Yang contributed to the tataunlimited/Chaotic-Battleship repository by building a comprehensive 3D ship asset pipeline and implementing core gameplay primitives over two months. He delivered new broken ship models and textures to enhance destruction gameplay, integrating these assets efficiently using Unity and C#. Yang developed a prefab system for ships, established movement and attack pattern logic, and standardized build verification with progress step markers. His work focused on 3D modeling, texturing, and asset management, resulting in improved visual fidelity, consistent asset quality, and reduced iteration time. The depth of his contributions supported faster feature delivery and streamlined asset integration workflows.
September 2025 focused on delivering a complete ship asset pipeline and core gameplay primitives for Chaotic Battleship. Key features delivered include a Ship Model, Texture, and Prefab System with a final, organized prefab ready for batch 2 integration; Ship Movement & Attack Pattern implementations establishing core combat behavior; finalization of model/texture checks and creation of the final prefab; and the integration of progress step markers for builds (steps 8-12) to standardize verification. The work stabilized asset import/assembly, resolved consistency issues across models/textures, and significantly reduced iteration time. This progress directly supports faster feature delivery and consistent quality across ships. Technologies used include Unity asset workflows, 3D modeling and texturing, prefab-based architecture, version control, and build verification patterns.
September 2025 focused on delivering a complete ship asset pipeline and core gameplay primitives for Chaotic Battleship. Key features delivered include a Ship Model, Texture, and Prefab System with a final, organized prefab ready for batch 2 integration; Ship Movement & Attack Pattern implementations establishing core combat behavior; finalization of model/texture checks and creation of the final prefab; and the integration of progress step markers for builds (steps 8-12) to standardize verification. The work stabilized asset import/assembly, resolved consistency issues across models/textures, and significantly reduced iteration time. This progress directly supports faster feature delivery and consistent quality across ships. Technologies used include Unity asset workflows, 3D modeling and texturing, prefab-based architecture, version control, and build verification patterns.
August 2025: Delivered new 3D broken ship models and textures to support destruction gameplay, enabling visual variety and richer destruction sequences. No major bugs fixed this month. Impact: improved player feedback and visual fidelity, along with a more efficient asset pipeline for Chaotic-Battleship. Technologies demonstrated include 3D modeling, texturing, materials, asset integration, and version control.
August 2025: Delivered new 3D broken ship models and textures to support destruction gameplay, enabling visual variety and richer destruction sequences. No major bugs fixed this month. Impact: improved player feedback and visual fidelity, along with a more efficient asset pipeline for Chaotic-Battleship. Technologies demonstrated include 3D modeling, texturing, materials, asset integration, and version control.
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