GeoCue Support » LP360 Drone » LP360 Drone Tools, Tips and Workflows » Page 6
Situations may occur where your base station starts logging data after your TrueView cycle is initialized or the quality of your base station is of poor quality at the beginning of your TrueView cycle. A potential workaround for this scenario is to alter the start of the POSPac trajectory solution. If you are a TrueView…
Officially introduced in the LAS v1.4 specification, Extra Bytes is a mechanism which allows a developer to define extra data fields of various types. They are a means to extend the LAS format to add additional information to each point, literally
Applies only to PhotoScan/Metashape v1.x. For Metashape v2.x please see this post. To activate a Metashape floating license you will need to have up to three different activation keys: To configure Metashape v1.x Floating Licenses on the Server: Configure the Client: Additional Information: You can find installation instructions in the Agisoft Metashape Professional Edition User…
Once the POSPac trajectory batch processing has completed, you will be prompted to view the POSPac report. Click Yes to view the POSPac Report, or No to move to the next step. You may reopen the POSPac report at any time by selecting View Post Process Trajectory Report on the TrueView Utilities toolbar. There are…
Starting the Create True View Trajectory process results in a Trajectory File Time Range Warning, “Warning: The Post Process Trajectory File start time was AFTER the start time of the first flight line. Geocoded LIDAR may not cover all of your flight lines. Continue and create all possible Trajectory Files?” This check was put in…
Attempting to run POSPacCloud to process the trajectory solution for a TrueView 3DIS results in an error message stating, “POSITION_FILE_PARSE_FAILED”. Verify the project path contains no special characters as the Applanix POSPacCloud utility cannot handle them. If you do have special characters, close TrueView EVO, take the special characters out of the path, then re-open…
LIDAR data often contains many attributes in addition to the simple positional information for the individual returns. One useful attribute in the classification of LIDAR points is the intensity. The intensity represents the magnitude of the return pulse and is recorded as an integer value within the LAS format. The intensity information is what is…