334 articles TrueView Tools, Tips and Workflows Page 6 / 34

GeoCue’s repository of TrueView tools, tips and workflows for the TrueView line of drone mapping products. Includes former AirGon products such as Loki and ASPSuite.

LP360 Drone System Requirements

Recommended True View EVO/LP360 Drone system requirements for processing data from TrueView, microdrones, and guest sensors: Windows Version 10, Professional (64-bit) or Windows 11 Professional, or their server equivalents. i7 or equivalent CPU.  The more cores, the faster the processing 16 GB RAM (32 GB recommended) Nvidia Graphics recommended but not required Graphics must support…

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Unexpected Error creating POSPac Export File

This page is no longer updated. Please visit the updated page on the new LP360 Support Knowledge Base for the latest information. During POSPac processing in TrueView Evo/LP360 Drone, user encounters, “An unexpected error occurred creating the POSPac Export File” while processing the Post Process Trajectory File. This error is likely due to a corrupted…

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Trimble CenterPoint RTX in POSPac for TrueView 3DIS

Trimble CenterPoint RTX © is a global GNSS technology that provides centimeter-level positioning, worldwide, at any time. Users may use this service, much like the United States NOAA’s Online Positioning User Service (OPUS), or other national and private services, and submit a base station RINEX file to obtain a coordinate for that survey nail/reference mark,…

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Convert TPS to RINEX

To convert raw TopCon base observation files to the RINEX format, it is best to use a custom profile to ensure the RINEX file header contains the necessary information for TrueView EVO/LP360 Drone and POSPac to correctly process data from the base station. To convert your TPS files to RINEX, you will first need to…

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Converting Raster Data to Local Coordinate Systems

End users may require point cloud and raster deliverables in local coordinate systems, aka ground coordinates or local site calibrations, or to debias an orthomosaic to control. In addition to the Reproject LAS PCT, TrueView EVO/LP360 Drone has the capability to scale, translate and rotate point clouds to a variety of local coordinate systems by…

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TrueView Error: UPLOAD_FAILED

While attempting to run POSPacCloud to process the trajectory solution for a TrueView 3DIS, the user encounters an error message stating, “UPLOAD_FAILED”. Update to TrueView EVO/LP360 Drone v2022.1.39.0 or later and install POSPacCloud v0.0.67 or later. Both installers are available from the Downloads -> Software section when you log into your Reckon account website. These…

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Setting the start/end time of POSPac Processing

This procedure applies to users running POSPac Desktop (Classic) processing and is not applicable to POSPacCloud or DGaaS sensors. LP360 Drone will attempt to automatically set the start/end time of POSPac sensor trajectory processing based on the kinematic motion of the sensor. This works in the vast majority of cases. However, there are times where…

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Creating dz Images

Relative vertical accuracy, or flight line offsets, or the swath-to-swath fit between flight lines or drive passes can be qualitatively assessed using dz images. Or quantitatively assessed by exporting and analyzing the values. The USGS LiDAR Base Specification has evolved over the years with some different recommendations for evaluating interswath (overlap) consistency, and there are…

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Error Updating Project Catalog

Attempting to save an LP360 project results in “An error occurred updating the Project Catalog with Project:”, followed by “Detail: Error: Unable to open Projects File. Project not added to list. C:\ProgramData\LP360\PMProjects.json”. The global projects file, “%ProgramData%\LP360\PMProjects.json”, used by the LP360 Project Manager was created with administrator permissions when LP360 or TrueView EVO first launched…

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Building Filter and Extraction for dense datasets

Some LP360 Point Cloud Tasks (PCT’s) were originally designed for older manned lidar datasets, which have significantly lower point density than modern sUAS datasets. TrueView and other sUAS sensors have the capability of producing much denser point clouds, so these processes can take much longer if running on the entire dataset. A common strategy and workflow…

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