Finished Elevations results can be presented for multiple analysis intervals.

The graph controller, found on the left side of the graph window, is used to select graphs. The main graph window consists of a title, legend, and the graphical representation of analysis results.

Graph Controller Item	Description
Span	Select a span or All Spans (PGSuper)
Group	Select a group or All Groups (PGSplice)
Segment	Select a segment
Girder	Select a girder, or an entire girder line if All Spans/Groups is selected
Graph Type	Select to plot elevations directly, or to plot elevation differentials from the PGL.
Show Grid	Toggles the grid
Show Girder	Toggles the girder
1/10th Points Only	Plot at 1/10th points only, or all locations along the selected girder.
Show Design Roadway	Plot the design profile grade PGL along the girder
Show Finished Top of Deck	Plot the top of deformed finished deck. This can be compared with the PGL.
Show Finished Bottom of Deck	Plot the bottom of deformed finished deck. This is the top of the haunch if a haunch exists
Show Top of Deflected Girder	Toggles plot for top of girder
Show Bottom of Deflected Girder	Toggles plot for bottom of girder. Useful for seeing top of bearing elevations
Show Girder Top Chord	Toggle plot of girder chord lines
Show Haunch Depths	(Only for differential view). Overlay plot of haunch depths with other data.
Edit Haunch	Bridge up the Edit Haunch dialog. Haunch can be modified here and then results are plotted directly
Export Graph Data	Data from graphs can be exported to Microsoft Excel or CSV files by clicking on the [Export Graph Data] button. See Exporting Graph Data for more information.
Design Haunch Input with Computed Values...	(Explicit haunch input only) Brings up dialog enabling automated design of direct haunch depths. Dialog also can add a scalar value to current haunch depths.

See Geometry - Vertical Design in the Technical Guide for more information about vertical geometry design and haunch options.

‍Note: Only the Open to Traffic interval is available when Slab Offset haunch input, or non-Time Step losses are selected. Finished elevations cannot be computed for these conditions at other intervals.