To improve the field worker experience, the TerraSync user interface can be simplified with this utility, removing functionality to ensure maximum field productivity and eliminate potential configuration errors. Trimble TerraSync Studio utility within GPS Pathfinder Office software is used to develop and test customized TerraSync user interfaces. In the field, the data capture form prompts field workers to enter specific information, ensuring data integrity and compatibility with the GIS. Sophisticated data dictionary editor to ensure consistency between the field and the officeīy creating a data dictionary or importing one from a GIS based on its exact data schema, GIS administrators can be confident that data collected in the field will integrate seamlessly with the GIS repository and that data returned will be accurate and consistent. The software’s Data Dictionary Editor creates custom lists of features and attributes for field data collection and supports the development of conditional attribute data capture forms in Trimble TerraSync™ software that dynamically adapt to previously entered attribute values for maximum data collection efficiency. Trimble GPS Pathfinder Office software supports the complete Trimble Mapping and GIS GNSS portfolio, as well as associated positioning technologies, such as Trimble H-Star™.ĭata import and export in a variety of GIS and CAD formatsĭata can be imported to Trimble GPS Pathfinder Office software from a number of GIS and database formats, allowing previously collected GIS data to be taken back to the field for verification and update. H-Star data processing for high accuracy and support for GLONASS postprocessing GPS Pathfinder Office software also includes the unique Integrity Index grading system, which ensures that GNSS field data is differentially corrected using the best quality base station data available. Postprocessing with Trimble GPS Pathfinder Office software significantly improves the autonomous accuracy of data collected in the field all the way down to centimeter (1 cm / 0.4 inch) level, depending on the environment and the GNSS receiver. Differential corrections to improve the quality of GNSS data collected in the field
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