Demiurge — universal hexa-native technical-design architecture program

Standalone repo · ~/core/demiurge · created 2026-05-18 · Status (2026-05-22): 4-Phase design-complete · macOS Swift cockpit workbench live (/Applications/demiurge.app) · 3 cells with stored absorbed=true legitimate flip via measured-oracle PASS (Energy/solar D110 · Aura/EEG D117 · Ufo/plasma D119 · κ-68/69/70 closure narrative). G30 invariant invariantHolds(...) record-type- agnostic generalization confirmed across 3 record types with 0-code-change auto-extension. RTSC §9 5-gate stack LANDED (N1-N5 · Phase 1-4 #1 + #2 unblock pending CI infra · 20/20 cell matrix PASS post-JARVIS-OPTIMADE 3rd corpus) · Nuclear discovery stack LANDED (NUCLEAR.md spec + N6 HFBTHO + N7 WKB α-decay + Phase 4 #1 microkernel port 31/31 parity bit-exact). g3 honest — see PLAN.log.md for measured distance (κ-phase archive, PLAN.md 2026-05-22 흡수), CHARTER.md for mission/scope (HANDOFF.md 2026-05-22 흡수 — historical at HANDOFF.log.md), DESIGN.md for the decision audit trail. Family: typed-interface consumer (not absorber) of hexa-lang, the sole SSOT for reusable stdlib / tools / absorbed modules (D15 / D17 + 2026-05-19 user directive); demiurge is the consumer- pointer side. This one = 모든 기술설계의 아키텍쳐 — chip is one domain, component (FEM/EM/thermal, D21) the chain's 3rd-pass domain, plus 13 shallow public-surface maps. Self-contained pickup entry point: CHARTER.md (HANDOFF.md 2026-05-22 흡수 — historical at HANDOFF.log.md).

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Install

# 1. Install hexa-lang (gives you `hexa` + `hx` package manager)
/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/dancinlab/hexa-lang/main/install.sh)"

# 2. Install demiurge
hx install demiurge

Concept

📐 DEMIURGE — "만능 설계 아키텍쳐 프로그램"

- 하는 일: 어떤 공학 시스템이든 명세→구조→설계→해석⟲→합성→검증→인계 의
           7-verb hexa-native 파이프라인으로; 분야는 플러그인 도메인으로 꽂힘
- 비유: 만능 설계실 — 칩·가속기·초전도·우주선·BCI 책상이 한 건물 안에

            demiurge (umbrella · 메타-컨덕터 D11)
   ┌───────────────────────────────────────────────────────┐
   │ 명세→구조→설계→해석⟲→합성→검증→인계                   │  7-verb 범용 파이프라인 (cited, D5)
   └───────────────────────────────────────────────────────┘
   Meta-conductor chain (rfc_004 §4):
   materials ─rfc_007─▶ chip ─rfc_008─▶ component
   (matter)   typed     (lead,  typed     (D21 신규 top-level
   상류=hexa- seam      deep)   seam       — FEM/EM/thermal)
   lang(D17)  contract          contract

   Plus 13 shallow cohort domains: cern · antimatter · rtsc · space ·
                                   energy · brain · fusion · scope ·
                                   sscb · mobility · bot · grid · aura
   ▲
   comb (hexa-lang, n=6 fabric) 가 [chip] 도메인을 *사용* — 소비자만,
   EDA 흡수 주체 아님 (typed-interface 패턴, D2).
   hexa-matter/hexa-bio 도 동일 패턴 (소비, 흡수 X — D2).
   hexa-matter 흡수 SSOT = hexa-lang (D17); demiurge 는 소비-포인터.

   Product surface (D16 / rfc_009·010·011·012): macOS Swift cockpit
   **workbench live** — `/Applications/demiurge.app` (cockpit/ ·
   SwiftPM). κ-phase build log in `PLAN.log.md` (archive).

vs 기존: hexa-matter = 물질을 계산, hexa-bio = 분자를 계산, demiurge = 설계 자체를 계산·검증 (분야 무관 메타프레임워크). 외부 오픈소스를 도메인별로 흡수하는 메커니즘은 hexa-matter(⟵ASE/pymatgen)·hexa-bio(⟵AlphaFold) 와 동일.

