Design of daylight edges in the corridor in a semicircular shape, in the cut and

[Oliver_C3D]

Hi
Please note the image below!
How to define the daylight on the outer edges of the corridor in such a way that it closes the Fill and CUT semicircles to the Target field. Like the image shown below.
Due to the fact that in the execution stage, the edges of cut and fill are executed in this way, not completely perpendicular to the axis!
My suggestion is this: before the daylight is defined for the corridor, turn the outside edge of the corridor, which includes the rider or the dirt shoulder, into a featureline, and then use the grading to give the embankment or excavation a slope. But the problem with this method is that it's both time consuming and the corridor is incomplete!

[jeff_rivers]

I am not sure I understand your question.  Without having a copy of your drawing to see how your corridor is constructed, I can't tell what the problem is.  Is it the small gaps on the upper daylight line?  Or is it that daylight is running so far out from your baseline?  Can you post the drawing, and clarify what your problem is? 

[Jeew-m]

Hi,

Check out this video. But it only works if you have single slope for daylight without berms.

Thanks

[Oliver_C3D]

Hello Dear

I explicitly explained the use of this method in my first post, but the problem with this method is that we don't need to do it this way all the way, only at the beginning and end of the fill and cut.
And then there's the other issue, we want to calculate the volume of ground operations along the Road, and we have to intervene more surfaces like grading in addition to the surface of the corridor, which in itself makes the calculation of the volumes not accurate!
Another point is that in this method, berm can also be defined in high-height excavations!