
Hayden Johnson developed new Total Electron Content (TEC) data converters for the JCSDA-internal/ioda-converters repository, enabling ingestion of Madrigal TEC data in both NetCDF and HDF5 formats. He reorganized existing space weather converters into a dedicated directory and renamed files to better reflect their data types, improving code maintainability. His work introduced an optional window length parameter and explicit handling of GPS versus GLONASS data, enhancing flexibility for scientific data processing. Using CMake and Python, Hayden focused on data conversion and file I/O, laying a foundation for future extensibility and supporting more robust scientific workflows within the repository.

October 2025: Monthly summary for JCSDA-internal/ioda-converters. Delivered Total Electron Content (TEC) converters and file format support from Madrigal, reorganized converters into a dedicated directory, renamed files for clarity, added optional window length flag, and distinguished GPS vs GLONASS data. Single commit: 8126202939f3917d9706d840b9e90a1b565bdd92. Impact: expanded data ingestion capabilities, improved maintainability, and prepared the ground for future data types. Technologies: NetCDF, HDF5, data-type based organization, versioned releases.
October 2025: Monthly summary for JCSDA-internal/ioda-converters. Delivered Total Electron Content (TEC) converters and file format support from Madrigal, reorganized converters into a dedicated directory, renamed files for clarity, added optional window length flag, and distinguished GPS vs GLONASS data. Single commit: 8126202939f3917d9706d840b9e90a1b565bdd92. Impact: expanded data ingestion capabilities, improved maintainability, and prepared the ground for future data types. Technologies: NetCDF, HDF5, data-type based organization, versioned releases.
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