Second sub-project of the "make contact feel real" arc. Defines the shared contract (entity traits, favor, WS frames, new tables) that 6 parallel workstreams build against: entity traits + migration, ritual/judgment/favor, unlocks/items/sigils, Ghost Log HUD, ritual+judgment UI, inventory/sigil designer + listening tool.
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Character Depth, Ghost Log, Ritual, Judgment, Unlocks — design
Second sub-project of the "make contact feel real" arc (possession presentation layer shipped first). This is a big one, built as several parallel workstreams against the shared contract below — read your assigned section, but the contract section is binding for everyone since other workstreams build against these exact names without seeing your code.
No migration framework — read this before touching models
This repo has no Alembic; backend/app/main.py's lifespan only runs
Base.metadata.create_all, which creates missing tables but never alters
existing ones. This is a live production app with real user rows already
in Postgres — any new column on an existing table (users, entities)
needs a manual, idempotent migration. Add it in lifespan, after
create_all, as raw SQL using Postgres's ADD COLUMN IF NOT EXISTS (safe
to run on every startup):
async with engine.begin() as conn:
await conn.run_sync(Base.metadata.create_all)
await conn.execute(text(
"ALTER TABLE users ADD COLUMN IF NOT EXISTS favor DOUBLE PRECISION NOT NULL DEFAULT 0.0"
))
await conn.execute(text(
"ALTER TABLE entities ADD COLUMN IF NOT EXISTS traits JSONB NOT NULL DEFAULT '{}'::jsonb"
))
New tables (unlocks, inventory_items, sigils) don't need this —
create_all handles brand-new tables fine.
Contract (binding field/frame names for all workstreams)
Entity hidden traits — Entity.traits: dict (new JSONB column, default
{}), four floats each 0.0–1.0:
alignment(0=malevolent/demon, 1=benevolent spirit)power(how strong/how hard misjudging it hits)volatility(how noisy/unreliable its behavioral tells are)deceptiveness(how well it fakes being the opposite of what it is)
Rolled once at mint time, seeded from the entity's signature (same
random.Random(f"traits:{signature}") determinism convention already used
elsewhere in entities.py) — never derived from or sent into the LLM
persona prompt. Persona text must stay decoupled from truth: a
high-deceptiveness demon can wear any persona convincingly. Do not add
these fields to mint_prompt()'s inputs.
User.favor: float (new column, default 0.0, clamp to [-1.0, 1.0]
everywhere it's written) — nudged by judgment correctness, read back to
mildly bias future summon trait rolls (higher favor → entities trend more
legible/less volatile; lower favor → more volatile/deceptive). The read-back
bias is a small effect — a favor-scaled adjustment to the volatility and
deceptiveness rolls in the trait-rolling function, not a hard gate.
New WS frames on /ws/session (extends the existing protocol in
backend/app/ws.py):
Client → server:
{"type": "ritual_start"}— begins a ritual attempt for the current entity.{"type": "ritual_step", "step": <int>}— one completed interactive step.{"type": "judgment", "verdict": "trust" | "banish" | "test"}— always allowed (a seeker can judge blind without completing a ritual — the ritual doesn't gate eligibility, only whether accurate info was shown first).
Server → client:
{"type": "ritual_complete", "success": bool, "revealed": {"alignment": float, "power": float, "volatility": float, "deceptiveness": float} | null}—revealedis the entity's truetraitsdict on success,nullon failure.{"type": "tell", "text": str}— a short auto-generated hint line, emitted periodically during chat (piggyback on existing anomaly/reply handling), derived fromtraits+ a per-session RNG draw. Content is flavor text describing behavior, never a stat number directly (e.g. "the entity avoided a direct question" for high deceptiveness), so the evil-meter's gradual narrowing (frontend responsibility) has something to work with without the backend leaking ground truth outside ofritual_complete.{"type": "judgment_result", "correct": bool, "favor_delta": float, "consequence": "reward" | "escalation" | "withdrawal" | "neutral"}—correct= trust called on real alignment >= 0.5, or banish called on alignment < 0.5.testverdict always returnsconsequence: "neutral",favor_delta: 0.0, and requires a completed ritual this session to do anything (ajudgment_resultwithcorrect: falseandconsequence: "neutral"if attempted without one — no crash, just no effect). Wrong-trust favor penalty should be larger in magnitude than wrong-banish penalty (recklessness costs more than caution) — exact numbers are the implementer's call, keep them small (single-digit percent of the[-1,1]range per event).{"type": "item_drop", "item": {"item_type": str, "item_key": str, "payload": dict}}— emitted opportunistically (implementer's call on exact odds) after a correct judgment, a successful ritual, or a high-rarity summon.
GET /auth/me gains an unlocks: list[str] field (unlock keys the
user has earned) so the frontend knows what's enabled — e.g. "listening_tool".
