
Contributed to the qubicsoft/qubic repository by delivering major enhancements to the Observation Plan, focusing on dynamic source loading, sidereal plotting utilities, and a modular runner supporting CSV-based sources. Applied Python and Fortran to refactor input validation, improve time handling, and streamline configuration management, resulting in more reliable and configurable observation planning for astronomy campaigns. Centralized dependency management by cleaning up project configuration files, signaling a shift toward simplified maintenance. The work emphasized data analysis, scientific computing, and version control, providing a foundation for improved observability and campaign planning from March to December 2026 without introducing new bugs during the development period.
March 2026: Delivered major enhancements to the Observation Plan in qubic and streamlined dependency management. Implemented dynamic source loading, sidereal plotting utilities, and a modular runner with CSV-based sources, improved input validation, and time handling. Cleanup of dependency config signals centralized dependency management for future releases. These changes improve reliability, configurability, and observability for upcoming campaigns (Mar–Dec 2026).
March 2026: Delivered major enhancements to the Observation Plan in qubic and streamlined dependency management. Implemented dynamic source loading, sidereal plotting utilities, and a modular runner with CSV-based sources, improved input validation, and time handling. Cleanup of dependency config signals centralized dependency management for future releases. These changes improve reliability, configurability, and observability for upcoming campaigns (Mar–Dec 2026).

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