January 2025 monthly summary: Focused on strengthening documentation quality and aligning the product roadmap for cubos-blog to support upcoming editor features. Key features delivered include updating the roadmap to reflect editor improvements, a new scene editor, and a demo showcasing these capabilities. Major bugs fixed include correcting external documentation links to prevent rendering/parsing issues. These actions reduce onboarding friction, improve documentation reliability, and set the stage for faster feature adoption. Overall, improved documentation governance and roadmap clarity contributed to better cross-team alignment and a stronger foundation for upcoming development.

December 2024 monthly summary for GameDevTecnico projects. Key features delivered: - Cannon System: Implemented a plugin-based cannon weapon system with new cannon and cannonball assets, scenes, and integration into the boat asset. Gameplay refinements include improved aiming, firing, rotation, and interaction flows. Commits (87d88e05, b7b4ef17, 2ed34b84, 364a6b29) show plugin, asset creation, scene integration, and final fix for ship compatibility. - Harpoon Weapon System: Delivered harpoon plugin with aiming and firing controls, engine integration, and a refactor to use arrow projectiles. Commits (27974a6a, 7cdbe3ec) document plugin introduction and the shooting fix. - Bullet-Balloon Collision Gameplay: Added a new collision mechanic where bullets destroy balloons on impact, enriching combat dynamics. Commit (c95cdf8e). - Blog: Configurable Physics Solver Constants: Documented a new resource to configure physics solver constants, replacing hardcoded values for better usability and flexibility. Commit (5c6c72bd). Major bugs fixed: - Cannon plugin fixed to work correctly on ship, improving reliability of the cannon system. Commit (364a6b29). - Harpoon system: adjusted to ensure harpoon shoots arrows as intended, improving consistency of weapon behavior. Commit (7cdbe3ec). Overall impact and accomplishments: - Substantial enhancement of combat depth and player engagement through new weapons and reliable integrations, contributing to longer session times and richer gameplay. - Improved asset pipelines and engine integration reduce future friction for adding new weapons or scenes. - Enhanced configurability and maintainability through documentation of a physics solver constants resource and plugin-based architecture. Technologies/skills demonstrated: - Plugin architecture, asset pipelines, and scene integration. - Real-time aiming, firing mechanics, and projectile refactoring. - Collision-based gameplay enhancements and debugging fixes. - Documentation practices and configuration management for physics parameters.

Monthly summary for 2024-11 focusing on delivering a configurable physics solver resource and its impact on maintainability and tunability of the engine.