
Evan Fonseca developed a scalable Sewing Waypoints System for the hbjeletich/G4G-SP25 repository, focusing on navigation and interaction mechanics within Unity scenes. By architecting and implementing 20 Scissor Waypoints and 30 Sewing Waypoints across Scissors.unity and Sewing.unity, Evan enabled designer-driven placement of interaction points, supporting faster iteration and safer changes. The work leveraged Unity Engine, scene management, and custom waypoint system design, with traceability maintained through Git. Although no bugs were fixed during this period, the solution established a robust foundation for future sewing features, reducing integration risk and clarifying QA processes through structured scene and object management practices.

Monthly summary for 2025-04 (hbjeletich/G4G-SP25): Delivered a scalable Sewing Waypoints System to define navigation/interactions for sewing mechanics across Scissors.unity and Sewing.unity. Implemented 20 Scissor Waypoints and 30 Sewing Waypoints, enabling designer-driven interaction points. No major bugs fixed this month. Impact: provides a foundation for faster iteration, safer changes, and clearer QA traces, accelerating future sewing feature delivery. Technologies/skills demonstrated: Unity scene/object design, waypoint system architecture, Git-based traceability, and cross-scene integration.
Monthly summary for 2025-04 (hbjeletich/G4G-SP25): Delivered a scalable Sewing Waypoints System to define navigation/interactions for sewing mechanics across Scissors.unity and Sewing.unity. Implemented 20 Scissor Waypoints and 30 Sewing Waypoints, enabling designer-driven interaction points. No major bugs fixed this month. Impact: provides a foundation for faster iteration, safer changes, and clearer QA traces, accelerating future sewing feature delivery. Technologies/skills demonstrated: Unity scene/object design, waypoint system architecture, Git-based traceability, and cross-scene integration.
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