The collapsible Color Bar frame and the actual color bar are shown below. The frame provides options for customizing the color bar in
the Display window.
Use the options in the Color Bar frame to customize the Color Bar in the Display window.
Note that the color bar can be resized by clicking and dragging any edge of the color bar boundary and can also be repositioned by clicking and dragging the
title area at the top of the bar.
Tip: The color bar can be turned on/off with the Show Color Bar checkbox located in
the Display frame inside the Examine tab.
The Color Bar Type pull-down provides seven different color bar styles:
||Displays a continuous range of colors without violet.
||Displays a purple through yellow color range as found in the matplotlib library. This range is claimed to be more friendly for those with
colorblindness, and also should print well in gray scale.
||Displays a blue through yellow color range as found in the matplotlib library.
||Displays a full continuous range of colors.
||Places dark hues of one color band adjacent to light hues of the next for clearer demarcation.
||Displays a range of colors between red and blue (with a purple mix).
||Displays a full black to full white scale.
The Reverse Color Bar toggle allows you to flip the colors on the bar from top to bottom. Immediately below is a set of controls to change the
maximum and minimum bounds on the color bar. You can type a specific value for either in the Max. or Min. text fields, or you can use the
up/down arrows adjacent to each field to increment the respective bounds. The Default toggle for each resets the bound to the actual for the
currently selected entities.
Tip: Use the Histogram feature on your Examine color bar to see how your cells are
distributed through the range of function values. You will also see exactly how many cells fall above and below your specified color bar scale Max. and
The final controls found in the Show Cells frame allow you to determine which cells are rendered in the Display window relative to how they
are plotted against the color bar. In Range is considered all those cells that lie between the current Min. and Max. as specified
in the Color Bar frame. By setting values for Min. and Max. according to your preferences for your particular CAE solver, you can
easily determine whether your mesh contains cells that fall outside of your prescribed range. Toggling on Above Max. and Below Min. will
render those cells in the Display window. Generally for large grid systems it is inadvisable to display all three ranges for block cell diagnostics
since this can be computationally intensive.
Caution: Generally for large grid systems it is inadvisable to display all three ranges (i.e. Above Max., In Range,
and Below Min.) for block cell diagnostics since this can be computationally intensive.