
During three months on the PMKS-Web/PMKS-Refactor repository, Dora Vidmar delivered a broad set of engineering improvements focused on frontend reliability, physics modeling, and user experience. She implemented undo/redo systems for force editing and synthesis, expanded force manipulation to support center-of-mass actions, and enhanced graph visualization and notification workflows. Using Angular, TypeScript, and SVG, Dora refactored component interactions, improved state management, and optimized performance for complex kinematic modeling. Her work addressed persistent bugs, streamlined asset handling, and introduced robust data serialization, resulting in a more maintainable codebase and safer experimentation for designers working with advanced mechanical simulations.

Monthly performance summary for 2025-08 focused on PMKS-Web/PMKS-Refactor. Highlights include delivering comprehensive undo/redo capabilities for force-related editing and expanding the UI to support adding forces from a link's center of mass. These changes improve safety for experimentation with physics forces, reduce rework, and accelerate iteration cycles for designers and developers.
Monthly performance summary for 2025-08 focused on PMKS-Web/PMKS-Refactor. Highlights include delivering comprehensive undo/redo capabilities for force-related editing and expanding the UI to support adding forces from a link's center of mass. These changes improve safety for experimentation with physics forces, reduce rework, and accelerate iteration cycles for designers and developers.
July 2025 PMKS-Refactor delivered a set of high-impact features and reliability improvements that advance movement physics, UI polish, and developer productivity. Key work includes a Graham Scan-based force/navigation system with edge-bound containment and persistent save/load of forces, comprehensive undo/redo for positions and synthesis, and targeted UI/UX enhancements to reduction of friction during modeling. Post-merge stabilization fixes improved loading/notification behavior and reduced regressions, enabling faster iteration and safer releases.
July 2025 PMKS-Refactor delivered a set of high-impact features and reliability improvements that advance movement physics, UI polish, and developer productivity. Key work includes a Graham Scan-based force/navigation system with edge-bound containment and persistent save/load of forces, comprehensive undo/redo for positions and synthesis, and targeted UI/UX enhancements to reduction of friction during modeling. Post-merge stabilization fixes improved loading/notification behavior and reduced regressions, enabling faster iteration and safer releases.
June 2025 PMKS Web Refactor delivered a set of high-impact frontend enhancements, reliability improvements, and UX polish that improved developer velocity and end-user experience. The team focused on multi-tab template workflows, real-time notifications, UI consistency, graph readability, and robust persistence. Key fixes reduced regressions and improved stability across template loading, saving, and synthesis-mode interactions, while asset cleanup and performance tweaks improved load times and responsiveness.
June 2025 PMKS Web Refactor delivered a set of high-impact frontend enhancements, reliability improvements, and UX polish that improved developer velocity and end-user experience. The team focused on multi-tab template workflows, real-time notifications, UI consistency, graph readability, and robust persistence. Key fixes reduced regressions and improved stability across template loading, saving, and synthesis-mode interactions, while asset cleanup and performance tweaks improved load times and responsiveness.
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