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aura-quadriga/docs/arc-0-baseline.md
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claude 221c408ac7 docs: Arc 0 baseline — full research loop green from this project
Scaffold -> run -> sweep -> walkforward -> mc -> generalize -> reproduce,
all over real recorded data (GER40/US500/EURUSD/XAUUSD, 2018-2026 m1).
Zero engine friction; reproduce re-derived 6/6 sweep members bit-identically.
Engine: aura @ 1ebb94c.
2026-07-13 15:13:50 +02:00

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Arc 0 — baseline through the full research loop

Date: 2026-07-13 Engine: aura @ 1ebb94c (release build) Project commit at run time: bc95526 (the aura new scaffold, untouched)

Purpose

Prove that an external, data-only project carries the entire research loop — scaffold → run → sweep → walkforward → mc → generalize → reproduce — on real recorded data. Arc 0 is explicitly not edge-finding: the starter blueprint (SMA 2/4 cross → bias) on minute bars is expected to be noise, and it is. Every friction found here is an engine finding; Arc 0 found none.

Universe and window

instrument pip (sidecar) coverage used
GER40 1 2018-01-01 .. 2026-06-30
US500 1 2018-01-01 .. 2026-06-30
EURUSD 0.0001 2018-01-01 .. 2026-06-30
XAUUSD 0.1 2018-01-01 .. 2026-06-30

Window flags: --from 1514764800000 --to 1782863999999 (Unix ms). Data root is the built-in archive default; Aura.toml needs no data entry.

What ran (all from this project directory)

aura sweep blueprints/signal.json --list-axes
# aura_quadriga_signal.fast.length:I64 default=2
# aura_quadriga_signal.slow.length:I64 default=4
# aura_quadriga_signal.bias.scale:F64 default=0.5

# baseline run, all four instruments (~3 s each, 8.5 y of m1 bars)
aura run blueprints/signal.json --real GER40 --from 1514764800000 --to 1782863999999

# sweep: bound-default overrides, 3x2 grid (1.9 s wall, 6 members)
aura sweep blueprints/signal.json --real GER40 --from ... --to ... \
  --axis aura_quadriga_signal.fast.length=2,4,8 \
  --axis aura_quadriga_signal.slow.length=16,32 --name arc0-sweep-ger40

# walkforward: 100 windows x 3 IS trials, deflation per window (5.8 s wall)
aura walkforward blueprints/signal.json --real GER40 --from ... --to ... \
  --axis aura_quadriga_signal.fast.length=2,4,8 --name arc0-wf-ger40

# mc R-bootstrap: 1000 resamples over the OOS R-sequence (7.8 s wall)
aura mc blueprints/signal.json --real GER40 --from ... --to ... \
  --axis aura_quadriga_signal.fast.length=2,4,8 --resamples 1000

# generalize: one candidate graded across the universe (5.3 s wall)
aura generalize blueprints/signal.json --real GER40,US500,EURUSD,XAUUSD \
  --axis aura_quadriga_signal.fast.length=8 --from ... --to ... --name arc0-generalize

# registry + determinism
aura runs families                      # lists the recorded content ids
aura reproduce 6c20bf8d-0-GER40-w0-r0-s0-0   # 6/6 members bit-identical

Headline results (noise, as expected)

  • Baseline expectancy_r per instrument: GER40 +0.0016, US500 0.0164, EURUSD 0.0143, XAUUSD 0.0149 (700840k trades each — the m1 SMA cross churns; conviction terciles and sqn_normalized ≈ 0).
  • Walkforward stitched OOS: expectancy_r +0.0016 over 490k trades, param_stability shows the IS winner wandering (fast.length mean 4.58, p5=2, p95=8) — a textbook no-edge picture.
  • MC R-bootstrap: P(E[R] ≤ 0) = 0.253 — indistinguishable from zero.
  • Generalize (fast.length=8): sign_agreement 3/4, worst_case 0.0024 — no candidate survives the floor, correctly.

Engine verdicts

  • Manifests are self-describing: swept axes + stop regime in params, untouched bound values in defaults, per-instrument sidecar pip in the broker label, engine and project commits stamped.
  • Determinism holds from an external project: reproduce re-derived all 6 sweep members bit-identically.
  • Throughput: every verb over 8.5 years of m1 data finishes in single-digit seconds on this box (sweep 527 % CPU, walkforward 1288 % — parallelism across disjoint sims).
  • Friction found: none. (One near-miss: the raw runs/families.jsonl family field is a storage key, not the reproduce handle — the public path is aura runs familiesaura reproduce <family_id>.)

Next

Arc 1+ is real research over this universe (orthogonal confirm/refute components, conditional R-curve shapes) — direction to be set per arc.