ysengoku/42-ft_transcendence
Jan 2025 – Sep 2025
8 Months active
Languages Used
HTMLJavaScriptPythonGLSL
Technical Skills
3D RenderingCannon.jsFront End DevelopmentGame DevelopmentGraphics ProgrammingPhysics Engine Integration
Celia Andre
PROFILE
Celia Andre
Celiandre developed and maintained the ysengoku/42-ft_transcendence repository, delivering a robust 3D multiplayer game with advanced AI, dynamic animation systems, and real-time synchronization. Over eight months, Celiandre engineered features such as client-side prediction, server reconciliation, and modular scene management, using JavaScript, Three.js, and Python. The work included migrating physics to the client, integrating asset pipelines, and implementing AI that adapts to player state and game events. Through systematic code refactoring and performance optimization, Celiandre improved maintainability and scalability, while enhancing gameplay realism and UI/UX. The result is a stable, visually rich platform supporting responsive multiplayer experiences.
Overall Statistics
Feature vs Bugs
81%Features
Repository Contributions
176Total
Bugs
15
Commits
176
Features
65
Lines of code
416,782
Activity Months8
Your Network
7 people
Work History
September 2025
36 Commits • 16 Features
Sep 1, 2025Month 2025-09 Summary for ysengoku/42-ft_transcendence: Delivered key features and stability improvements across the project. Highlights include the Couch Animations System with model-specific rotation support and completed animations across models; a Reconciliation System rework that awaits server-side validation to proceed; AI enhancements including time-based behavior modulation, dynamic scaling relative to the player state, and improved reactions to buffs and debuffs; and substantial 3D/graphics work delivering multi-animations, frustum culling, and environment polish. Major bug fixes addressed AI mode animation alignment, AI rotation and clipping issues, and ensuring fallback models are present in both multiplayer and singleplayer. These changes collectively enhance gameplay realism, synchronization reliability in multiplayer, and performance, while expanding visual fidelity and AI responsiveness. Technologies demonstrated include advanced animation pipelines, 3D rendering optimizations, WebGL/Gltf protections, code refactors for game/multiplayer parity, and server-side validation workflows, aligning with business goals of improved player retention and smoother cross-platform experiences.
36 Commits • 16 Features
Sep 1, 2025Month 2025-09 Summary for ysengoku/42-ft_transcendence: Delivered key features and stability improvements across the project. Highlights include the Couch Animations System with model-specific rotation support and completed animations across models; a Reconciliation System rework that awaits server-side validation to proceed; AI enhancements including time-based behavior modulation, dynamic scaling relative to the player state, and improved reactions to buffs and debuffs; and substantial 3D/graphics work delivering multi-animations, frustum culling, and environment polish. Major bug fixes addressed AI mode animation alignment, AI rotation and clipping issues, and ensuring fallback models are present in both multiplayer and singleplayer. These changes collectively enhance gameplay realism, synchronization reliability in multiplayer, and performance, while expanding visual fidelity and AI responsiveness. Technologies demonstrated include advanced animation pipelines, 3D rendering optimizations, WebGL/Gltf protections, code refactors for game/multiplayer parity, and server-side validation workflows, aligning with business goals of improved player retention and smoother cross-platform experiences.
September 2025
August 2025
36 Commits • 14 Features
Aug 1, 2025August 2025 performance summary for ysengoku/42-ft_transcendence focused on delivering critical gameplay features, stabilizing the experience, and laying groundwork for future enhancements. The month emphasized high-impact user experience improvements, robust client-server synchronization, and refined UI. Key outcomes include timer-driven animation/state management, expanded character visuals with buff logic, and a more robust, maintainable codebase through client loop refactors and self-cleaning timers. Overall, this work reduces player friction, increases engagement, and provides a solid foundation for upcoming features such as refined AI behavior timing, more dynamic buff interactions, and expanded UI capabilities.
August 2025
36 Commits • 14 Features
Aug 1, 2025August 2025 performance summary for ysengoku/42-ft_transcendence focused on delivering critical gameplay features, stabilizing the experience, and laying groundwork for future enhancements. The month emphasized high-impact user experience improvements, robust client-server synchronization, and refined UI. Key outcomes include timer-driven animation/state management, expanded character visuals with buff logic, and a more robust, maintainable codebase through client loop refactors and self-cleaning timers. Overall, this work reduces player friction, increases engagement, and provides a solid foundation for upcoming features such as refined AI behavior timing, more dynamic buff interactions, and expanded UI capabilities.
