Fruit Card Matching Game using keyframe animations and React Hooks

-20%

Fruit Card Matching Game using keyframe animations and React Hooks

0 Orders 0 Wish listed

₹4,998.98

Qty

Total price:

₹4,998.98

Overview
Reviews

Detail Description

1. Abstract

Interactive games are an effective way to improve logical thinking, memory, and user engagement. The Fruit Card Matching Game is a fun and educational web-based application that challenges users to match pairs of identical fruit cards within a limited time.

This project focuses on developing a Fruit Card Matching Game using React.js, where a grid of tiles (4×5 layout) contains randomly placed fruit images. The objective of the game is to find matching pairs of fruits by flipping two cards at a time. If the selected cards match, they remain visible and turn green; otherwise, they flip back to their original state.

The application also includes animations using CSS keyframes to enhance the visual experience, such as tile flipping effects. The goal is to complete the game in the shortest possible time. This project demonstrates the use of React.js for building interactive games along with CSS animations for improved user experience.

2. Objectives

The main objectives of this project are:

To develop an interactive card matching game.
To enhance memory and logical thinking through gameplay.
To implement React.js concepts for dynamic UI development.
To use CSS keyframe animations for visual effects.
To randomize and manage game state efficiently.
To create a responsive and user-friendly interface.
To track and improve user performance based on time.

3. Existing System

Traditional card matching games are usually:

• Physical card-based games

• Simple digital versions with limited interactivity

• Basic implementations without animations

Limitations of Existing Systems:

Lack of engaging visual effects and animations.
Limited customization and scalability.
No real-time performance tracking.
Less interactive user experience.
Minimal use of modern web technologies.

These limitations create the need for a more dynamic and interactive game application.

4. Proposed System

The proposed system is a Fruit Card Matching Game built using React.js.

In this system:

• A 4×5 grid of tiles is generated dynamically.

• Each tile contains a randomly assigned fruit image.

• Users select two tiles at a time to find matching pairs.

• Matching pairs turn green, while non-matching pairs flip back.

• CSS animations are used to create smooth tile-flipping effects.

• The goal is to complete the game in the least possible time.

This system provides an engaging and visually appealing gameplay experience.

5. Implementation Procedure

The implementation of this project consists of the following steps:

Step 1: Project Setup

• Install React.js environment

• Open Command Prompt and create a React app

• Name the application as “Matching Card Game”

Step 2: Development Environment

• Open the project using Visual Studio Code (or any preferred editor)

Step 3: Folder Structure Creation

Inside the src folder, create:

• components – Stores all React components (game board, tiles, etc.)

• styles – Contains CSS files for styling and animations

Step 4: Game Design

• Create a 4×5 grid layout

• Assign random fruit images to tiles

• Ensure each fruit appears in pairs

Step 5: Animation Implementation

• Use CSS keyframe animations for tile flipping

• Add smooth transition effects when cards are clicked

Step 6: Game Logic Development

• Handle tile selection

• Compare selected pairs

• Update matched pairs to green

• Reset unmatched pairs

Step 7: Timer and Game Completion

• Track time taken by the user

• End game when all pairs are matched

Step 8: Testing and Execution

• Run the application

• Verify animations and matching logic

• Ensure smooth gameplay experience

6. Software Requirements

The software tools used in this project include:

• React.js – Frontend library

• JavaScript – Programming language

• Visual Studio Code – Code editor

• HTML & CSS – UI design

• CSS Keyframe Animations – For visual effects

• Node.js & npm – Package management

7. Hardware Requirements

Minimum Hardware Requirements:

• Processor: Intel i3 or higher

• RAM: 4 GB or higher

• Storage: 128 GB or higher

• Laptop or Desktop Computer

8. Advantages of the Project

Improves memory and concentration skills.
Provides an engaging and interactive user experience.
Uses animations to enhance visual appeal.
Easy to understand and play.
Demonstrates practical use of React.js in game development.
Customizable and scalable design.
Encourages faster decision-making through time-based challenges.

No review given yet!

Fast Delivery all across the country

Safe Payment

7 Days Return Policy

100% Authentic Products

Shopping cart