
Contributed to the z-the-turtle/Projet_CREPES repository by developing and refining climate and thermal modeling features, with a focus on simulating night-time and daily atmospheric variations. Leveraged Python and Jupyter Notebook to implement dynamic modules for temperature and atmosphere, integrating NASA API data for precise albedo calculations and exporting results to CSV for further analysis. Enhanced code organization through systematic refactoring, removal of obsolete dependencies, and comprehensive documentation updates. Addressed nine bugs to improve model accuracy and maintainability. The work emphasized scientific computing, data processing, and environmental modeling, resulting in a more realistic, production-ready simulation framework with robust documentation.
June 2025 performance summary for z-the-turtle/Projet_CREPES. Delivered night-time modeling enhancements, daily variation handling, and robust temperature/atmosphere dynamics, underpinned by stronger documentation and code hygiene. These efforts increased model realism, reduced maintenance risk, and improved readiness for production use.
June 2025 performance summary for z-the-turtle/Projet_CREPES. Delivered night-time modeling enhancements, daily variation handling, and robust temperature/atmosphere dynamics, underpinned by stronger documentation and code hygiene. These efforts increased model realism, reduced maintenance risk, and improved readiness for production use.

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