
Worked on the ynput/ayon-nuke repository to enhance Scene Inventory Node Retrieval, enabling the system to discover nodes located within groups and improving the user experience when navigating complex node structures. Addressed previous limitations by implementing Python-based scene graph traversal and Nuke scripting techniques, ensuring that Ayon Loaders and Read Nodes inside groups are now reliably detected. This feature-focused update reduced the need for manual asset discovery and established a more scalable approach for inventory management in intricate scenes. The work demonstrated proficiency in API development and node management, delivering targeted improvements with minimal regression and thorough validation across grouped node scenarios.
March 2026 monthly summary for ynput/ayon-nuke: Focused on enhancing Scene Inventory Node Retrieval to include nodes within groups, expanding coverage and improving UX when browsing grouped nodes. Implemented fixes to ensure Ayon Loaders/Read Nodes inside groups are discovered, addressing prior gaps (Fix #205). This work improves asset discovery reliability and reduces manual search effort, laying a scalable foundation for inventory in complex scenes.
March 2026 monthly summary for ynput/ayon-nuke: Focused on enhancing Scene Inventory Node Retrieval to include nodes within groups, expanding coverage and improving UX when browsing grouped nodes. Implemented fixes to ensure Ayon Loaders/Read Nodes inside groups are discovered, addressing prior gaps (Fix #205). This work improves asset discovery reliability and reduces manual search effort, laying a scalable foundation for inventory in complex scenes.

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