Name: Elysium Arcology Planner
Author: duclm1x1

Scale humanity: Design self-sustaining orbital arcologies. Infuse BTC sovereignty—sats-secured blueprints, immersion-cooled mining rigs in habitats.

Quick Start Workflow

Snapshot canvas: canvas action=snapshot → base UI state.
Present interactive canvas: canvas action=present url=arcology.html x=100 y=100 width=1200 height=800 (drag components).
Eval designs: canvas action=eval javaScript=simulateGravity(...) for physics/power sims.
AR overlay: nodes action=camera_snap node=desk-cam → project design via canvas/navigate.
Export blueprint: python scripts/export-svg-to-3d.py assets/leg.svg → FreeCAD/STL.

Components (Drag from Palette)

O'Neill Cylinder: 8km dia, 32km long, 10k pop. Blueprint: NASA public domain (Toroidal agri-rings). Calc: Spin=1RPM → 1G.
Fusion Reactor: Tokamak/Stellarator. Open-source: Wendelstein 7-X coils (Greifswald data). Output: 1GW, immersion-cooled.

Scale humanity: Design self-sustaining orbital arcologies. Infuse BTC sovereignty—sats-secured blueprints, immersion-cooled mining rigs in habitats.

Snapshot canvas: canvas action=snapshot → base UI state.
Present interactive canvas: canvas action=present url=arcology.html x=100 y=100 width=1200 height=800 (drag components).
Eval designs: canvas action=eval javaScript=simulateGravity(...) for physics/power sims.
AR overlay: nodes action=camera_snap node=desk-cam → project design via canvas/navigate.
Export blueprint: python scripts/export-svg-to-3d.py assets/leg.svg → FreeCAD/STL.

O'Neill Cylinder: 8km dia, 32km long, 10k pop. Blueprint: NASA public domain (Toroidal agri-rings). Calc: Spin=1RPM → 1G.
Fusion Reactor: Tokamak/Stellarator. Open-source: Wendelstein 7-X coils (Greifswald data). Output: 1GW, immersion-cooled.