
Adam Moec enhanced the huciupaul/SHTARWaRS repository by developing and refactoring core flight performance modeling features using Python and Jupyter Notebook. He rewrote flight performance logic, integrated new simulation methods, and removed deprecated components to streamline the codebase and improve simulation accuracy. Adam reorganized modules into top-level folders, cleaned up obsolete files, and refined directory structures to support maintainability and onboarding. His work focused on aerodynamics, numerical simulation, and object-oriented programming, resulting in a leaner, more navigable repository. These changes established clearer module boundaries and reduced maintenance overhead, laying a solid foundation for future aerospace engineering feature development.

June 2025: Focused on repository maintenance to improve long-term code health and onboarding efficiency. Delivered codebase reorganization and cleanup for huciupaul/SHTARWaRS, consolidating modules into top-level folders 'fc', 'fpp', and 'storage', and renaming/moving directories. Removed obsolete compiled Python files and unused diagram images to streamline the repo and reduce build noise. All changes captured in a single commit: 8b886cc720d6a401ccde871703d924207be80b94 ('Updated repo structure').
June 2025: Focused on repository maintenance to improve long-term code health and onboarding efficiency. Delivered codebase reorganization and cleanup for huciupaul/SHTARWaRS, consolidating modules into top-level folders 'fc', 'fpp', and 'storage', and renaming/moving directories. Removed obsolete compiled Python files and unused diagram images to streamline the repo and reduce build noise. All changes captured in a single commit: 8b886cc720d6a401ccde871703d924207be80b94 ('Updated repo structure').
May 2025 monthly summary for huciupaul/SHTARWaRS: Delivered substantial flight performance modeling enhancements and strategic codebase cleanup to streamline simulations, improve accuracy, and reduce maintenance overhead. Highlights include a major rewrite of flight performance logic, integration of new modeling methods, and the removal of deprecated components to align with updated simulation approaches.
May 2025 monthly summary for huciupaul/SHTARWaRS: Delivered substantial flight performance modeling enhancements and strategic codebase cleanup to streamline simulations, improve accuracy, and reduce maintenance overhead. Highlights include a major rewrite of flight performance logic, integration of new modeling methods, and the removal of deprecated components to align with updated simulation approaches.
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