June 2025
8 Commits • 4 Features
Jun 1, 2025June 2025: Focused on multiplayer reliability, responsiveness, and visual polish for ysengoku/42-ft_transcendence. Delivered core multiplayer enhancements, stabilized camera behavior, and visual asset upgrades to improve user experience and engagement. Implementations include client-side prediction with interpolation and server reconciliation for smoother synchronization, a fixed camera position/orientation on player join for a consistent multi-user view, and direct bumper synchronization to reduce divergence in real-time updates. Added new 3D models (bullet, fence, chair, coin, cardboard, table) with refined rendering and lighting to elevate visual fidelity and object positioning. These changes improve perceived latency, gameplay stability, and asset-driven polish, supporting higher retention and scalable multiplayer.
8 Commits • 4 Features
Jun 1, 2025June 2025: Focused on multiplayer reliability, responsiveness, and visual polish for ysengoku/42-ft_transcendence. Delivered core multiplayer enhancements, stabilized camera behavior, and visual asset upgrades to improve user experience and engagement. Implementations include client-side prediction with interpolation and server reconciliation for smoother synchronization, a fixed camera position/orientation on player join for a consistent multi-user view, and direct bumper synchronization to reduce divergence in real-time updates. Added new 3D models (bullet, fence, chair, coin, cardboard, table) with refined rendering and lighting to elevate visual fidelity and object positioning. These changes improve perceived latency, gameplay stability, and asset-driven polish, supporting higher retention and scalable multiplayer.
June 2025
May 2025
52 Commits • 17 Features
May 1, 2025May 2025 monthly performance overview for ysengoku/42-ft_transcendence: Delivered a cohesive set of gameplay, AI, and stability improvements that enhance player engagement, enable more scalable multiplayer, and strengthen code quality. Focused on delivering tangible business value through richer AI, improved UX, and robust server-client integration, while maintaining a clean codebase for future iterations.
May 2025
52 Commits • 17 Features
May 1, 2025May 2025 monthly performance overview for ysengoku/42-ft_transcendence: Delivered a cohesive set of gameplay, AI, and stability improvements that enhance player engagement, enable more scalable multiplayer, and strengthen code quality. Focused on delivering tangible business value through richer AI, improved UX, and robust server-client integration, while maintaining a clean codebase for future iterations.
April 2025
20 Commits • 6 Features
Apr 1, 2025April 2025 — Delivered a robust performance and gameplay upgrade for ysengoku/42-ft_transcendence, focusing on a streamlined client-side core engine and richer player experience. Key feats include migrating core physics to the client (eliminating Cannon.js), refactoring initialization, animation loop, and scoring for a smoother single-player flow, and integrating sound effects. Implemented AI opponents with trajectory prediction and enhanced bumper interaction, plus Coin power-ups and a buff system linked to AI logic. Introduced cool mode buffs and dynamic gameplay, along with temporary effects timers and a tab-visibility pause mechanism to optimize resource usage. Added cosmetic UI logging polish for multiplayer readability. These changes reduce external dependencies, improve performance, and boost engagement and maintainability.
20 Commits • 6 Features
Apr 1, 2025April 2025 — Delivered a robust performance and gameplay upgrade for ysengoku/42-ft_transcendence, focusing on a streamlined client-side core engine and richer player experience. Key feats include migrating core physics to the client (eliminating Cannon.js), refactoring initialization, animation loop, and scoring for a smoother single-player flow, and integrating sound effects. Implemented AI opponents with trajectory prediction and enhanced bumper interaction, plus Coin power-ups and a buff system linked to AI logic. Introduced cool mode buffs and dynamic gameplay, along with temporary effects timers and a tab-visibility pause mechanism to optimize resource usage. Added cosmetic UI logging polish for multiplayer readability. These changes reduce external dependencies, improve performance, and boost engagement and maintainability.
April 2025
March 2025
10 Commits • 4 Features
Mar 1, 2025March 2025 — ysengoku/42-ft_transcendence: Delivered foundational multiplayer improvements and performance-focused refactors that set a scalable baseline for future gameplay features. Key outcomes include enhanced initialization, clarified protocol, and a more maintainable physics pipeline, all driving a more reliable and engaging player experience.
