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1. Abstract
Speedcubing, the practice of solving a Rubik’s Cube quickly, requires tools for generating scrambles and tracking solving times. The Rubik’s Cube Timer and Scramble Application is a web-based system developed using React.js that helps users practice and improve their solving skills efficiently.
This application generates random scramble algorithms, provides a timer with focus mode, records solving times, and displays performance history along with graphical analysis. Users can track their improvement over time through charts and stored results.
The project demonstrates the use of React.js for building interactive applications, along with performance tracking and data visualization features.
2. Objectives
The main objectives of this project are:
3. Existing System
Traditional speedcubing tools include:
• Physical timers and manual tracking
• Basic mobile apps with limited features
• Websites without performance analytics
Limitations of Existing Systems:
4. Proposed System
The proposed system is a Rubik’s Cube Timer and Scramble Application built using React.js.
In this system:
• A header displays the scramble algorithm.
• A button generates new scramble sequences.
• A timer allows users to measure solving time with focus mode.
• Solve times are recorded and stored.
• A history section displays past results.
• A chart visualizes user performance over time.
This system provides a comprehensive and interactive tool for practicing and improving Rubik’s Cube solving skills.
5. Implementation Procedure
Step 1: Project Setup
• Install React.js environment
• Open Command Prompt and create a React app
• Name the application as “Rubik’s Cube Timer and Scramble Application”
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 (Header, Timer, History, Chart)
• styles – Contains CSS files for styling
• assets – Contains scramble generator logic
Step 4: UI Design
• Create header with scramble display
• Add button for generating new scrambles
• Design timer interface
• Create sections for history and charts
Step 5: Scramble Generation
• Implement algorithm to generate random cube scrambles
• Display scramble in header
Step 6: Timer Implementation
• Create start/stop timer functionality
• Add focus mode for better user experience
Step 7: Data Management
• Store solve times in state or local storage
• Maintain history of solves
Step 8: Performance Visualization
• Display history of recorded times
• Use charts to show performance trends
Step 9: Testing and Execution
• Run the application
• Verify timer accuracy and scramble generation
• Ensure smooth performance and UI responsiveness
6. Software Requirements
The software tools used in this project include:
• React.js – Frontend library
• JavaScript – Programming language
• HTML & CSS – UI design
• Chart libraries (optional) – Data visualization
• Visual Studio Code – Code editor
• 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
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