mesh elements.”

For translucency, you can click the arrow to the right of the tool to reveal a slider, which you can drag to make the display colors more transparent or more opaque. For more information, see “Changing the translucency,” Section 77.3.

Field Output

The Field Output toolbar allows you to control two aspects of field output variable display:

You can select the field output variable that you want to display in the current viewport. Selections include the type of field output variable (Primary, Deformed, or Symbol), the variable name, and if available, the invariants and components for the selected primary variable.
For changes in variable type, you can control whether Abaqus/CAE automatically synchronizes the plot state in the current viewport with the new selection of variable type. If the tool is toggled on, Abaqus/CAE synchronizes the plot state if the newly selected field output variable requires a change in plot state; if this option is toggled off, Abaqus/CAE still updates the output variable displayed in the viewport but does not change the plot state in the current viewport.

The selections in the toolbar are limited, but the

tool provides access to the Field Output dialog box, if needed. For more information about the options in the toolbar, see “Using the field output toolbar,” Section 42.5.2.

Viewport

The Viewport toolbar allows you to create and align viewports, link viewports, and create viewport annotations. For more information, see “Managing viewports and viewport annotations from the Viewport toolbar,” Section 4.2.2. The Viewport toolbar is not displayed by default.

View Cut

The View Cut toolbar allows you to toggle the display of view cuts in modules other than the Visualization module and to customize their definition and display. For more information, see Chapter 80, “Cutting through a model.” The View Cut toolbar is displayed by default; in the Visualization module, view cut options are available in the toolbox.

Views

The Views toolbar allows you to apply a custom view to the model in the viewport. For more information, see “Custom views,” Section 5.2.8. The Views toolbar is not displayed by default.

For information on related topics, click the following item:

“Components of the main window,” Section 2.2.1