Use this procedure to edit the geometry of the roof line or the floor line of a wall:
You can also edit the roof line and the floor line on the Roof/Floor Line worksheet on the Properties palette.

Viewing Edit In Place Wall Elevation Grips



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. A temporary profile is created for you to edit the geometry of the roof line and floor line.

Wall Elevation Edit In Place Grips
| If you want to … | Then … | 
|---|---|
| add a gable to the roof line or the floor line | select the profile, and click   .  Select the roof line or the floor line. | 
| add a step to the roof line or the floor line | select the profile, and click   .  Select the roof line or the floor line. | 
| change the shape of the roof line or the floor line | select the profile, and use Move Roof Line, Move Floor Line, Vertex, and Edge grips to adjust the shape. | 
| add vertices to the roof line or the floor line | select the profile, and click   .  Select a point for each new vertex, and press Enter. | 
| remove vertices from the roof line or the floor line | select the profile, and click    . Select the vertices to remove, and press Enter. | 
| project the roof line or the floor line to a polyline | select the profile, and click   .  Select the roof line or the floor line, and select the polyline. Press Enter to keep the geometry, or enter y (Yes) to erase it. | 
| project the roof line or the floor line to another object, such as a stair or a roof | select the profile, and click  tab   .  Select the roof line or the floor line, and select the object. | 
| reverse the roof line or the floor line | select the profile, and click   .  Select the roof line or the floor line. | 
| restore the roof line to the base height of the wall, or restore the floor line to the baseline of the wall | select the profile, and click   .  Select the roof line or the floor line. | 
| If you want to … | Then … | 
|---|---|
| restore the roof line and the floor line to their shape before editing | click   .   | 
| save the changes | click   .  The wall uses the edited profile to define its geometry. |