Jason contributed to the JacobSeto/DGA-Summer-Project-2025 repository, building and refining 2D game systems in Unity using C# and YAML. Over two months, he delivered features such as player movement, tilemap enhancements, camera control, and level design, focusing on collision detection, asset integration, and scene management. Jason addressed gameplay issues by tuning physics, improving wall and water interactions, and resolving layering and collision bugs. He expanded tropical levels with new routes and visual updates, introduced a tutorial system, and improved onboarding. His work emphasized project organization, robust geometry, and cross-scene consistency, resulting in smoother gameplay and enhanced player experience.
August 2025 — JacobSeto/DGA-Summer-Project-2025: Delivered targeted tropical level enhancements, stability fixes, and visibility improvements to boost player experience, engagement, and cross-scene robustness. Key features include 3-3 Tropical Level updates (setup, tile data, difficulty tuning) with a new secret route, 3-4 Tropical Level diagonal/visual refinements, and a camera view enhancement to increase visibility in tropical scenes. Major bug work includes global diagonal and collision refinements across multiple scenes, final diagonal fixes, and targeted diagonal tweaks (1-3, 1-4, 2-2, 2-4, 3-2 trees). The changes collectively improve level readability, reduce collision issues, and enable smoother gameplay across tropical chapters. Impact and business value: enhanced player experience and retention through more intuitive level design and improved visibility; reduced post-release QA risk via cross-scene data consistency and robust geometry; added replayability with the secret route. Demonstrated strong Unity-level design, tile data management, collision tuning, camera calibration, and Git-based traceability.
August 2025 — JacobSeto/DGA-Summer-Project-2025: Delivered targeted tropical level enhancements, stability fixes, and visibility improvements to boost player experience, engagement, and cross-scene robustness. Key features include 3-3 Tropical Level updates (setup, tile data, difficulty tuning) with a new secret route, 3-4 Tropical Level diagonal/visual refinements, and a camera view enhancement to increase visibility in tropical scenes. Major bug work includes global diagonal and collision refinements across multiple scenes, final diagonal fixes, and targeted diagonal tweaks (1-3, 1-4, 2-2, 2-4, 3-2 trees). The changes collectively improve level readability, reduce collision issues, and enable smoother gameplay across tropical chapters. Impact and business value: enhanced player experience and retention through more intuitive level design and improved visibility; reduced post-release QA risk via cross-scene data consistency and robust geometry; added replayability with the secret route. Demonstrated strong Unity-level design, tile data management, collision tuning, camera calibration, and Git-based traceability.
Concise monthly summary for 2025-07 focusing on key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Highlights include Jason Scene Setup, Player Movement, Tilemap enhancements, wall collisions and water interactions, camera leading with grid prefabs, and sea level infrastructure plus onboarding improvements. All changes contributed to faster iteration, improved player experience, and cleaner project organization, setting up a strong foundation for subsequent sprints.
Concise monthly summary for 2025-07 focusing on key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Highlights include Jason Scene Setup, Player Movement, Tilemap enhancements, wall collisions and water interactions, camera leading with grid prefabs, and sea level infrastructure plus onboarding improvements. All changes contributed to faster iteration, improved player experience, and cleaner project organization, setting up a strong foundation for subsequent sprints.
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