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Per-sub-organ build plans so each organ can be made independently. Each spec follows a shared 10-section template (contract + stubs => standalone build/test). - README.md: index, template, integration DAG, build waves - C1: OpenHermes Agent <-> metacognitive cycling (priority) - A1 hub, A2 Energy, A3 PS+, A4 endomotiv array, A5 priors, A6 Eth-Int, A7 conviction array, A8 ETR Numbers stay disowned per restart discipline; unfitted constants marked C1. https://claude.ai/code/session_015hmgREHNsxYCuim33yUF2c
2.1 KiB
2.1 KiB
A3 — PS+ (Primal Sensates+) driver
1. Component
Driver 2: the body. The engine of biopsychological pressure. Reads the endomotiv array (A4) + priors (A5), aggregates into Existential Load, and emits arguments, never logic.
2. Status / certainty
Structure WORKING (driver_ps_plus.R, 63 L); aggregation numbers DISOWNED (body §5).
3. Language & location
R · src/endocrine/driver_ps_plus.R (sources endocrine_array.R + priors.R; + test_ps_plus.R).
4. Does / does-not
- Does: read active endomotiv vectors + visceral friction (A4); read top active priors (A5); emit existential load + a list of imperative present-tense arguments.
- Does-not: reason, gate, or decide (
is_logical = FALSEis a hard contract); it asserts "X is happening," never "if X then Y."
5. Interface contract
init_ps_plus_state() -> { endocrines:A4, priors:A5 }.evaluate_reality(state) -> { existential_load:num, arguments:[str], is_logical:FALSE }.- Load = f(active vectors A4) + visceral_friction(A4) + Σ(active prior salience, A5). Weights C1.
6. Dependencies & stubs
A4 endomotiv array — stub: init_endocrine_state() with canned channel magnitudes.
A5 priors — stub: init_priors_state() + a couple add_prior(...). Both already exist, so PS+
is testable today against real A4/A5.
7. Invariants / laws
- L1 (C5): output carries
is_logical = FALSE— PS+ has no conditional gating. - L2 (C4): contradictory active vectors generate friction ("systemic heat") that adds to load.
- L3 (C4): a structurally-matching prior injects a large, specific argument.
- L4 (C1): the load weighting (vector sum, friction coeff, prior×salience) — refit invariants-first.
8. Build steps
- Lock L1–L3 as tests (extend
test_ps_plus.R). 2. Refit L4 weights against the tests — drop the oldsalience*10/ friction constants. 3. Confirm the A4/A5 contracts it consumes (their specs).
9. Tests
Rscript src/endocrine/test_ps_plus.R.
10. Open items
- Argument register/format (how arguments are phrased for the input slot) — ties to A4 sensational lines.
- Load weighting constants (C1).