
Developed and delivered a new graph rigidity realization counter for the PyRigi/PyRigi repository, enabling users to count minimally rigid realizations for both planar and spherical graphs. The implementation, written in Python, introduced an option to verify minimal rigidity, improving the reliability of rigidity analyses. The developer focused on code refactoring and formatting within the Graph class, aligning method names and enhancing docstrings to clarify the API and improve maintainability. Documentation was updated to reflect these changes, ensuring consistency and usability. This work combined computational geometry and graph theory expertise, resulting in a focused feature addition and overall code quality improvements.
November 2024 monthly work summary focused on delivering a new graph rigidity feature in PyRigi/PyRigi, with code quality improvements and documentation updates. Implemented counting of minimally rigid realizations for planar and spherical graphs, added an option to verify rigidity, and renamed the counting method to number_of_min_rigid_realizations with updated docstrings. Also performed Graph class code quality improvements (formatting and docstrings) to enhance API clarity and maintainability.
November 2024 monthly work summary focused on delivering a new graph rigidity feature in PyRigi/PyRigi, with code quality improvements and documentation updates. Implemented counting of minimally rigid realizations for planar and spherical graphs, added an option to verify rigidity, and renamed the counting method to number_of_min_rigid_realizations with updated docstrings. Also performed Graph class code quality improvements (formatting and docstrings) to enhance API clarity and maintainability.

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