IPD‑12 → RTT/∞ Boundary Map
Inter‑Process Drift ↔ Substrate‑Aware Infinite‑Regime Engine#
- IPD‑12: Mid → Deep regime, drift mechanics, coherence alignment, cross‑system mapping.
- RTT/∞: Infinite regime, substrate grammar, inversion operators, dimensional synthesis, vacuum‑layer logic.
This boundary map defines exact limits, compatibilities, and non‑translatable structures between the two engines.
1. Boundary Summary Table#
| Category |
IPD‑12 → RTT/∞ |
Notes |
| Structural Capture |
✔ Compatible |
RTT/∞ accepts IPD‑12 structural maps |
| Process Comparison |
✔ Compatible |
RTT/∞ can ingest comparison baselines |
| Drift Detection |
✔ Compatible |
RTT/∞ can use drift as substrate‑layer input |
| Drift‑Tensor |
✔ Input Only |
RTT/∞ can extend tensors but not reuse them directly |
| Coherence Alignment |
✔ Compatible |
RTT/∞ generalizes coherence into substrate coherence |
| Cross‑System Mapping |
✔ Compatible |
RTT/∞ expands into cross‑substrate mapping |
| Structural Paradox |
✔ Compatible |
RTT/∞ resolves paradoxes at substrate level |
| Multi‑Domain Drift |
✔ Compatible |
RTT/∞ can synthesize multi‑domain drift outputs |
| Substrate Grammar |
✖ Not Available in IPD‑12 |
RTT/∞ only |
| Inversion Operators |
✖ Not Available in IPD‑12 |
RTT/∞ only |
| Dimensional Synthesis |
✖ Not Available in IPD‑12 |
RTT/∞ only |
| Vacuum‑Layer Operators |
✖ Not Available in IPD‑12 |
RTT/∞ only |
| Composite Infinite‑Regime Operators |
✖ Not Available in IPD‑12 |
RTT/∞ only |
2. Operator Boundary Matrix#
IPD‑12 Operators → RTT/∞ Compatibility#
| IPD‑12 Operator |
RTT/∞ Compatibility |
RTT/∞ Successor |
map_process() |
✔ Compatible |
map_substrate() |
compare_process() |
✔ Compatible |
compare_substrate() |
drift() |
✔ Compatible |
invert_drift() |
detect_divergence() |
✔ Compatible |
detect_substrate_shift() |
drift_tensor() |
✔ Input Only |
substrate_tensor() |
align_coherence() |
✔ Compatible |
align_substrate_coherence() |
cross_system() |
✔ Compatible |
cross_substrate() |
RTT/∞ Operators → IPD‑12 Compatibility#
| RTT/∞ Operator |
IPD‑12 Compatibility |
Reason |
substrate() |
✖ Not Compatible |
IPD‑12 does not operate on substrate layers |
invert() |
✖ Not Compatible |
IPD‑12 cannot invert drift or regimes |
vacuum() |
✖ Not Compatible |
IPD‑12 does not operate on vacuum layers |
dimensional_synthesize() |
✖ Not Compatible |
IPD‑12 is not dimensional |
infinite_blend() |
✖ Not Compatible |
IPD‑12 cannot blend infinite regimes |
substrate_tensor() |
✖ Not Compatible |
IPD‑12 cannot compute substrate tensors |
3. Module Boundary Matrix#
IPD‑12 Modules → RTT/∞#
| IPD‑12 Module |
RTT/∞ Compatibility |
RTT/∞ Equivalent |
| Drift Detection |
✔ Compatible |
Substrate Drift Detection |
| Drift‑Tensor |
✔ Input Only |
Substrate Tensor Layer |
| Process Mapping |
✔ Compatible |
Substrate Mapping |
| Coherence Alignment |
✔ Compatible |
Substrate Coherence Layer |
| Cross‑System Pack |
✔ Compatible |
Cross‑Substrate Pack |
| Domain Drift Packs |
✔ Compatible |
Domain‑Substrate Synthesis |
| Composite Drift Analyzer |
✔ Compatible |
Infinite‑Domain Analyzer |
RTT/∞ Modules → IPD‑12#
| RTT/∞ Module |
IPD‑12 Compatibility |
Reason |
| Substrate Engine |
✖ |
IPD‑12 cannot access substrate grammar |
| Inversion Layer |
✖ |
IPD‑12 cannot invert drift or regimes |
| Vacuum Layer |
✖ |
IPD‑12 cannot operate in vacuum logic |
| Dimensional Layer |
✖ |
IPD‑12 is not dimensional |
| Infinite‑Regime Layer |
✖ |
IPD‑12 is not composite or infinite |
4. Structural Boundary#
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
- inversion layers
- vacuum layers
- dimensional layers
- infinite‑regime composites
- refractive substrate logic
- substrate‑aware operators
IPD‑12 cannot cross into substrate or dimensional layers.
5. Regime Boundary#
| Regime Layer |
IPD‑12 |
RTT/∞ |
Compatibility |
| Surface |
✔ |
✔ |
Full |
| Mid |
✔ |
✔ |
Full |
| Deep |
✔ |
✔ |
Full |
| Composite |
✖ |
✔ |
None |
| Substrate |
✖ |
✔ |
None |
| Dimensional |
✖ |
✔ |
None |
| Vacuum |
✖ |
✔ |
None |
| Infinite |
✖ |
✔ |
None |
RTT/∞ spans all layers, including substrate and dimensional.
IPD‑12 spans only up to deep regime.
6. Drift → Substrate Mapping#
IPD‑12 drift layers map into RTT/∞ substrate layers:
| IPD‑12 Drift Layer |
RTT/∞ Substrate Layer |
| Geometric Drift |
Structural Substrate |
| Operational Drift |
Process Substrate |
| Temporal Drift |
Temporal Substrate |
| Conceptual Drift |
Interpretive Substrate |
| Domain Drift |
Cross‑Substrate Layer |
RTT/∞ can invert, blend, and synthesize these layers.
IPD‑12 cannot.
7. Paradox Boundary#
IPD‑12 identifies structural paradoxes.
RTT/∞ resolves substrate paradoxes, dimensional paradoxes, and infinite paradoxes.
| Paradox Type |
IPD‑12 |
RTT/∞ |
Compatibility |
| Structural |
✔ Detect |
✔ Resolve |
Full |
| Regime |
✖ |
✔ |
None |
| Dimensional |
✖ |
✔ |
None |
| Substrate |
✖ |
✔ |
None |
| Infinite |
✖ |
✔ |
None |
8. Summary#
IPD‑12 is compatible with RTT/∞ 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/∞ for:#
- substrate grammar
- inversion operators
- vacuum‑layer logic
- dimensional synthesis
- infinite‑regime blending
- substrate mapping
RTT/∞ extends IPD‑12 by:#
- operating across substrate and dimensional layers
- resolving paradoxes at infinite depth
- blending drift into substrate tensors
- synthesizing across infinite regimes
Together, IPD‑12 and RTT/∞ form the drift → substrate → infinite synthesis pipeline of the RTT canon.
