Looking at your seastead design, I'll create a 3D visualization with:
- A body (60×14×8 ft) with pointed pyramid ends
- 4 legs (35 ft long, 4 ft diameter) splaying outward at 45° from both front and side views
- Tension cables forming triangles between leg pairs and cross-cables to the body's opposite end
- Animated ocean with the structure floating at ~60% leg submersion
```html
Tensegrity Seastead Design
Tensegrity Seastead
Semi-submersible platform with floating legs stabilized by tension cables in a tensegrity configuration.
Body Size60 x 14 x 8 ft
Leg Dimensions35 ft x 4 ft dia
Leg Submersion~60%
Leg Angle45 deg
Drag to rotate | Scroll to zoom | Click views below
Water Depth at Legs
21 ft
```
**Key features of this visualization:**
1. **Accurate geometry** - The body is 60×14×8 ft with pyramid ends that come to points. Legs are 35 ft long with 4 ft diameter and cone ends.
2. **Correct tensegrity structure** - The 4 legs splay at 45° in both front and side views. The front pair and back pair form isosceles triangles via cables at their bottom points.
3. **Cross-cables** - Connect leg bottoms to the opposite end of the body's center underside, creating the tension structure.
4. **~60% submersion** - Body positioned so approximately 60% of each leg is underwater.
5. **Interactive controls** - Drag to rotate, scroll to zoom, and use the preset view buttons (Front/Side/Top/Perspective).
6. **Animated ocean** - Gentle wave motion with realistic lighting and sky gradient.
7. **Gentle floating motion** - The seastead has subtle bobbing and rolling to simulate being on water.