
Elena Tsipes developed core gameplay systems for the hbjeletich/G4G-SP25 fishing game, delivering 26 features and resolving 8 bugs over two months. She architected the foundational fishing mechanics, including a rarity-based fish spawning system, inventory management, and player controls using Unity’s Input System and C#. Her work integrated audio, visual effects, and UI, establishing a scalable asset pipeline and robust save system. By upgrading the project to Unity 2023.2.18f1 and refining collision, motion, and asset workflows, Elena improved stability and iteration speed. The depth of her engineering enabled responsive gameplay loops and positioned the project for future feature expansion.

April 2025 (2025-04) monthly summary for hbjeletich/G4G-SP25. This month delivered foundational gameplay subsystems, stabilized core loops, and advanced the project toward main-branch readiness. Key progress includes: motion control framework groundwork and cleanup; distance meter implementation and completion with zone detection fixes; end-to-end saving system with inventory integration and fish-catch flow; audio subsystem rollout with manager and SFX; asset pipeline improvements for 2D assets with shadows on fish objects; inventory UI and related systems; ship assets and project settings enabling release scaffolding. These efforts increased gameplay responsiveness, player progression visibility, and overall project stability while setting the stage for next milestones.
April 2025 (2025-04) monthly summary for hbjeletich/G4G-SP25. This month delivered foundational gameplay subsystems, stabilized core loops, and advanced the project toward main-branch readiness. Key progress includes: motion control framework groundwork and cleanup; distance meter implementation and completion with zone detection fixes; end-to-end saving system with inventory integration and fish-catch flow; audio subsystem rollout with manager and SFX; asset pipeline improvements for 2D assets with shadows on fish objects; inventory UI and related systems; ship assets and project settings enabling release scaffolding. These efforts increased gameplay responsiveness, player progression visibility, and overall project stability while setting the stage for next milestones.
March 2025 delivered the foundational fishing game framework and a robust fish spawning system for hbjeletich/G4G-SP25, establishing a solid base for rapid feature expansion and QA. Key work includes core gameplay scaffolding, inventory UI, player controls via the Unity Input System, and an end-to-end fish lifecycle with rarity-based spawning, visuals, and audio. Upgraded Unity tooling to 2023.2.18f1 to improve stability and compatibility, accompanied by UI polish and asset integration. Notable improvements include camera display fixes, fonts and inventory UI integration, and the addition of catch particle effects. This work positions the project for faster iteration, stronger player engagement, and a scalable asset pipeline for future growth.
March 2025 delivered the foundational fishing game framework and a robust fish spawning system for hbjeletich/G4G-SP25, establishing a solid base for rapid feature expansion and QA. Key work includes core gameplay scaffolding, inventory UI, player controls via the Unity Input System, and an end-to-end fish lifecycle with rarity-based spawning, visuals, and audio. Upgraded Unity tooling to 2023.2.18f1 to improve stability and compatibility, accompanied by UI polish and asset integration. Notable improvements include camera display fixes, fonts and inventory UI integration, and the addition of catch particle effects. This work positions the project for faster iteration, stronger player engagement, and a scalable asset pipeline for future growth.
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