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IPD‑12 → RTT/12 Compatibility Matrix

Inter‑Process Drift ↔ Composite Multi‑Regime Engine#

RTT‑IPD‑12 and RTT/12 occupy adjacent but non‑overlapping layers in the RTT canon:

  • IPD‑12 specializes in drift mechanics, process comparison, coherence alignment, and cross‑system mapping.
  • RTT/12 specializes in multi‑regime blending, composite operators, substrate grammar, and dimensional synthesis.

This matrix defines exact compatibility boundaries between the two engines.

1. Compatibility Summary Table#

Category IPD‑12 → RTT/12 Compatibility Notes
Structural Capture ✔ Fully Compatible RTT/12 accepts IPD‑12 structural maps
Process Comparison ✔ Fully Compatible RTT/12 uses IPD‑12 comparison baselines
Drift Detection ✔ Fully Compatible RTT/12 can ingest drift maps
Drift‑Tensor ✔ Compatible (as input) RTT/12 cannot compute drift‑tensor but can use it
Coherence Alignment ✔ Fully Compatible RTT/12 extends coherence into multi‑regime coherence
Cross‑System Mapping ✔ Compatible RTT/12 generalizes cross‑system → cross‑regime
Structural Paradox ✔ Compatible RTT/12 resolves paradoxes IPD‑12 identifies
Multi‑Domain Drift ✔ Compatible RTT/12 can synthesize multi‑domain drift outputs
Substrate Grammar ✖ Not Compatible IPD‑12 cannot use substrate grammar
Inversion Operators ✖ Not Compatible IPD‑12 cannot use inversion or composite inversion
Composite Multi‑Regime Operators ✖ Not Compatible IPD‑12 cannot blend regimes
Dimensional Synthesis ✖ Not Compatible IPD‑12 does not operate on dimensional layers

2. Operator Compatibility Matrix#

IPD‑12 Operators → RTT/12 Operators#

IPD‑12 Operator RTT/12 Compatibility RTT/12 Successor / Mapping
map_process() ✔ Compatible map_regime() / capture_dimensional()
compare_process() ✔ Compatible compare_regime()
drift() ✔ Compatible resolve_regime_drift()
detect_divergence() ✔ Compatible detect_regime_shift()
drift_tensor() ✔ Input Only tensor_blend() (RTT/12 can blend but not compute)
align_coherence() ✔ Compatible align_multi_regime_coherence()
cross_system() ✔ Compatible cross_regime()

RTT/12 Operators → IPD‑12 Compatibility#

RTT/12 Operator IPD‑12 Compatibility Reason
substrate() ✖ Not Compatible IPD‑12 does not use substrate grammar
invert() ✖ Not Compatible IPD‑12 cannot invert regimes
blend_regime() ✖ Not Compatible IPD‑12 cannot blend regimes
composite_regime() ✖ Not Compatible IPD‑12 is not a composite engine
dimensional_synthesize() ✖ Not Compatible IPD‑12 does not operate on dimensional layers

3. Module Compatibility Matrix#

IPD‑12 Modules → RTT/12 Modules#

IPD‑12 Module RTT/12 Compatibility RTT/12 Equivalent
Drift Detection ✔ Compatible Regime Drift Detection
Drift‑Tensor ✔ Input Only Regime Tensor Blending
Process Mapping ✔ Compatible Regime Mapping
Coherence Alignment ✔ Compatible Multi‑Regime Coherence
Cross‑System Pack ✔ Compatible Cross‑Regime Pack
Domain Drift Packs ✔ Compatible Domain‑Regime Synthesis
Composite Drift Analyzer ✔ Compatible Multi‑Regime Composite Analyzer

RTT/12 Modules → IPD‑12 Compatibility#

RTT/12 Module IPD‑12 Compatibility Reason
Substrate Engine ✖ Not Compatible IPD‑12 does not use substrate grammar
Inversion Layer ✖ Not Compatible IPD‑12 cannot invert regimes
Composite Regime Layer ✖ Not Compatible IPD‑12 is not composite
Dimensional Layer ✖ Not Compatible IPD‑12 does not operate on dimensional logic

4. Structural Compatibility#

Compatible Structural Elements#

  • structural capture
  • process identity
  • boundaries
  • layers
  • operational flow
  • coherence baselines
  • drift maps
  • drift‑tensor layers
  • cross‑system relationships
  • structural paradoxes

Incompatible Structural Elements#

  • substrate layers
  • dimensional layers
  • inversion layers
  • composite regime layers
  • refractive vacuum layers
  • substrate‑aware operators

5. Regime Compatibility#

Regime Layer IPD‑12 RTT/12 Compatibility
Surface ✔ ✔ Full
Mid ✔ ✔ Full
Deep ✔ ✔ Full
Composite ✖ ✔ None
Substrate ✖ ✔ None
Dimensional ✖ ✔ None

IPD‑12 operates up to deep regime, RTT/12 operates across all regimes.

6. Drift → Regime Mapping#

IPD‑12 drift maps become RTT/12 regime maps:

IPD‑12 Drift Layer RTT/12 Regime Layer
Geometric Drift Structural Regime
Operational Drift Process Regime
Temporal Drift Temporal Regime
Conceptual Drift Interpretive Regime
Domain Drift Cross‑Regime Layer

RTT/12 can blend these layers; IPD‑12 cannot.

7. Paradox Compatibility#

IPD‑12 identifies structural paradoxes.
RTT/12 resolves multi‑regime paradoxes.

Paradox Type IPD‑12 RTT/12 Compatibility
Structural ✔ Detect ✔ Resolve Full
Regime ✖ ✔ None
Dimensional ✖ ✔ None
Composite ✖ ✔ None

8. Summary#

IPD‑12 is fully compatible with RTT/12 for:#

  • structural capture
  • drift detection
  • drift‑tensor input
  • coherence alignment
  • cross‑system mapping
  • paradox identification
  • multi‑domain drift

IPD‑12 is NOT compatible with RTT/12 for:#

  • substrate grammar
  • inversion operators
  • composite regime blending
  • dimensional synthesis
  • substrate mapping

RTT/12 extends IPD‑12 by:#

  • blending regimes
  • resolving paradoxes
  • synthesizing across domains
  • operating across substrate and dimensional layers

Together, IPD‑12 and RTT/12 form the drift → regime → synthesis pipeline of the RTT canon.

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