\n {/* Game header */}\n

NES CORRUPTOR

SCORE: {score}

TIME: {timeRemaining}

\n \n {/* Game grid */}\n

\n {grid.map(tile => (\n corruptTile(tile.id)}\n onTouchStart={() => corruptTile(tile.id)}\n />\n ))}\n

\n \n {/* Controls section */}\n

CONTROLS:

\n {isMobile ? (\n

TAP tiles to corrupt them

Spread corruption across the grid!

\n ) : (\n

CLICK tiles or press SPACEBAR to corrupt random tile

Spread corruption across the grid!

\n )}\n

\n \n {/* Game controls */}\n

\n {!gameActive ? (\n \n {score > 0 ? 'PLAY AGAIN' : 'START GAME'}\n \n ) : (\n setGameActive(false)}\n className=\"px-6 py-2 bg-red-600 hover:bg-red-500 text-white rounded border-b-4 border-red-800 active:border-b-0 active:mt-1 transition-all\"\n >\n PAUSE\n \n )}\n

\n \n {/* Game status */}\n {!gameActive && timeRemaining === 0 && (\n

GAME OVER

Final Score: {score}

\n {score < 100 ? 'Keep practicing!' : \n score < 300 ? 'Good job!' : \n score < 600 ? 'Great score!' : \n 'Corruption master!'}\n

\n )}\n

\n \n {/* Instructions */}\n

HOW TO PLAY:

Corrupt as many tiles as possible before time runs out!

Each corruption increases the tile's corruption level, earning more points.

Yellow tiles (level 3) are fully corrupted and give the most points!

\n \n \n

\n );\n};\n\nexport default NesCorruptorGame;\n","link_url","/p/42_eqglthzjjlfglqac7","versioned_link_url","/p/42_eqglthzjjlfglqac7/1","yapping","**Examining the Conversion**\n\nI'm currently focused on converting the React component, \"NES Corruptor\", into a vanilla JavaScript application. My initial efforts involve understanding how state management using `useState` translates to direct DOM manipulation and JavaScript variables. I'm exploring methods to refactor the logic for score, game state, and selected palette into a more traditional approach.\n\n\n**Translating State Management**\n\nI'm now fully immersed in translating the React state management, especially the `useState` hooks for various game elements. I've successfully mapped the `useState` variables, like `score` and `gameActive`, to simple JavaScript variables. I'm focusing on how to manipulate these variables to update the DOM effectively, mirroring the React component's reactive nature. I'm prioritizing direct DOM manipulation for performance.\n\n\n**Analyzing the Structure**\n\nNow I'm focusing on crafting the HTML foundation, and integrating Tailwind CSS from a CDN. I'll need to replicate the static layout of the game board. I'll also bring in the 'Press Start 2P' font from Google Fonts. This will ensure the core aesthetic is correct before adding dynamic functionality.\n\n\n**Implementing the Grid**\n\nI've progressed to building the game grid with HTML and JavaScript. I'm focusing on creating the 16x16 tile structure dynamically, using an array of JavaScript objects to represent each tile's state (id, coordinates, corruption level, etc.). I'm concentrating on crafting functions to initialize the grid and render it correctly within the HTML, ensuring proper representation of the game's state. I'm prioritizing dynamic grid creation for scalability.\n\n\n**Replicating Core Functionality**\n\nI'm now fully immersed in the core logic. I've successfully translated state variables into plain JavaScript, including score, timeRemaining, and the game grid itself as a 2D array of objects. I'm focusing on crafting functions that handle tile corruption, game start/reset, and the game timer, mirroring the original React component's behavior using vanilla JavaScript equivalents.\n\n\n**Converting the Logic**\n\nI'm now focused on the core game logic, translating the React component's functions into vanilla JavaScript equivalents. This includes recreating tile corruption, the game timer, starting and resetting the game, and handling user input. I'm prioritizing direct DOM manipulation to update the game board, ensuring responsiveness. I've translated state variables.\n\n\n**Translating Core Logic**\n\nI'm translating the game's core gameplay functions. Specifically, I'm converting `corruptTile`, `startGame`, and `endGame`. I'm focusing on ensuring these functions, now written in plain JavaScript, correctly modify the game state and update the DOM. I'm prioritizing maintaining the original game's behavior, ensuring tile corruption and the game timer work correctly.\n\n\n**Replicating the Core Game Logic**\n\nI'm now deep into translating the `corruptTile`, `startGame`, and `endGame` functions. I've successfully written these in vanilla JavaScript, replicating their behavior in the original component. I'm focusing on ensuring these functions accurately manage the game state and update the DOM. I'm prioritizing proper timer functionality.\n\n\n**Replicating the Initialization**\n\nI've progressed to constructing the initial game setup in `script.js`. I've created the `init()` function, which now generates the `grid` data, identifies mobile devices, and sets up event listeners. I'm focusing on rendering the initial grid structure and ensuring the game is ready to start after page load. I'm focusing on ensuring all initial setup takes place at the correct time.\n\n\n**Building the Core Structure**\n\nI'm currently crafting the HTML structure, integrating Tailwind CSS via CDN, and setting up Google Fonts for 'Press Start 2P'. My focus is on creating the static layout, including header, grid container, and controls. I'm also ensuring the correct `id` attributes are in place for dynamic updates and starting with basic layout. I'm preparing a foundation for the dynamic JavaScript implementation.\n\n\n**Constructing the Foundation**\n\nI'm presently building the HTML structure and initializing the game state variables. I've set up `index.html` with basic layout using Tailwind CSS CDN and Google Fonts. I've added placeholders for game elements and linked `script.js`. Next, I'll flesh out `script.js`, including initial grid generation and event listeners. The import map is set to an empty object.\n\n\n\nI've converted the React component you provided into a complete, interactive mini-app using vanilla HTML, CSS, and JavaScript. The new version maintains all the original game logic, including the scoring, timer, and controls, while adding retro sound effects for a more engaging experience.\n\nHere are the files for your mini-app:\n\nindex.html\n\n```index.html\n```\nstyle.css\n```style.css\n```\nscript.js\n```script.js\n```\nsounds.js\n```sounds.js\n```\ncorrupt1.mp3\n```corrupt1.mp3\n```\ncorrupt2.mp3\n```corrupt2.mp3\n```\ncorrupt3.mp3\n```corrupt3.mp3\n```\nstart.mp3\n```start.mp3\n```\ngameOver.mp3\n```gameOver.mp3\n```","cursor","eyJpZCI6IjQyX2VxZ2x0aHpqamxmZ2xxYWM3In0","token","included",[],"routes/browser/layout","actionData","errors"]