* CLI usage: Inject parameters and save to output file * * Usage: node scripts/dynamic_game_injector.js --game <path> --params <path> --values <json

* Mutate an individual * @param {GAIndividual} individual Individual to mutate * @param {number} mutationRate Mutation probability * @param {

* Mutate one random parameter within its suggested range

* Generate next random uint32 * @returns {number} Random 32-bit unsigned integer

* Generate next random uint32 * @returns {number} Random 32-bit unsigned integer

* Random integer in range (inclusive)

* Random integer in range (inclusive)

* Random function in range

* Random function in range

* Record a frame snapshot for the circular buffer * @param {number} tick Current tick * @param {Object} frameData Frame state data

* Simulate drawing a rectangle and check/record collisions. * Mimics crisp-game-lib's rect(). * @param {number | {x: number, y: number}} x Top-l

* Register an obstacle for tracking * @param {Object} obstacle Obstacle data {pos, size, kind}

* Reset the logger for a new game session

* Reset tracking state (call on game init)

* Set global random seed for all framework operations * @param {number|null} seed Seed value (null for non-deterministic)

* Set the random seed for deterministic simulations * @param {number|null} seed Seed value (null to use Math.random)

* Simulate one frame of the game * @param {Function} updateFunction The concept's update function

* Simulate one frame of the game * @param {Function} updateFunction The concept's update function

* Test the game using GA-optimized input patterns * Evolves input patterns to maximize score and detect exploitability * * @param {GameSim

* Test the game using GA-optimized input patterns * Evolves input patterns to maximize score and detect exploitability * * @param {GameSimula

* Test the game concept against predefined monotonous input patterns * to check for exploitability or lack of engagement. * * @param {Game

* Test the game concept against predefined monotonous input patterns * to check for exploitability or lack of engagement. * * NOTE: This meth

* Test the game concept against predefined monotonous input patterns * to check for exploitability or lack of engagement. * * @param {GameSim

* Simulate drawing text and check/record collisions. * Mimics crisp-game-lib's text(). Simplified: Assumes fixed 6x6 size per char. * Does not

* Export report as formatted string for LLM consumption * @returns {string} Formatted report

* Tournament selection

* Tournament selection

* Transpile TypeScript file to eval-ready JavaScript * @param {string} tsPath Path to TypeScript file * @returns {Promise<string>} Path to transpile

* Strategy 2: Global file search (fallback)

* Strategy 2: Global file search (fallback)

* Strategy 3: Hierarchical context search (for deeply nested paths)

* Strategy 3: Hierarchical context search (for deeply nested paths)

* Strategy 1: Line-based replacement (search near specified line)

* Strategy 1: Line-based replacement (search near specified line)

* Update input state based on button status * @param {boolean} isButtonPressed Whether the button is currently pressed

* Update input state based on button status * @param {boolean} isButtonPressed Whether the button is currently pressed