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MicroSurvey STAR*NET


 
General 
Product Name:MicroSurvey STAR*NET
Product Description:MicroSurvey STAR*NET is an easy-to-use application that adjusts 1D/2D/3D survey networks using rigorous least squares techniques. Combine measurements from a wide variety of GNSS / Total Station / Levels to adjust all observations simultaneously for a single best-fit solution.
Software version:8.2
Mobile (real time connected to instrument):N
Laptop / Office computer (post processing):Y
Integrated environment for 
GNSS data:Y
GNSS + dead reckoning data (Mobile Mapping):N
TPS data:Y
Point cloud data :N
Level data:Y
Integrated least squares computation of control:Y
Transformation between map projections:Y
Compute grid DTM:N
Compute TIN:N
Computation of sections through surfaces:N
Volume computation from sections:N
Volume computation by substracting surfaces:N
CAD functions  
CAD functions for Internal measured building surveys:N
CAD functions for open drainage modelling:N
CAD functions for Rail applications:N
CAD functions for Road applications:N
CAD functions for Pipeline applications:N
CAD functions for Overhead Power Line applications:N
CAD functions for Site development applications:N
CAD functions for Industrial plant applications:N
Output formats supported:CSV, TXT, KML, DXF
GNSS data and processing 
GNSS static / RTK data collection:N
GNSS setting out :N
Input data formats supported:Supports GNSS Vector import from all major manufacturers and software providers.
Static baseline post-processing:N
Output data for least squares adjustment with data from other sources:Y
Base and rover RTK:Y
Network RTK:
Post processed kinematic:Y
GNSS + dead reckoning data (mobile mapping) 
IMU data used trajectory computation:N
SLAM data used in trajectory computation:N
Wheel odometer data used in trajectory computation:N
SfM (photogrammetry) used in trajectory computation:N
Adjust trajectory to fit overlapping point cloud data:N
Adjust trajectory to fit ground control points:N
Adjust point clouds (not trajectory) to fit ground control points:N
Trajectory provided with precision data:N
Laser scanning 
Laser scan data collection:N
Compute unregistered point cloud:N
Point cloud registration to targets in cloud:N
Cloud to cloud registration:N
Scan data output formats supported:
Photogrammetric data processing 
Photo planning:N
Processing in cloud / on-premise:N
Airborne photography:N
Handheld terrestrial photography:N
Can more than one camera be used?:N
Camera calibration computed for all cameras used:N
Accepts input camera calibration data:N
Data from more than one camera supported:N
Accepts GNSS RTK photo exposure positions:N
Supports registration to ground control:N
Output data formats supported:
Total Station (TS) data processing 
Traverse computation:Y
Output data for least squares adjustment with data from other sources:Y
Compute 3D radial observations:N
TS setting out:N
Feature attribute coding:N
Feature geometry coding:N
Data input formats supported:Supports raw Total Station observation import from all major manufacturers and software providers.
Data output formats supported:CSV, TXT, DXF
Levelling 
Import of instrument data:Supports raw Level observation import from all major manufacturers and software providers.
Rise and fall level book format output:N
Height of collimation level book format output:N
Unadjusted levels, adjustment and adjusted level shown:Y
Output data for least squares adjustment with data from other sources:Y
More information 
More information:
Distinguishable features :Easy to understand and edit input files. Support for all major file formats used in the industry.
 


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