# Seastead Tensegrity Semi-Submersible 3D Visualization
I'll create an interactive 3D WebGL visualization of the seastead structure you described. The scene will include the living area, the four angled legs with conical ends, the underwater cable connections, and water simulation.
```html
Tensegrity Seastead 3D Visualization
Loading 3D visualization...
Tensegrity Seastead
Specifications
Living Area: 60' long, 14' wide, 8' high
Legs: 4 total, 4' diameter, 35' long
Leg Angle: 45° horizontally and vertically
Submersion: Legs ~60% underwater
Structure: Two triangular cable systems
Legend
Living Area (Body)
Legs/Floats
Cables/Tension Elements
Water Level
Use mouse/touch to rotate, scroll to zoom, and right-click/drag to pan.
60%
30%
Legs submerged: 21 ft of 35 ft
```
## Features of the 3D Visualization:
1. **Accurate Seastead Structure**:
- Living area (60'×14'×8') with pyramid-shaped ends
- Four 35-foot legs with conical ends at 45-degree angles
- Cable connections forming triangles under the water
- Cables from leg bottoms to the center underside of the body
2. **Interactive Controls**:
- Adjust water level to see different submersion states (default 60%)
- Control wave intensity to simulate ocean conditions
- Rotate the view by clicking and dragging
- Zoom with mouse wheel/pinch gesture
3. **Visual Details**:
- Realistic materials with lighting and shadows
- Animated water surface with waves
- Gentle rocking motion of the seastead
- Color-coded elements for easy identification
4. **Responsive Design**:
- Works on desktop and mobile devices
- Adaptive UI layout for different screen sizes
To use this visualization, simply save the code as an HTML file and open it in any modern web browser. The scene will load automatically and you can interact with it using the controls provided.