Page 1: Range
- Figure 1 - Range Interface
Purpose: Use this interface to set fringe and Iso-surface ranges.
Controls:
Dynamic - A set of min/max ranges is computed for each time state
Static - A constant min/max range is computed using all time states- User - Range set by user, enter min/max values below
- Show - Show elements within the range entered below
- Entire Model - Range computed for entire model
- Active Part only - Range computed for active parts only
- Active Elements only - Range computed for active elements only
Assign current range to user min/max
- Avg: Element to node averaging scheme
- None - Fringe with element values
- Nodal - Fringe with nodal values
- MinMax - Fringe with average (mean) of Min and Max element values attached to a node. This shows gradients better than with pure averaging (which tends to smooth the gradient).
Unblank elements that are blanked out of range
Palette - Reverse the fringe color palette
Blank range - Blank all elements with values outside the user defined range- Show active min/max - Show min and max values for region - use Zin to define
- Ident Min - Identify first N minimum values
- Max - Identify first N maximum values
- No. min/max entities: Enter number of min/max values to be identified (N)
- Lower - Set Limit fringe color map to lower user range
- Upper - set limit fringe color map to upper user range
- Set Iso Range - Set Isosurface range values independently
- Level: Select or enter number of color in the fringe palette
Open fringe color palette
- Max - Set fringe color for maximum of range
- Min - Set fringe color for minimum of range
- Hue - Use slider bar to set Hue color value
- Gray - Use slider bar to set Gray shade value
Apply current palette to the fringe plot
Reset fringe palette to default values
Save fringe color palette to a file
Load fringe color palette from a file
Exit the Fringe Color Palette
Update range settings
Exit Set Fringe Range interface
