Ultimatch Memory Match – Project Overview

Purpose

This project implements a simple memory‑match (concentration) game that uses SVG graphics as cards.
The HTML page creates the game layout, the CSS styles the visual appearance (including a dark translucent header overlay and glowing text), and the JavaScript provides the core game logic—starting with a Fisher‑Yates shuffle to randomize the cards.

File Summary

File	Role
index.html	Sets up the page structure: a background image, a header with the game title and live stats (moves & timer), and a <section id="board"> where the SVG cards will be rendered. It also loads style.css and script.js.
style.css	Provides a clean reset, centers the layout, adds a full‑screen background image, and styles the header with a dark translucent overlay, large glowing title, and highlighted stats.
script.js	Contains the JavaScript foundation for the game. The only function shown is shuffle(array), which implements an in‑place Fisher‑Yates shuffle to randomize the order of the card data before they are placed on the board. Additional game logic (card creation, click handling, move counting, timer, win detection, etc.) would be built on top of this utility.

How It Works

1. Page Load – index.html loads the stylesheet and script.
2. Styling – style.css ensures the game looks polished, with a full‑screen background and a readable, glowing header.
3. Game Setup – In script.js, the card data array is shuffled using shuffle(). The shuffled array is then used to generate SVG card elements inside the #board section (implementation not shown).
4. Gameplay – Players click cards to reveal SVGs, trying to find matching pairs. Moves and elapsed time are displayed in the header’s stats area.

Extending the Project

• Add SVG assets and a function to render them as clickable cards.
• Implement click handling, match checking, move counting, and a timer.
• Provide a reset/restart button and optional difficulty levels.

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This README snippet gives a concise overview of the current codebase and its intended use for a memory‑match game.