benixmaxedis/smi-legacy

AI Summary: Improve the user interface and user experience of the answer input field in a space-themed math game. This involves enhancing its visibility, size, focus management, and accessibility for various devices and users. Specific improvements include better positioning, visual design, auto-focus functionality, mobile optimization, and accessibility features like high contrast mode and screen reader support.

AI Summary: Fix a bug in a space-themed math game where automated tests fail to detect the game's running state. The solution involves exposing game state variables (gameRunning and app) to the global window object in the main HTML file and adding a debug method to retrieve the game state for testing purposes. This will enable reliable automated testing and CI/CD validation.

AI Summary: Fix a critical bug in a space-themed math game that causes the game to freeze due to unsafe array modifications within forEach loops. The solution involves replacing the unsafe forEach loops with reverse for loops to prevent index misalignment when removing elements from the arrays.

AI Summary: Optimize the collision detection system in a space-themed math game from O(n²) complexity to improve performance. This involves implementing either spatial partitioning (grid-based) or an early exit optimization strategy to reduce the number of distance calculations performed during each frame, thereby improving frame rates, especially when many game entities are present.