
Over five months, Daniel Mahler developed core gameplay systems and animation features for the Shinoyhe/Project_TRT repository, focusing on Unity and C#. He built a modular bartering minigame with a state-machine-driven backend, robust input handling for cross-platform play, and a dynamic UI supporting rapid iteration. Daniel refactored and organized code for maintainability, introduced dependency inversion for testability, and implemented asset management workflows. He delivered animation systems such as a curve-driven squash/stretch bouncer, enhancing visual fidelity and scene reliability. His work addressed both backend architecture and frontend polish, demonstrating depth in Unity development, scripting, and scalable feature delivery across the project.

May 2025 monthly summary for Shinoyhe/Project_TRT. Key feature delivered: Dynamic Squash/Stretch Bouncer System enabling curve-driven bouncing animations, with SquashStretchBouncer script (extending SquashStretchBrain), Bounce component on prefabs, and accompanying documentation. The system supports configurable loop periods and kill times for responsive, scalable character animations. Major bug fix: Scene persistence and transform stability—resolved Unity scene save/versioning issues by updating m_VersionIndex across multiple objects and correcting positions/rotations to ensure reliable scene persistence. Overall impact: improved animation reliability, reduced risk of scene corruption, and faster onboarding for new scenes due to clear component documentation. Technologies/skills demonstrated: Unity, C#, scripting, prefab integration, scene/version management, and documentation."
May 2025 monthly summary for Shinoyhe/Project_TRT. Key feature delivered: Dynamic Squash/Stretch Bouncer System enabling curve-driven bouncing animations, with SquashStretchBouncer script (extending SquashStretchBrain), Bounce component on prefabs, and accompanying documentation. The system supports configurable loop periods and kill times for responsive, scalable character animations. Major bug fix: Scene persistence and transform stability—resolved Unity scene save/versioning issues by updating m_VersionIndex across multiple objects and correcting positions/rotations to ensure reliable scene persistence. Overall impact: improved animation reliability, reduced risk of scene corruption, and faster onboarding for new scenes due to clear component documentation. Technologies/skills demonstrated: Unity, C#, scripting, prefab integration, scene/version management, and documentation."
April 2025 highlights for Shinoyhe/Project_TRT: Delivered features that improve testing realism, visuals, and future-ready animation support. Key features delivered: - Test Scene Asset and Behavior Refinement: Refined test scene assets and relationships to achieve more realistic object behavior, positions, rotations, and dependencies for testing and visuals. Commit: d7867afd123add953086b4ae2d552ed928b3c4ac. - SquashStretch Visual Scaling System: Introduced dynamic squash/stretch scaling for GameObjects with a new SquashStretchHelper and related refinements to enable expressive visuals; base-scale read fix and prep for animation superclass. Commits: add SquashStretchHelper (5c50e2fb400ae1f7d2521fd9a620115296e62f8d), Bugfix: Squashstretch now reads from base scale (4af09ebab4aebfaef948749e2f72baa53b36a4b2), Cleanup + prep for anim superclass (8e24df47079c70a18631be6eb5f41ee56334abe1). Major bugs fixed: - Bugfix: SquashStretch now reads from base scale to ensure consistent scaling across objects/animations. Commit: 4af09ebab4aebfaef948749e2f72baa53b36a4b2. Overall impact and accomplishments: - Elevated test fidelity and visuals in the evaluation environment; established a scalable foundation for upcoming animation-driven features; improved maintainability with cleanup and structural prep for animation hierarchies. Technologies/skills demonstrated: - Unity 3D, C#, asset pipeline, dynamic squash/stretch scaling, test-scene orchestration, debugging, and refactoring for animation readiness.