New tables (SQLAlchemy models, follow the existing Entity/User
style in backend/app/models/):
unlocks:id,user_idFK,unlock_key: str,unlocked_at: datetime.inventory_items:id,user_idFK,item_type: str,item_key: str,payload: JSONB,obtained_at: datetime.sigils:id,user_idFK,name: str,design: JSONB(structured — see Workstream F),created_at: datetime.
Workstream A (backend) — entity traits + migration
backend/app/entities.py, backend/app/models/entity.py, the lifespan
migration in backend/app/main.py. Roll the four traits in both
normalize_profile and fallback_profile, signature-seeded, decoupled
from persona/LLM input as specified above. Tests: trait ranges, signature
determinism, persona/trait independence (same persona template can pair
with any alignment).
Workstream B (backend) — ritual + judgment + favor
New backend/app/judgment.py (pure functions: ritual success roll,
judgment-correctness + favor-delta + consequence selection) plus the WS
handlers in backend/app/ws.py for ritual_start/ritual_step/judgment,
and the User.favor column + migration line. Reads state.entity["traits"]
(entity dict shape — check how serialize_entity exposes it and add
traits there). On wrong-trust, call into the existing haunting-escalation
hook if one exists server-side, or note in your report if escalation is
frontend-only (check frontend/src/lib/haunting.ts first — if escalation
state lives purely client-side, your job is just to emit
consequence: "escalation" correctly and leave the actual effect to
Workstream D). Tests: ritual success/fail paths, judgment correctness
matrix (trust/banish × real spirit/demon), favor clamping, favor read-back
bias on trait rolls (small, verifiable effect size).
Workstream C (backend) — unlocks, items, sigils, drops
New models (unlocks, inventory_items, sigils per the contract), a new
backend/app/routes/inventory.py (or extend an existing routes file if more
consistent with this codebase's conventions — check backend/app/routes/)
exposing REST endpoints to list a user's unlocks/items/sigils and to save a
sigil design (POST, validates the design JSON shape against whatever
Workstream F defines — coordinate via your report if you build before
seeing their output; a reasonable placeholder shape is
{"points": [[x,y],...], "rune": str}, cap points length e.g. at 12 to
bound payload size). Extend GET /auth/me with unlocks: list[str]. Wire
item_drop emission into backend/app/ws.py per the contract's trigger
points. Tests: drop-roll probability sanity, inventory/sigil CRUD, /auth/me
unlock list shape.
Workstream D (frontend) — Ghost Log HUD + evil meter + tells
New frontend/src/components/GhostLog.tsx, mounted at the app-shell level
(check frontend/src/App.tsx or wherever the top-level layout lives) so
it's visible on every screen, not just the séance page. Hacker-terminal
styling consistent with Transcript.tsx's existing visual vocabulary. Idle
state (no active entity) shows ambient status; once state.entity exists,
streams tell frames as log lines. Build the evil-meter as a pure function
of the accumulated tell history (narrows/shifts with more tells,
resets/snaps to certainty on ritual_complete success) — keep the
narrowing math in a testable pure function, not inline in the component.
Tests: meter narrowing behavior over a sequence of tells, ritual-complete
override, idle-state rendering.
Workstream E (frontend) — ritual mini-game + judgment UI + consequences
New frontend/src/components/RitualPanel.tsx — a short interactive
sequence (your call on exact interaction, e.g. 3-5 click/hold steps) that
sends ritual_step frames and handles ritual_complete. Judgment UI
(Trust/Banish/Test buttons) sending the judgment frame and handling
judgment_result — on consequence: "escalation", read
frontend/src/lib/haunting.ts first and hook into its existing
idle-escalation state if there's a sensible extension point; if not, add a
clearly-scoped "forced escalation" mode to it (report which you did).
Tests: ritual step sequencing, judgment button → frame shape, escalation
wiring (mock haunting.ts's public surface, don't test its internals).
Workstream F (frontend) — unlocks/inventory UI + sigil designer + listening tool
New frontend/src/components/InventoryPanel.tsx (list unlocks/items from
/auth/me and the Workstream C endpoints) and
frontend/src/components/SigilDesigner.tsx — a constrained geometric
builder, not freeform drawing: seeker places points around a fixed circle
(cap at 12, matching Workstream C's payload limit), the tool connects them
and overlays a rune choice from a fixed small set. Saves via Workstream C's
POST endpoint. Wire the "listening_tool" unlock (from /auth/me's
unlocks list) into frontend/src/lib/evp.ts's detection threshold — when
present, lower the anomaly threshold so fainter signals register (a real
gameplay effect, not cosmetic). Tests: sigil point-cap enforcement, rune
selection, listening-tool threshold change when unlock present vs. absent.
Explicitly out of scope here
Session recording/export, progression-driven GUI evolution, named-target summoning, resource-dedication instrumentation panel, sacred-geometry visual theme pass, onboarding gender question — each a separate later spec.