| Column |
Description |
| Unique Id |
The level observations unique identifier. |
| Included |
Clear the box to remove the observation from any validation or processing. |
| Status |
- The level observation has not been processed.
- The level observation has been successfully processed and the resultant height has been used to update the vertex.
- The level observation has been modified and it is recommended that the level observations are re processed.
- The level observation has been processed however errors were detected in the data.
- A tolerance has been exceeded.
|
| Point Name |
The name of the observed bench mark or change point. |
| Target Vertex |
The unique identifier of the vertex that will be updated when the level observations are processed. |
| Date/Time |
The observation date and time. |
| Type |
The type of level observation:
- FS - Foresight
- BS - Backsight
- IS - Intermediate site
|
| Staff Reading |
The observed staff reading. Negative values indicate the staff is inverted. |
| Distance |
The distance from the instrument to the observed point. |
| Known Height |
The elevation of a bench mark. Only points with a coordinate class Control(3D) or Control (Vertical) display known heights. |
| Remark |
Description of the measured point or comments about the observation. |
| Staff |
Select the staff used for the measurement. See Staves to view the details of each staff. |
| Coordinate Class |
The coordinate class given to the measured point. |
| Temperature |
The temperature at the time of the observation. |
| Absolute Standard Deviation |
Type a statistical estimate (millimetres) for the absolute error. In an infinite sample, 68% of observation will have an error less than or equal to this value. This value is used when the observation does not include a distance from the instrument to the observed point. |
| Relative Standard Deviation |
Type a statistical estimate (millimetres) for the observation error relative to the distance between the instrument and the observed point. This value is used to compute the relative standard deviation (mm*√km) and is used when the observation includes a distance from the instrument to the observed point. |