April 2025 highlights for Shinoyhe/Project_TRT: Delivered features that improve testing realism, visuals, and future-ready animation support. Key features delivered: - Test Scene Asset and Behavior Refinement: Refined test scene assets and relationships to achieve more realistic object behavior, positions, rotations, and dependencies for testing and visuals. Commit: d7867afd123add953086b4ae2d552ed928b3c4ac. - SquashStretch Visual Scaling System: Introduced dynamic squash/stretch scaling for GameObjects with a new SquashStretchHelper and related refinements to enable expressive visuals; base-scale read fix and prep for animation superclass. Commits: add SquashStretchHelper (5c50e2fb400ae1f7d2521fd9a620115296e62f8d), Bugfix: Squashstretch now reads from base scale (4af09ebab4aebfaef948749e2f72baa53b36a4b2), Cleanup + prep for anim superclass (8e24df47079c70a18631be6eb5f41ee56334abe1). Major bugs fixed: - Bugfix: SquashStretch now reads from base scale to ensure consistent scaling across objects/animations. Commit: 4af09ebab4aebfaef948749e2f72baa53b36a4b2. Overall impact and accomplishments: - Elevated test fidelity and visuals in the evaluation environment; established a scalable foundation for upcoming animation-driven features; improved maintainability with cleanup and structural prep for animation hierarchies. Technologies/skills demonstrated: - Unity 3D, C#, asset pipeline, dynamic squash/stretch scaling, test-scene orchestration, debugging, and refactoring for animation readiness.
March 2025 summary for Shinoyhe/Project_TRT: Delivered a cohesive set of UI, input, and barter-system enhancements focused on business value, reliability, and cross-platform readiness. Major UI polish and data presentation improvements reduce user friction in barter workflows, while modularity and testability were enhanced through isolation testing and dependency inversion. The input system was modernized to support mouse, keyboard, and gamepad with full controller capabilities, enabling consistent experiences across platforms. Post-barter flow, NPC navigation/data references, and inventory/notification improvements streamline end-to-end interactions and reduce operational overhead in gameplay loops. Key refactors reorganized BarterDirector parameters and fixed critical Director references to prevent runtime errors, laying groundwork for faster feature iteration and future scalability.
March 2025 summary for Shinoyhe/Project_TRT: Delivered a cohesive set of UI, input, and barter-system enhancements focused on business value, reliability, and cross-platform readiness. Major UI polish and data presentation improvements reduce user friction in barter workflows, while modularity and testability were enhanced through isolation testing and dependency inversion. The input system was modernized to support mouse, keyboard, and gamepad with full controller capabilities, enabling consistent experiences across platforms. Post-barter flow, NPC navigation/data references, and inventory/notification improvements streamline end-to-end interactions and reduce operational overhead in gameplay loops. Key refactors reorganized BarterDirector parameters and fixed critical Director references to prevent runtime errors, laying groundwork for faster feature iteration and future scalability.
February 2025 performance summary for Shinoyhe/Project_TRT: Delivered a cleaned and refactored Barter system core (StateMachine backend, BarterDirector, and Card data structures), UI cleanup, and testing scaffolding (Sandbox Scene) to enable isolated validation. Implemented multiple critical bug fixes across timing, input handling, and barter flow. Strengthened architecture for maintainability, added repository organization and formatting standards, and advanced capabilities with Timeloop integration, inventory UI enhancements, match histories, and groundwork for neutral behaviors. Demonstrated end-to-end delivery from backend refactor to frontend polish and testing scaffolds, aligning with business value goals of stability, faster iteration, and scalable feature work.
February 2025 performance summary for Shinoyhe/Project_TRT: Delivered a cleaned and refactored Barter system core (StateMachine backend, BarterDirector, and Card data structures), UI cleanup, and testing scaffolding (Sandbox Scene) to enable isolated validation. Implemented multiple critical bug fixes across timing, input handling, and barter flow. Strengthened architecture for maintainability, added repository organization and formatting standards, and advanced capabilities with Timeloop integration, inventory UI enhancements, match histories, and groundwork for neutral behaviors. Demonstrated end-to-end delivery from backend refactor to frontend polish and testing scaffolds, aligning with business value goals of stability, faster iteration, and scalable feature work.
January 2025 monthly summary focused on delivering core gameplay foundations and enabling rapid iteration of barter mechanics. Key work included establishing a foundational Player Input System and delivering the Bartering Minigame core, UI, and playtesting loop for gameplay prototyping. Major bug fix addressed a gameplay state issue, and work progressed on scene scaffolding and data-driven gameplay assets.
January 2025 monthly summary focused on delivering core gameplay foundations and enabling rapid iteration of barter mechanics. Key work included establishing a foundational Player Input System and delivering the Bartering Minigame core, UI, and playtesting loop for gameplay prototyping. Major bug fix addressed a gameplay state issue, and work progressed on scene scaffolding and data-driven gameplay assets.
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