Files (SSOTs)

• CHARTER.md — 자기완결 인수인계 + mission · scope · 비목표 · 도메인 모델 (HANDOFF.md 2026-05-22 흡수 — historical at HANDOFF.log.md). 0-context pickup 진입점, 먼저 읽을 것.
• GOAL.md — 한 문장 north-star + 무엇이 아닌가/무엇인가 + 정직한 현 위치(g3)
• DESIGN.md — 결정 감사추적 (gated picks SSOT — D-번호 SSOT)
• PLAN.log.md — 진행 / 측정 거리, append-only ## 진행 로그 · cockpit κ-phase build log archive (수치·phase SSOT, PLAN.md 2026-05-22 흡수 — forward Roadmap → CHARTER.md)
• AGENTS.tape — 강제 거버넌스 (g_stdlib_ownership · g_ssot_single_source · g_cockpit_isolation · g_swift_native · g_cockpit_reinstall · g_ai_agent_* · g3 · @F)
• ARCH.tape — tape v1.2 인덱스
• proposals/rfc_* — 흡수 / seam / cockpit 설계 RFC (rfc_001..012)
• domains/ — 도메인 맵 (Cohort + component.md D21 + matter/ D17 pointer) · 각 §6 = workbench ingredient shelf SSOT
• cockpit/ — SwiftPM package (CockpitApp GUI + DemiurgeCLI + DemiurgeCore library — rfc_009/010/011/012 product surface)
• exports/ — chip/noc/f1f2/ (rfc_002 v1.0 records) + seams/{materials_to_chip, chip_to_component}/ (rfc_007/008 v0, records 의도적 빈칸 — 위조 0, g3)
• NEXT_SESSIONS.md — cross-repo / post-completion 핸드오프 프롬프트 (Tracks matrix · P-②③ · P-④ · P-⑧ · P-⑨)

Related repos (구분 — 혼동 방지)

• ~/core/hexa-lang — the sole SSOT for stdlib / tools / absorptions (D15 / D17 + 2026-05-19 user directive). Every domain's reusable tooling (booksim · matter · component · …) lives inside this single repo; demiurge consumes only.
• ~/core/hexa-* (hexa-chip / hexa-space / hexa-component / …) — NOT SSOT. They exist on disk but the κ-17 correction removed the cockpit's earlier "sibling repo" recognition; the canonical stdlib home is hexa-lang/<domain> (booksim / matter pattern).

Current state (snapshot, g3 — 카테고리 only; 수치·phase 는

PLAN.log.md / DESIGN.md SSOT)

Design-complete (4-Phase 로드맵):

• absorption RFCs — BookSim2 NoC (rfc_001/003, modules now in hexa-lang/stdlib/booksim/ per D15, commit d5a63a82) · Yosys (rfc_006 + D18 bounded-subprocess + D19 hexa-lang 세션 소관) · matter SUPERSEDED to hexa-lang (D17).
• typed-interface seams — F1F2 (rfc_002 v1.0, chip→comb) · materials →chip (rfc_007 v0) · chip→component (rfc_008 v0).
• cockpit spec — rfc_009 (product surface · D22) · rfc_010 (architecture) · rfc_011 (control surface) · rfc_012 (project workbench).
• domain maps cited (Cohort + component.md D21 + matter/ D17 pointer) · each §6 = workbench ingredient shelf SSOT.
• end-to-end meta-conductor program (rfc_004, D11).

Built (measured-green):

• macOS Swift cockpit workbench — /Applications/demiurge.app · 3-column workbench (recipe rail · LLM chat · work zone) · project manifest persistence · ingredient shelf · θ-2 action skeleton · §4.2 REJECTED guard · domain-aware canvas mode · CLI ↔ cockpit parity (ActionDispatch shared). κ-phase log in PLAN.log.md (archive).
• hexa-native substrate parity surface (D80 · κ-67 · RFC 013 MOSTLY-LANDED) — declarative .demi SSOTs (5) · cockpit Loaders (5) · HexaNativeParityRef 8-field × 5 cell carriers · 4-case chip UI · ARCH §11.4 G1..G24 Round 1-6 + G25/G26 post-closure bracket. 측정 수치 (pilot 수 · assertion 수 · kernel folder 수 · PILOTS row 수) SSOT = PLAN.log.md κ-history archive + domains/PILOTS.demi (g_ssot_single_source · D50).

Not done (정직한 갭, g3 — engine tool 0 이 핵심):

• engine tool 0 — θ-2 가 돌릴 실제 도구 0개 (Yosys §4 미구현 = hexa-lang 세션 · booksim 은 hexa-lang/stdlib 이전됨) → 어떤 프로젝트도 측정 record 0 · 어떤 verb 도 ✅ 아님.
• seam records 0 (rfc_007/008 v0 의도적 빈칸 — 위조 0).
• chip §B 풀-커브 / §D 미측정 (NEXT_SESSIONS P-④).
• d5a63a82 미push (NEXT_SESSIONS P-②③, hexa-lang 세션).
• 3D real USDZ 0 (component producer 부재; NEXT_SESSIONS P-⑨).
• 어떤 도메인도 absorbed=true 아님.

외부 매핑 = ARCH.md §5 (HANDOFF.md §5 흡수); 측정 거리 = PLAN.log.md (archive); 결정 = DESIGN.md; cross-repo / post-completion 핸드오프 = NEXT_SESSIONS.md.