Click an icon to start the desired survey:
|
Topo
To collect points with the total station by measuring locations on the survey site and storing points at the user's command. See details on how to collect inaccessible points by measuring accessible locations in the Offsets section. |
|
Auto Topo
To automatically collect points by auto-saving a point each time a specified criterion is met. Available for robotic total stations. |
|
X-Section
To obtain the coordinates of points that lie on a plane perpendicular to a road center line. This type of survey is typically performed by moving from one side of a road to the other in the cross-sectional plane, and then crossing back in the opposite direction at a different location along the road. |
|
Find Station
To identify the station of the road for the projection of the given point to the road and to calculate the offset for this point from the center line. |
|
Tape Dimension
To record points based on tape measured lengths of lines perpendicular to each other starting from a reference line made of two known points. |
|
Surface
To conduct a surface survey along with real time calculation of ground volumes. |
|
Missing Line
To emulate the total station measurement from one point to another and store the result in the Raw Data database. |
|
Monitor
To repeatably measure targets located on points from a predefined point list, with an option to output performed measurements to an external file or communication port. Available for robotic total stations. |
|
Set Collection
To collect points using the Angle/Distance Sets - Dir/Rev method eliminating centering errors in the horizontal and vertical circles. |
|
Image Scan
To define a scan area (with or without scan images), to select a scanning interval, and to collect points within that area. |
|
Site scan
To configure and scan a site in 3D, to take panoramic photos, generate point clouds, and measure selected scanned points. Available for GTL Series robotic total stations. |
|
Scanning
To use specific scanning features of selected Robotic TS models, for example DS-i (Live Video). |