https://github.com/anasmoner2022/space-tourism-website-main

The Space Tourism project is a multi-page responsive website designed to showcase a fictional space tourism company. This project will be enhanced with Three.js, interactive animations, and modern web development practices to create a unique and visually captivating experience.
https://github.com/anasmoner2022/space-tourism-website-main

design-system interactive responsive three-js

Last synced: about 1 month ago
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The Space Tourism project is a multi-page responsive website designed to showcase a fictional space tourism company. This project will be enhanced with Three.js, interactive animations, and modern web development practices to create a unique and visually captivating experience.

• Host: GitHub
• URL: https://github.com/anasmoner2022/space-tourism-website-main
• Owner: Anasmoner2022
• Created: 2024-12-17T10:50:06.000Z (about 1 month ago)
• Default Branch: main
• Last Pushed: 2024-12-18T08:50:34.000Z (about 1 month ago)
• Last Synced: 2024-12-18T09:38:48.772Z (about 1 month ago)
• Topics: design-system, interactive, responsive, three-js
• Language: HTML
• Homepage:
• Size: 1.51 MB
• Stars: 0
• Watchers: 1
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: README.md

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README

        
# Space Tourism Website Documentation

## **Project Overview**

The Space Tourism project is a multi-page responsive website designed to showcase a fictional space tourism company. This project will be enhanced with **Three.js**, interactive animations, and modern web development practices to create a unique and visually captivating experience.

---

## **Goals**

1. Build a multi-page responsive website using HTML, CSS, and JavaScript (or a framework like React).

2. Incorporate **Three.js** for 3D planets and immersive effects.

3. Ensure accessibility, responsiveness, and high performance.

4. Deliver a portfolio-worthy project that stands out with creativity and functionality.

---

## **Pages Description**

### **1. Home Page**

- **Purpose**: Introduces the fictional company and engages users.

- **Features**:

  - Hero section with a 3D starfield background (Three.js).

  - Interactive scroll animations using **GSAP**.

  - Call-to-action (CTA) buttons for exploring destinations and booking.

### **2. Destination Page**

- **Purpose**: Highlights space travel destinations (e.g., Moon, Mars, Europa).

- **Features**:

  - Interactive 3D planets using Three.js (rotatable and zoomable).

  - Tabs to switch between destinations.

  - Text details about each destination (distance, travel time, etc.).

### **3. Crew Page**

- **Purpose**: Showcases the crew members.

- **Features**:

  - 3D crew avatars or images with hover animations.

  - Animated transitions between crew profiles.

  - Responsive grid layout for mobile, tablet, and desktop.

### **4. Technology Page**

- **Purpose**: Displays technology details.

- **Features**:

  - Explorable 3D models of spacecraft.

  - Launch sequence animation controlled by user interaction.

  - Detailed descriptions of spacecraft parts.

---

## **Key Features and Enhancements**

### **1. Three.js Enhancements**

- **3D Planets**:

  - Add interactive, textured 3D planets with rotation and zoom.

  - Use lighting to create realistic effects.

- **Starfield Background**:

  - Render a dynamic starfield on all pages using particles.

- **Rocket Launch Animation**:

  - Simulate a rocket launch on the homepage or technology page.

### **2. Responsive Design**

- Ensure all layouts adapt to different screen sizes using **CSS Grid** and **Flexbox**.

- Test designs on mobile, tablet, and desktop views.

### **3. Interactivity**

- Add hover effects and active states for buttons and links.

- Use **GSAP** for smooth animations during page transitions.

- Implement tab-based navigation for destinations and crew profiles.

### **4. Accessibility**

- Add semantic HTML elements and ARIA roles.

- Ensure keyboard navigability and focus management.

### **5. Real-Time Data** (Optional)

- Integrate NASA’s or SpaceX’s API for live space-related data (e.g., upcoming launches).

---

## **Technologies Used**

### **Frontend**

- HTML5, CSS3, JavaScript

- Framework: **React** (optional, but recommended)

- CSS Preprocessor: **SCSS** (optional)

- Utility Framework: **Tailwind CSS** (optional)

### **3D Rendering**

- **Three.js** for planets, backgrounds, and interactive models

### **Animations**

- **GSAP** for smooth transitions and scroll-based animations

### **API Integration** (Optional)

- NASA API / SpaceX API

---

## **File Structure**

```plaintext

project-root/

├── public/

│   ├── index.html

│   ├── images/

│   └── textures/

├── src/

│   ├── components/

│   │   ├── Header.jsx

│   │   ├── Footer.jsx

│   ├── pages/

│   │   ├── Home.jsx

│   │   ├── Destination.jsx

│   │   ├── Crew.jsx

│   │   └── Technology.jsx

│   ├── styles/

│   ├── App.js

│   └── index.js

├── package.json

├── README.md

└── .gitignore

```

---

## **Implementation Guide**

### **Step 1: Setup Project**

1. Create the project directory and initialize it with a framework (e.g., React).

2. Install dependencies:

   ```bash

   npm install three gsap react-router-dom

   ```

3. Organize the file structure as shown above.

### **Step 2: Create Pages**

- Build out the basic structure for each page.

- Use placeholders for content initially.

### **Step 3: Integrate Three.js**

- Import Three.js and set up a canvas element on the destination page.

- Create 3D objects like planets and starfields.

- Use textures for realism.

### **Step 4: Add Animations**

- Use GSAP for smooth transitions and animations.

- Add hover effects and dynamic scrolling animations.

### **Step 5: Style Pages**

- Apply responsive styles using CSS Grid or Flexbox.

- Use the design system for consistent typography and spacing.

### **Step 6: Test and Optimize**

- Test responsiveness on different devices.

- Ensure smooth performance of Three.js elements.

- Check for accessibility and fix any issues.

---

## **Resources**

- [Three.js Documentation](https://threejs.org/docs/)

- [GSAP Documentation](https://greensock.com/docs/)

- [Frontend Mentor](https://www.frontendmentor.io/)

- [NASA API](https://api.nasa.gov/)

- [SpaceX API](https://github.com/r-spacex/SpaceX-API)

---

## **Future Enhancements**

- Add a booking system with a backend integration.

- Include AR/VR features using WebXR.

- Expand destinations and crew profiles with more interactive elements.