Spectra Geospatial Origin Field Software
$ 0,00
Origin is a full feature software for every survey and GIS need, including data collection, calculation, mapping, storage, data management, and much more in one modern software package. Origin works on both Android and Windows operating systems and supports integrated surveys, so you can use GNSS and instrument data in the same job file. Origin is specifically designed to bring the latest technology to Spectra customers and increase your productivity.
Description
Designed for Today. Built for Tomorrow
Full feature software for every survey and GIS need, including data collection, calculation, mapping, storage, data management, and much more in one modern software package. Origin works on both Android and Windows operating systems and supports integrated surveys, so you can use GNSS and instrument data in the same job file. Origin is specifically designed to bring the latest technology to Spectra customers and increase your productivity.
Features for Today & Tomorrow
- Easy to use, modern field survey software
- Supports Spectra Geospatial Android* and Windows devices
- Full support for a wide range of instruments including mechanical and robotic instruments, as well as GNSS receivers
- Fully featured stakeout including points, lines, arcs, and polylines
- Advanced measurement tools like Measure codes for simple and fast topographic feature and attribute collection
- Cloud connectivity for data transfer and communication between the field and the office
- Integrated Surveying technology to enable optical and GNSS workflows in the same job, even supporting simultaneous connections to the total station and GNSS receiver
- Modern map displays with support for DXF, LandXML, WMS, JPG, and many more map files
- Intuitive COGO directly in the map utilizing data in the job or related map files
Additional information
| Software version | 2021.10 |
|---|---|
| Data from more than one camera supported | 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 scan data collection | N |
| Compute unregistered point cloud | N |
| Point cloud registration to targets in cloud | N |
| Cloud to cloud registration | N |
| 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 |
| Accepts GNSS RTK photo exposure positions | N |
| SfM (photogrammetry) used in trajectory computation | N |
| Supports registration to ground control | N |
| Output data formats supported | nn |
| Traverse computation | Y |
| Compute 3D radial observations | Y |
| TS setting out | Y |
| Feature attribute coding | Y |
| Feature geometry coding | Y |
| Data input formats supported | .CSV, .TXT, .DXF, .IFC, .DTM, .JXL, .JOB, .DC, .SHP, .WMS, .PNG, .JPG |
| Data output formats supported | .CSV, .TXT, .DXF, .DTM, .JXL, .JOB, .DC, .SHP |
| Rise and fall level book format output | N |
| Height of collimation level book format output | N |
| Unadjusted levels, adjustment and adjusted level shown | N |
| Brand | Spectra Geospatial |
| Addres | Spectra Geospatial 1 rue Thomas, Edison, ZAC de la Fleuriaye – CS 60433 44474 Carquefou (Nantes), France |
| Adjust trajectory to fit overlapping point cloud data | N |
| Wheel odometer data used in trajectory computation | N |
| Mobile (real time connected to instrument) | Y |
| CAD functions for Rail applications | N |
| Laptop / Office computer (post processing) | Y |
| GNSS data | Y |
| GNSS + dead reckoning data (Mobile Mapping) | N |
| Point cloud data | N |
| Level data | N |
| Integrated least squares computation of control | Y |
| Transformation between map projections | Y |
| Compute grid DTM | Y |
| Compute TIN | Y |
| Computation of sections through surfaces | N |
| Volume computation from sections | Y |
| Volume computation by substracting surfaces | Y |
| CAD functions for Internal measured building surveys | Y |
| CAD functions for open drainage modelling | Y |
| CAD functions for Road applications | Y |
| SLAM data used in trajectory computation | N |
| CAD functions for Pipeline applications | N |
| CAD functions for Overhead Power Line applications | N |
| CAD functions for Site development applications | Y |
| CAD functions for Industrial plant applications | N |
| Output formats supported | Customizable ASCII exports |
| GNSS static / RTK data collection | Y |
| GNSS setting out | Y |
| Input data formats supported | .CSV, .TXT, .DXF, .IFC, .DTM, .JXL, .JOB, .DC |
| Static baseline post-processing | Y |
| Output data for least squares adjustment with data from other sources | N |
| Base and rover RTK | Y |
| Network RTK | Yes, including Trimble VRS Now. |
| Post processed kinematic | Y |
| IMU data used trajectory computation | N |
| URL |
