
Developed and delivered a vertex color extraction and visualization feature for the ibs-lab/cedalion repository, focusing on enhancing photogrammetry workflows. The implementation introduced Python-based methods to extract, inspect, and visualize vertex color distributions prior to downstream processing, supporting improved data quality checks and enabling color-based classification. Leveraging skills in Python programming, data visualization, and photogrammetry, the work established a foundation for future analytics and quality control within the pipeline. This targeted addition addressed the need for early-stage inspection of color data, allowing users to assess and classify mesh colors before further processing steps in the photogrammetry environment.
April 2026 performance summary for ibs-lab/cedalion: Key feature delivered - Vertex Color Extraction and Visualization in Photogrammetry. This feature adds methods to extract vertex colors, inspect them, and visualize color distributions prior to processing steps, enabling better data quality checks and color-based classification in the photogrammetry workflow. The implementation is committed in 902ce2e9fb40bc88c3c84ecde22733db25e1ddad with message 'add color extraction and inspection method in photogrammetry (#151)'.
April 2026 performance summary for ibs-lab/cedalion: Key feature delivered - Vertex Color Extraction and Visualization in Photogrammetry. This feature adds methods to extract vertex colors, inspect them, and visualize color distributions prior to processing steps, enabling better data quality checks and color-based classification in the photogrammetry workflow. The implementation is committed in 902ce2e9fb40bc88c3c84ecde22733db25e1ddad with message 'add color extraction and inspection method in photogrammetry (#151)'.

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