| Inverse between point objects, point numbers, or Civil 3D Survey database points. |
| Options to inverse radial from a base point, or along a open or closed path. |
| Included in: Suite, Survey, and Individual Commands |
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| Command Line Options |
| Line |
Inverse between two points to get the bearing, distance, and slope. |
| ACCw |
Inverse an arc using the starting point, radial point, and ending point selected counter-clockwise (CCW) to get the delta, length, radius, tangent, chord, and slope. |
| ACW |
Inverse an arc using the starting point, radial point, and ending point selected clockwise (CW) to get the delta, length, radius, tangent, chord, and slope. |
| A3 |
Inverse an arc using the starting point, point along arc, and ending point to get the delta, length, radius, tangent, chord, and slope. |
| Select |
Enter "S" to change to the select points input option. |
| Point Number |
Enter "P" to change to the enter point numbers input option. |
| Database |
Enter "D" to change to the enter survey point numbers input option. Civil 3D 2008 or higher only. Available only if a Survey Database is currently open. |
| Options |
Display the Inverse Points Options Dialog |
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| Output |
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| Report |
Display a dialog box with all the inverse information processed and the inverse information can be saved to a file or printed. |
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| Command Line Output Example: |
| Line: |
| Bearing = N89°26'19.38"W, Distance = 26.93', Slope = 4.493% |
| Running Total = 210.01' |
| Arc: |
| Delta = 110°44'44" (RND 110°44'44"), Radius = 7.16', Length = 13.84' |
| Tangent = 10.37', Chord = 11.78', Bearing = S34°03'58"E |
| Slope = 2.240%, Running Total = 223.85' |
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| Note: |
(RND) is the delta calculated by using the rounded starting and ending radial bearings. |
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