
During November 2024, Di Wang developed core automated musical score analysis features for the music-computing/amads repository, focusing on monophonic scores. Leveraging Python and expertise in algorithmic composition and music information retrieval, Di implemented boundary detection and segmentgestalt algorithms to identify local boundaries and analyze pitch and temporal relationships within scores. Basic reliability tests were added to ensure the robustness of these new features. This work established a foundational layer for downstream processes such as transcription, segmentation, and analysis, enabling more efficient and accurate data extraction. The depth of the implementation supports broader analytics workflows in automated music analysis.

November 2024 monthly summary for music-computing/amads. Delivered core automated musical score analysis for monophonic scores, including boundary detection and segmentgestalt to identify local boundaries and pitch/temporal relationships. Added basic tests to validate reliability, enabling downstream transcription, segmentation, and analysis pipelines. This work establishes the foundation for faster, higher-quality score analysis and data extraction, driving improvements in automated analytics workflows.
November 2024 monthly summary for music-computing/amads. Delivered core automated musical score analysis for monophonic scores, including boundary detection and segmentgestalt to identify local boundaries and pitch/temporal relationships. Added basic tests to validate reliability, enabling downstream transcription, segmentation, and analysis pipelines. This work establishes the foundation for faster, higher-quality score analysis and data extraction, driving improvements in automated analytics workflows.
Overview of all repositories you've contributed to across your timeline