RTT Operator Grammar Table — Temporal Substrate Reform (TSR)

1. Substrate Activation & Awareness Operators#

Operator	Regime Class	Canonical Definition
`Δsubstrate.dual.activate`	Awareness‑Phase Initiation	Activates parallel operation of legacy and new temporal substrates without altering civil commitments.
`Δsubstrate.overlay.awareness`	Cognitive‑Integration	Enables structural, dimensional, cognitive, regime, and substrate overlays for dual‑calendar perception.
`Δsubstrate.awareness.peak`	Threshold‑Recognition	Detects when societal, educational, and AI fluency in the new substrate reaches transition readiness.

Operator	Regime Class	Canonical Definition
`Δsubstrate.default.transition`	Civil‑Cut‑Over	Shifts the new temporal substrate from parallel to primary status while preserving legacy access.
`Δsubstrate.preserve.window`	Continuity‑Protection	Maintains dual‑calendar overlays for a defined period to ensure cultural and historical continuity.
`Δsubstrate.legacy.deemphasize`	Drift‑Retirement	Gradually transitions the legacy calendar from operational to reference‑only status.
`Δsubstrate.stabilize`	Coherence‑Lock	Finalizes the new substrate as the sole civil calendar and locks coherence across all temporal systems.
`Δsubstrate.canon.close`	Canon‑Closure	Completes the transition, archives Drift Regime, and establishes Coherence Regime as canonical.

Operator	Regime Class	Canonical Definition
`regime.drift`	Legacy Temporal Regime	Identifies irregular month lengths, unstable week boundaries, seasonal drift, and DST artifacts.
`regime.coherence`	Modern Temporal Regime	Identifies uniform month cycles, equinox anchoring, stable week architecture, and DST elimination.
`regime.transition`	Intermediary Regime	Marks the active period where both substrates operate simultaneously under overlay conditions.

Operator	Overlay Class	Canonical Definition
`overlay.structural`	Structural Overlay	Reveals month‑length irregularities vs. uniform 4‑week cycles.
`overlay.dimensional`	Dimensional Overlay	Reveals seasonal drift vs. equinox anchoring.
`overlay.cognitive`	Cognitive Overlay	Reveals cognitive load differences between irregular and uniform calendars.
`overlay.regime`	Drift/Coherence Overlay	Reveals Drift → Coherence transitions across temporal systems.
`overlay.substrate`	Substrate Overlay	Reveals civil vs. astronomical substrate alignment.

Operator	Substrate Class	Canonical Definition
`substrate.civil`	Civil Substrate	Represents the operational calendar used for scheduling, education, and governance.
`substrate.astronomical`	Astronomical Substrate	Represents equinox‑anchored temporal alignment independent of civil conventions.
`substrate.temporal`	Temporal Substrate	Represents the structural calendar architecture (Gregorian or 13×28).

Operator	Canon Class	Canonical Definition
`canon.temporal.module`	Canon Module	Registers the Temporal Substrate Reform as an official TriadicFrameworks module.
`canon.overlay.pack`	Canon Overlay Pack	Provides AI‑ready metadata for dual‑calendar overlays.
`canon.transition.protocol`	Canon Protocol	Encodes the Cut‑Over Protocol as a formal RTT transition mechanism.

Operator	Meta‑Class	Canonical Definition
`meta.drift→coherence`	Regime Meta‑Operator	Represents the full transformation arc from irregular temporal systems to coherent substrate architecture.
`meta.awareness→adoption`	Adoption Meta‑Operator	Represents the cognitive arc from dual‑calendar awareness to full civil adoption.

All operators begin with a Δ when they enact a substrate change.
All overlays use the overlay.* namespace.
All regime markers use the regime.* namespace.
All canonical modules use the canon.* namespace.
Meta‑operators describe arcs, not actions.
Operators are stateless until invoked by a regime engine.
Operators may be chained using RTT’s standard triadic chain syntax:
Δsubstrate.dual.activate → Δsubstrate.overlay.awareness → Δsubstrate.default.transition