Important third-party software & services
- REDtoolbox (proprietary): used as an intermediary for geotagging.
Purchase/licensing information →- DJI Terra (proprietary but free for geotagging & Zenmuse L2 processing):
Download DJI Terra →- SAPOS® service (account and data downloads typically fee-based): requires registration and incurs usage fees per data request or via subscriptions; pricing varies by region.
Learn more →
Automate geotagging and PPK preparation for UAV drone imagery using SAPOS and REDToolbox/DJI Terra.
- Supported Models: DJI Phantom 4 Multispectral, Phantom 4 RTK, Zenmuse L2, Mavic 3 Enterprise, Wingtra
- Auto-generate SAPOS query files for download from sapos.bayern.de
- Notebook: general_SAPOS_query.ipynb
- Supported Models: DJI Phantom 4 Multispectral
- Auto-generate SAPOS query files for download from sapos.bayern.de
- Copy VRS files into
FPLANfolders by TNR (plot ID code) - Generate Windows batch script for REDToolbox CLI commands (for geotagging) for Post-Processed Kinematic (PPK)
- Organize outputs and PPK-ready images
- Notebook: wze-uav_SAPOS_REDToolBox_pipeline.ipynb
- Supported Models: DJI Mavic 3 Enterprise
- Auto-generate SAPOS query files for download from sapos.bayern.de
- Generate Windows batch script for REDToolbox CLI commands (for geotagging) for Post-Processed Kinematic (PPK)
- Notebook: M3E_SAPOS_and_REDToolbox_query.ipynb
This package was developed and tested on Windows Server 2016 running python=3.9.
We use conda to create a new environment:
user@userpc: /sapos_tagging$ conda create -n py3.9 user@userpc: /sapos_tagging$ conda activate py3.9 (py3.9) user@userpc: /sapos_tagging$ conda install python=3.9
Then we use pip to install all other packages specified in the requirements.txt:
(py3.9) user@userpc: /sapos_tagging$ pip install --file requirements.txt