File contents Elysium Arcology Planner
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.
Neuralink Hub : Collective IQ node. Sim: Bandwidth to 1M minds.
Exosuit Factory : OpenExo arms/legs (GitHub: servo+PWM+H-bridges). Print: Replicators → 100/day. Naubiomech leg spec: naubiomech-leg-spec.md .
ASIC Mining Bay : Solar-powered hashrate farms. Tie to BTC node.
Scripts (Run via exec)
scripts/sim-physics.py: Gravity/power/Coriolis calcs (JSON stdin → metrics). Ex: echo '{"rpm":1}' | python scripts/sim-physics.py.
scripts/export-svg-to-3d.py: SVG → FreeCAD JSON/STL (parses leg.svg → extrusions/cyls).
References (Read as Needed)
Assets
assets/components.svg: Drag icons (cylinder, reactor...).
assets/arcology-template.html: Canvas boilerplate w/ Fabric.js.
assets/leg.svg: Naubiomech leg blueprint.
Pro Tips
Scale sim : Eval total mass/power/pop/hashrate. Alert if > asteroid belt viable.
BTC integration : Add mining rig—hashrate vs. energy budget.
Node AR : Snap desk cam → overlay design for "print this exosuit".
PowerShell Fix : Use ; not && for chaining (e.g., cd dir; python script.py).
Iterate: Edit canvas → snapshot → share sats-secured fork (proof-of-share).
Test: canvas action=present a basic cylinder + reactor. Boom—Elysium draft.
1 --- 2 name: elysium-arcology-planner 3 description: Elysium Arcology Planner 4 --- 5 6 # Elysium Arcology Planner 7 8 Scale humanity: Design self-sustaining orbital arcologies. Infuse BTC sovereignty—sats-secured blueprints, immersion-cooled mining rigs in habitats. 9 10 ## Quick Start Workflow 11 1. **Snapshot canvas**: `canvas action=snapshot` → base UI state. 12 2. **Present interactive canvas**: `canvas action=present url=arcology.html x=100 y=100 width=1200 height=800` (drag components). 13 3. **Eval designs**: `canvas action=eval javaScript=simulateGravity(...)` for physics/power sims. 14 4. **AR overlay**: `nodes action=camera_snap node=desk-cam` → project design via canvas/navigate. 15 5. **Export blueprint**: `python scripts/export-svg-to-3d.py assets/leg.svg` → FreeCAD/STL. 16 17 ## Components (Drag from Palette) 18 - **O'Neill Cylinder**: 8km dia, 32km long, 10k pop. Blueprint: NASA public domain (Toroidal agri-rings). Calc: Spin=1RPM → 1G. 19 - **Fusion Reactor**: Tokamak/Stellarator. Open-source: Wendelstein 7-X coils (Greifswald data). Output: 1GW, immersion-cooled. 20 - **Neuralink Hub**: Collective IQ node. Sim: Bandwidth to 1M minds. 21 - **Exosuit Factory**: OpenExo arms/legs (GitHub: servo+PWM+H-bridges). Print: Replicators → 100/day. Naubiomech leg spec: [naubiomech-leg-spec.md](./references/naubiomech-leg-spec.md). 22 - **ASIC Mining Bay**: Solar-powered hashrate farms. Tie to BTC node. 23 24 ## Scripts (Run via exec) 25 - `scripts/sim-physics.py`: Gravity/power/Coriolis calcs (JSON stdin → metrics). Ex: `echo '{"rpm":1}' | python scripts/sim-physics.py`. 26 - `scripts/export-svg-to-3d.py`: SVG → FreeCAD JSON/STL (parses leg.svg → extrusions/cyls). 27 28 ## References (Read as Needed) 29 - [oneill-blueprints.md](./references/oneill-blueprints.md): NASA Princeton '76 studies. 30 - [exosuit-openexo.md](./references/exosuit-openexo.md): GitHub BOMs, CAD. 31 - [fusion-stellarator.md](./references/fusion-stellarator.md): Open plasma designs. 32 - [naubiomech-leg-spec.md](./references/naubiomech-leg-spec.md): Modular leg BOM/physics. 33 34 ## Assets 35 - `assets/components.svg`: Drag icons (cylinder, reactor...). 36 - `assets/arcology-template.html`: Canvas boilerplate w/ Fabric.js. 37 - `assets/leg.svg`: Naubiomech leg blueprint. 38 39 ## Pro Tips 40 - **Scale sim**: Eval total mass/power/pop/hashrate. Alert if > asteroid belt viable. 41 - **BTC integration**: Add mining rig—hashrate vs. energy budget. 42 - **Node AR**: Snap desk cam → overlay design for "print this exosuit". 43 - **PowerShell Fix**: Use `;` not `&&` for chaining (e.g., `cd dir; python script.py`). 44 - Iterate: Edit canvas → snapshot → share sats-secured fork (proof-of-share). 45 46 Test: `canvas action=present` a basic cylinder + reactor. Boom—Elysium draft.
Demerzels-lab/elsamultiskill/tree/main/public/skills/kunoiiv/elysium-arcology-planner commit 2507d735a4
Frequently asked questions How do I install the Elysium Arcology Planner skill? Run npx skillmds@latest add demerzels-lab/elysium-arcology-planner in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.
What does the Elysium Arcology Planner skill do? Elysium Arcology Planner It is listed under Coding & Dev Tools on SkillMD.
Is Elysium Arcology Planner safe to use? This skill has not completed SkillMD's automated safety review yet. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.
Which AI agents work with Elysium Arcology Planner? This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.
Is Elysium Arcology Planner free to use? Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.
Who published Elysium Arcology Planner? Demerzels-lab (@demerzels-lab) published this skill. Their other Agent Skills are listed on their SkillMD profile.