
During a two-month period, Francisco Macatarino enhanced the GameDevTecnico/cubos-demo repository by developing a dynamic camera follow system and introducing asset-driven scene composition using C++ and ECS architecture. He implemented a plugin-based camera system that tracks player movement, improving gameplay visibility and scene management. Francisco also integrated new car assets and ground collider metadata, streamlining asset workflows through metadata-driven configuration. In the cubos repository, he delivered a command-line import tool in C++ that generates unique UUIDs for asset meta files using JSON, ensuring idempotent asset identification. His work demonstrated depth in 3D math, build systems, and robust asset integration.
June 2025: Delivered Asset UUID Generation via Quadrados Import Command for the cubos repository, introducing an import workflow to generate unique UUIDs for asset meta files and ensuring idempotent behavior by skipping creation when a meta already exists. This enhances asset management, traceability, and downstream pipeline reliability.
June 2025: Delivered Asset UUID Generation via Quadrados Import Command for the cubos repository, introducing an import workflow to generate unique UUIDs for asset meta files and ensuring idempotent behavior by skipping creation when a meta already exists. This enhances asset management, traceability, and downstream pipeline reliability.
May 2025, GameDevTecnico/cubos-demo: Focused on improving gameplay visibility and asset-driven scene composition. Delivered a dynamic camera follow system via a camera-follow plugin and updated scene configuration to enable smooth player tracking. Introduced a new car asset with supporting scene metadata and ground collider metadata, enabling richer scene composition and better asset management. These changes enhance player experience, streamline scene setup, and demonstrate a scalable, plugin-based approach to camera and asset integration.
May 2025, GameDevTecnico/cubos-demo: Focused on improving gameplay visibility and asset-driven scene composition. Delivered a dynamic camera follow system via a camera-follow plugin and updated scene configuration to enable smooth player tracking. Introduced a new car asset with supporting scene metadata and ground collider metadata, enabling richer scene composition and better asset management. These changes enhance player experience, streamline scene setup, and demonstrate a scalable, plugin-based approach to camera and asset integration.

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