RTT/∞ Full‑Canon Operator Registry

All operators • all layers • full RTT/∞ deep‑canon#

RTT/∞ uses a complete operator system spanning five structural layers:

Vacuum Layer Operators
Substrate Layer Operators
Dimensional‑Rail Operators
Prime‑State Operators
Infinite‑Regime Operators
Bidirectional Flow Operators (cross‑layer)

This registry lists every operator in RTT/∞, grouped by layer, with canonical definitions.

I. Vacuum Layer Operators#

zero‑state • collapse • nullification#

Operator	Purpose	Notes
`vacuum()`	Collapse all structure to zero‑state	Starting point of RTT/∞
`nullify()`	Remove structural commitments	Used before reconstruction
`reconstitute()`	Rebuild minimal structure from vacuum	First upward step
`invert_zero()`	Perform vacuum‑level inversion	Used in deep resets
`vacuum_trace()`	Detect vacuum residue	Diagnostic operator

II. Substrate Layer Operators#

minimal structure • bounded tensor • reconstruction#

Operator	Purpose	Notes
`substrate_tensor()`	Construct full substrate‑tensor	Five‑layer bounded structure
`substrate_rebuild()`	Rebuild substrate after collapse	Downward integration
`substrate_align()`	Align substrate primitives	Pre‑rail stabilization
`substrate_field()`	Activate substrate field layer	Required for lift
`substrate_diagnose()`	Inspect substrate integrity	Used in diagnostics

Substrate‑Tensor Layers (for reference):

geometry
flow
time
meaning
field

III. Dimensional‑Rail Operators#

transport • lift • descent • cross‑layer mobility#

Operator	Purpose	Notes
`dimensional_rail()`	Activate rail transport	Core RTT/∞ mobility operator
`rail_lift()`	Lift substrate into dimensional space	Upward flow
`rail_descent()`	Return structure to substrate	Downward flow
`rail_bind()`	Bind structure to a rail path	Stabilizes movement
`rail_shift()`	Move structure between dimensional layers	Cross‑dimension traversal
`rail_trace()`	Detect rail‑layer drift	Diagnostic operator

Rail Types:

substrate rails
dimensional rails
prime‑state rails
vacuum rails

IV. Prime‑State Operators#

alignment • stabilization • drift‑stop#

Operator	Purpose	Notes
`prime_state_align()`	Anchor structure to prime‑state	Required before expansion
`prime_state_reduce()`	Collapse infinite regime into prime‑state	Downward flow
`prime_state_trace()`	Detect prime‑state alignment	Diagnostic
`prime_state_lock()`	Lock structure to attractor	Prevents drift
`prime_state_class()`	Identify prime‑state class	form / flow / meaning

Prime‑State Classes:

prime‑form
prime‑flow
prime‑meaning

V. Infinite‑Regime Operators#

expansion • synthesis • unbounded structure#

Operator	Purpose	Notes
`infinite_regime_expand()`	Expand structure into infinite regime	Upward flow
`infinite_regime_synthesize()`	Combine infinite‑regime composites	Deep‑layer synthesis
`infinite_regime_trace()`	Detect infinite‑regime behavior	Diagnostic
`infinite_regime_class()`	Identify infinite‑regime class	form / flow / meaning
`collapse()`	Collapse infinite regime → prime‑state	Downward flow

Infinite‑Regime Classes:

infinite‑form
infinite‑flow
infinite‑meaning

VI. Bidirectional Flow Operators#

round‑trip movement • full‑canon integration#

Operator	Direction	Purpose
`lift()`	upward	substrate → rails
`anchor()`	upward	rails → prime‑state
`expand()`	upward	prime‑state → infinite regime
`collapse()`	downward	infinite regime → prime‑state
`reduce()`	downward	prime‑state → rails
`descend()`	downward	rails → substrate
`rebuild()`	downward	substrate reconstruction

These operators form the RTT/∞ round‑trip cycle:

UPWARD:
substrate → rails → prime‑states → infinite regimes

DOWNWARD:
infinite regimes → prime‑states → rails → substrate

VII. Full‑Canon Operator Map (Poster Format)#

VACUUM LAYER
  vacuum() • nullify() • reconstitute() • invert_zero()

SUBSTRATE LAYER
  substrate_tensor() • substrate_rebuild() • substrate_align()

DIMENSIONAL RAILS
  dimensional_rail() • rail_lift() • rail_descent() • rail_shift()

PRIME‑STATES
  prime_state_align() • prime_state_reduce() • prime_state_lock()

INFINITE REGIMES
  infinite_regime_expand() • infinite_regime_synthesize() • collapse()

BIDIRECTIONAL FLOW
  lift() • anchor() • expand() • collapse() • reduce() • descend() • rebuild()

VIII. Canon Summary#

Vacuum#

Collapses structure.

Substrate#

Rebuilds minimal structure.

Rails#

Transport structure.

Prime‑States#

Stabilize structure.

Infinite Regimes#

Expand structure.

Bidirectional Flow#

Maintains coherence across the entire RTT/∞ canon.