
During February 2025, Jzaissbo developed a MATLAB-based data visualization and testing workflow for the MITgcm-contrib/ecco_darwin repository, focusing on Gulf of Mexico (GoM) regional outputs. They created the GoM_test.m script, which reads binary temperature (THETA) and oxygen (O2) fields along with a grid mask, applies region-specific masking, and generates plots using tailored colormaps. This approach streamlined quality assurance and validation by enabling repeatable, collaborative data verification. Leveraging skills in data processing, scientific computing, and MATLAB, Jzaissbo’s work established a foundation for consistent GoM data validation, though the scope was limited to a single feature during the month.

February 2025 - MITgcm-contrib/ecco_darwin: Delivered MATLAB-based GoM data visualization and testing workflow to enhance QA and validation of GoM region outputs. Implemented GoM_test.m to read binary THETA and O2 fields along with grid mask, apply region masking, and generate plots using GoM-appropriate colormaps. The work includes a commit adding the script and lays the foundation for repeatable validation across runs and collaborators.
February 2025 - MITgcm-contrib/ecco_darwin: Delivered MATLAB-based GoM data visualization and testing workflow to enhance QA and validation of GoM region outputs. Implemented GoM_test.m to read binary THETA and O2 fields along with grid mask, apply region masking, and generate plots using GoM-appropriate colormaps. The work includes a commit adding the script and lays the foundation for repeatable validation across runs and collaborators.
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