March 2025
10 Commits • 4 Features
Mar 1, 2025March 2025 — ysengoku/42-ft_transcendence: Delivered foundational multiplayer improvements and performance-focused refactors that set a scalable baseline for future gameplay features. Key outcomes include enhanced initialization, clarified protocol, and a more maintainable physics pipeline, all driving a more reliable and engaging player experience.
February 2025
11 Commits • 2 Features
Feb 1, 2025February 2025 monthly summary for repository ysengoku/42-ft_transcendence focusing on delivering tangible gameplay improvements and a robust, maintainable codebase. Key features delivered: - 3D visuals and gameplay tuning: added 3D model and lighting, refined angle calculations, adjusted ball size, and smoothed controls to deliver a more responsive and immersive gameplay experience. - Codebase cleanup and refactoring: major architectural overhaul introducing object-oriented game objects (Ball, Wall, Bumper), modular scene initialization, and cleaner game logic to reduce technical debt and ease future feature work. Major bugs fixed: - Fixed double movement being clunky and improved control smoothness. - Introduced a ball speed cap and refined ball physics scaffolding to prevent unrealistic velocities. Overall impact and accomplishments: - Substantial enhancement of player experience through improved visuals and precise, stable physics. - Improved maintainability and scalability of the codebase, enabling faster iteration for new features. - Clear, disciplined refactoring activity with a well-documented commit history and dev-aligned workflow. Technologies/skills demonstrated: - 3D modeling, lighting integration, and physics tuning. - Object-oriented design (Ball, Wall, Bumper) and modular architecture. - Systematic code cleanup, refactoring, and dependency management. - Effective use of version control with rebasing and structured commits.
11 Commits • 2 Features
Feb 1, 2025February 2025 monthly summary for repository ysengoku/42-ft_transcendence focusing on delivering tangible gameplay improvements and a robust, maintainable codebase. Key features delivered: - 3D visuals and gameplay tuning: added 3D model and lighting, refined angle calculations, adjusted ball size, and smoothed controls to deliver a more responsive and immersive gameplay experience. - Codebase cleanup and refactoring: major architectural overhaul introducing object-oriented game objects (Ball, Wall, Bumper), modular scene initialization, and cleaner game logic to reduce technical debt and ease future feature work. Major bugs fixed: - Fixed double movement being clunky and improved control smoothness. - Introduced a ball speed cap and refined ball physics scaffolding to prevent unrealistic velocities. Overall impact and accomplishments: - Substantial enhancement of player experience through improved visuals and precise, stable physics. - Improved maintainability and scalability of the codebase, enabling faster iteration for new features. - Clear, disciplined refactoring activity with a well-documented commit history and dev-aligned workflow. Technologies/skills demonstrated: - 3D modeling, lighting integration, and physics tuning. - Object-oriented design (Ball, Wall, Bumper) and modular architecture. - Systematic code cleanup, refactoring, and dependency management. - Effective use of version control with rebasing and structured commits.
February 2025
January 2025
3 Commits • 2 Features
Jan 1, 2025January 2025 monthly summary for ysengoku/42-ft_transcendence: Delivered foundational WebGPU rendering groundwork and enhanced Pong gameplay stability, establishing a rendering/interaction stack for future 3D features. These efforts translate into stronger visuals, more engaging user experiences, and a scalable codebase for upcoming features.
January 2025
3 Commits • 2 Features
Jan 1, 2025January 2025 monthly summary for ysengoku/42-ft_transcendence: Delivered foundational WebGPU rendering groundwork and enhanced Pong gameplay stability, establishing a rendering/interaction stack for future 3D features. These efforts translate into stronger visuals, more engaging user experiences, and a scalable codebase for upcoming features.
Activity
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Quality Metrics
Correctness82.0%
Maintainability82.4%
Architecture75.4%
Performance77.0%
AI Usage25.4%
Skills & Technologies
Programming Languages
GLSLHTMLJavaScriptPython
Technical Skills
3D Graphics3D Model Integration3D RenderingAI BehaviorAI IntegrationAI ProgrammingAnimationAsset IntegrationAsset ManagementBack-end DevelopmentBackend DevelopmentBug FixingCSSCannon.jsClean Code Practices
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