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A6: X defaults to ~7 most committed convictions, adaptive (signal C1).
A1: L4 literal confirmed -> [====L⍉¢K€D ϟ ∅ΩΤ====] 《E≠<minimumfortool>》
(predicate = energy below tool's own minimum); priors bundle with the
sensate block (step 2); step 3 X≈7 reference.
A2: mirror lock token + add tool_min(tool) per-tool minimum (open item).
A8: record ETR-as-prompt-injection (A1-L5) in §4 does/does-not + open
item for the injection-rendering; ETR persuades, never gates.
https://claude.ai/code/session_015hmgREHNsxYCuim33yUF2c
56 lines
3.1 KiB
Markdown
56 lines
3.1 KiB
Markdown
# A2 — Energy (E) driver
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## 1. Component
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Driver 1: the master constraint — an **in-the-moment activation / rest budget** (not "finitude" anymore;
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with depletion-unto-death dropped, it isn't finitude). Gates tool use and prices actions.
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## 2. Status / certainty
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Structure WORKING (`driver_energy.R`, 79 L) but **numbers DISOWNED** (body §5) **and RECONCEIVED**
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(body §4): drop *depletion-unto-death*; no unrecoverable state.
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## 3. Language & location
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R · `src/endocrine/driver_energy.R` (+ `test_energy.R`).
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## 4. Does / does-not
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- **Does:** report E level; price each tool (**per-tool cost + per-tool lockout scale**, §5); gate when a
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tool's lockout trips; consume on the chosen action; restore.
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- **Does-not:** die. The old `is_alive()==0` hard-death is removed — E is the **rest** counterpart to
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ETR's **relief**; floor is rest, not death.
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## 5. Interface contract
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- `init_energy_state(current=100, max=100) -> e`.
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- **Per-tool economy (Anja):** each tool carries **its own energy cost AND its own lockout scale** — an
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arbitrary function of cost `c`, e.g. one tool `c×2`, another `((c²³)×3)/π`. So:
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`tool_cost(e, tool) -> num` and `tool_locked(e, tool) -> bool`, **per tool** — *not* one global
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`tool_lock_threshold`.
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- **Per-tool minimum + locked rendering (Anja; A1-L4).** Each tool also has a **minimum energy** to run;
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`tool_min(tool) -> num`. A valid tool shows its cost; a **locked** tool's name is **replaced in-band**
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(the agent can't see colour) by `[====L⍉¢K€D ϟ ∅ΩΤ====] 《E≠<minimumfortool>》`, the predicate reading
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"energy below this tool's `tool_min`". Lockout is a **breaker, not a sentence** (L3).
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- `consume(e, amt) -> e'` · `recharge(e, amt) -> e'`.
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## 6. Dependencies & stubs
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Per-tool cost/lockout tables — *stub:* a small fixed table of tools → (cost fn, lockout fn).
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Restoration hooks tie to ETR-Z migration (A8) + tarot reshuffle (B3) — *stub:* call `recharge` directly.
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**(Restoration model reassessed — Anja.)**
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## 7. Invariants / laws (numbers C1 until tested)
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- **L1 (C4):** an **in-the-moment activation/rest budget** — a bound on what can be afforded *now*
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(**not "finitude"** — nothing depletes unto death).
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- **L2 (C4):** **no unrecoverable state** — every low-E condition has a restoration path
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(meditation = rest-in-place; migration = rest-as-integration; tarot reshuffle = rest-as-reframe).
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- **L3 (C4):** lockout is **per-tool** and a **breaker, not a sentence** — internal processing continues under lock.
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- **L4 (C1):** the per-tool cost/lockout functions — fit invariants-first, no carried `k`.
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## 8. Build steps
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1. Rewrite laws → tests in `test_energy.R` (replace death tests with rest/restore; add per-tool cost/lockout tests).
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2. Strip depletion-unto-death; add restoration paths.
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3. Define the per-tool cost/lockout table; fit functions invariants-first.
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## 9. Tests
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`Rscript src/endocrine/test_energy.R` (from repo root) — encodes L1–L3 + per-tool economy; fails on unfitted constants.
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## 10. Open items
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- The per-tool cost/lockout **functions per tool** (C1), incl. each tool's **minimum** (`tool_min`, C1).
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Restoration *rates* (C1).
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