Get Regimes

The 10-state long-horizon regime model + the current detected regime.

regimes is the stable taxonomy (id, machine regime id, display name, description, typical duration and directional bias). current is the live classification with a rationale, the inspectable signals that drove it, and — where applicable — an internal stage (Distribution) or euphoria_score (Speculative Euphoria).

Committed vs live. current.regime/id/name/rationale are the COMMITTED regime: an anti-churn dwell gate holds it until a new candidate is the raw classification for pending.needed consecutive refreshes. But signals are always read fresh, so mid-turn they can stop supporting the committed regime — that is expected, not stale data. current.raw gives the live ungated classification and raw.matches_committed tells you the two disagree; current.pending shows how far the successor has confirmed.

Stability. pending is null whenever the live read already agrees with the committed regime — correct, but it means a consumer watching for a turn sees a field that blinks in and out. current.stability is always present and always numeric: raw_agreement decays as conditions drift, confirmations_against/needed track a successor, and locked_for_s is the HARD number — how long the dwell floor mechanically guarantees the committed regime survives. current.thresholds gives the distance from every numeric cutoff in the cascade to flipping, so hysteresis can be built on published boundaries instead of guesses.

typical_duration describes the real-world cycle phase, NOT a guaranteed dwell — but the dwell floor is now SCALED to it: a "Weeks-Months" state (#2/#4/#6/#8) must be held 48h before anything may replace it, "Weeks" 24h, "Days-Weeks" 12h, and #1 Structural Shock only 2h because it is an emergency override. Read the live value from stability.dwell_floor_s.

/regimes/history returns the committed transition sequence.