Main Page
Game in the Brain Wiki
Welcome — documenting knowledge, projects, and research across tabletop RPGs, open source software, and worldbuilding.
1. Game Projects
Role-playing game rules and worldbuilding setting.
Under Heaven
- Under Heaven — Sci-fi setting overview (humanity 2000-3000 AD)
- Under Heaven Timeline — Complete 1000-year timeline
- Under Heaven Tech Levels — 17 technology levels (TL 0-11)
- Under Heaven Glossary — Terms, factions, and concepts
Mneme Cepheus Engine
- Mneme Cepheus Engine Rules — Core rules index
- Mneme CE Character Creation — Chapters 1-4
- Mneme CE Combat Rules — Combat rules chapters 1-10
- Mneme CE Space Combat — Space combat chapters
- Ship Generation — Ship design (Chapters 7-8)
- Mneme World Generator — World generation chapters
Tutorials, code, and self-hosted software.
Tutorials
- Claude Code Isolation and Burner Workflow 260211 — Secure AI development environment setup
- Opencode isolation and burner workflow 260216 — OpenCode CLI isolation procedures
- LibreOffice Calc NumToWords Extension Complete Guide — Extension development
- Erpnextv15-SSH-setup-241111 — ERPNext v15 SSH setup
- Git-Mediawiki Local Editing 260223 — Wiki editing with Git
- Understanding & Fixing Kernel Panics 260212 — System debugging
- OpenCode in Android Termux 260303 — OpenCode in Android
- Proceedural Agentic Development Methodology 260304 - a methodology of using systematically using agents
- Frappe ERPNext — Comprehensive Frappe/ERPNext documentation
Repositories
- CE Character Generator — Cepheus Engine character creation
- Traveller Character Generator — Classic Traveller implementation
- Mneme World Generator PWA — Procedural star system generator
- Browse all tutorials and repositories — Complete index of tutorials, guides, and code projects
3. Research
Technology exploration and emerging tools.
- Project OpenCoder: AI Independence Initiative — Strategic roadmap for manufacturing intelligence (CMM Business Unit)
- Ladybird Browser — Browser engine development
- Computing Architecture — System design principles
- Hardware & Storage — Drive reliability analysis
- Lora Basics 260304 — LORA research