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1. Abstract
The Gym Workout Generator is a web-based fitness application developed using React.js and Tailwind CSS. It allows users to generate customized workout plans based on their fitness goals, preferred workout split, and inspiration from fitness personalities.
Users can select workout types (e.g., push, pull, legs), choose a fitness icon, and generate exercises dynamically. The application also enables users to track completed sets, making it both interactive and practical.
This project demonstrates modern frontend development techniques including dynamic UI rendering, component-based architecture, and responsive design using Tailwind CSS.
2. Objectives
The main objectives of this project are:
3. Existing System
Existing systems include:
• Fitness mobile apps (Nike Training Club, Fitbod)
• Gym trainer websites
• Workout planner apps
Limitations of Existing Systems
4. Proposed System
The proposed system is a lightweight web-based workout generator that allows users to create personalized workout routines instantly.
Key Features:
• Generate workouts based on selected split (Push/Pull/Legs, Bro Split, etc.)
• Choose fitness inspiration (e.g., athlete/bodybuilder)
• Dynamic exercise generation
• Track number of sets completed
• Clean and responsive UI
• Fast and lightweight performance
5. Implementation Procedure
Step 1: Project Setup
• Create project folder (Planet Fitness App)
• Initialize React app using Vite with Tailwind CSS
Step 2: Install Tailwind CSS
npm install -D tailwindcss postcss autoprefixer
npx tailwindcss init -p
Step 3: Tailwind Configuration
• Update tailwind.config.js
• Add content paths
• Enable Tailwind directives in index.css
Step 4: Folder Structure
Folders:
• components
• utils
Utils Files:
• functions.js → logic for generating workouts
• data.js → exercise dataset
Components:
• Button.jsx
• ExerciseCard.jsx
• Generator.jsx
• Hero.jsx
• SectionWrapper.jsx
• Workout.jsx
Step 5: UI Development
• Build homepage (Hero section)
• Create generator form
• Add dropdowns and selection inputs
• Style using Tailwind classes
Step 6: Logic Implementation
• Capture user inputs (split, type, icon)
• Generate workouts dynamically
• Filter exercises from dataset
• Display results
Step 7: Workout Tracking
• Add set counter
• Update state on interaction
• Reflect progress in UI
Step 8: Component Integration
• Connect all components
• Pass props between components
• Maintain global state where required
Step 9: Testing
• Run application
• Test workout generation
• Verify UI responsiveness
6. Software Requirements
• React.js – Frontend framework
• Tailwind CSS – Styling framework
• JavaScript – Logic implementation
• Vite – Build tool
• Visual Studio Code – Code editor
7. Hardware Requirements
Minimum Requirements:
• Processor: Intel i3 or above
• RAM: 4 GB or more
• Storage: 50–100 GB free space
• Internet connection
8. Advantages of the Project
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