
Vedula developed an end-to-end Extended_source_injector workflow for the cositools/cosipy repository, delivering a comprehensive Jupyter Notebook example that guides users through source definition, injection, visualization, Healpix map generation, and HDF5 output. The implementation leveraged Python, NumPy, and Astropy to ensure scientific accuracy and reproducibility. Vedula also updated documentation headers to improve clarity and expanded unit tests to cover extended source injection scenarios, including error handling and history type validation. This work enhanced user onboarding, increased test coverage, and reduced regression risk, reflecting a thorough approach to scientific software engineering and maintainability within the astrophysics data analysis domain.

March 2025 performance for cositools/cosipy: Delivered a complete end-to-end Extended_source_injector workflow via a Notebook example, including definition, injection, plotting, Healpix map generation, and saving results to an HDF5 file. Updated documentation headers for readability and expanded unit tests to cover extended source injection scenarios, including error handling and history type checks. These changes improve reproducibility, user onboarding, and test coverage, while reducing regression risk.
March 2025 performance for cositools/cosipy: Delivered a complete end-to-end Extended_source_injector workflow via a Notebook example, including definition, injection, plotting, Healpix map generation, and saving results to an HDF5 file. Updated documentation headers for readability and expanded unit tests to cover extended source injection scenarios, including error handling and history type checks. These changes improve reproducibility, user onboarding, and test coverage, while reducing regression risk.
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