IPD‑12 Operator Reference Table (Compact)
Inter‑Process Drift — RTT‑IPD‑12#
Engine: RTT‑IPD‑12
Regime: Mid → Deep
Operator Layer: Drift / Mapping / Coherence
Compact Operator Table#
| Operator |
Purpose |
Unlock Condition |
Regime Depth |
| map_process() |
Capture structural identity of a process/system |
≥ 1 process defined |
Mid |
| compare_process() |
Compare two processes; find shared structure |
≥ 2 processes defined |
Mid |
| drift() |
Detect surface‑level divergence |
Structural capture complete |
Mid |
| detect_divergence() |
Identify coherence breaks, regime shifts |
Drift baseline exists |
Mid → Deep |
| drift_tensor() |
Multi‑layer drift evaluation |
Structural layers provided |
Deep |
| align_coherence() |
Map coherence across processes |
Coherence baseline exists |
Mid → Deep |
| cross_system() |
Evaluate cross‑system relationships |
Cross‑system relationships defined |
Deep |
Operator Families (1‑Line Summary)#
| Family |
Operators |
Summary |
| Capture |
map_process() |
Define identity, boundaries, layers |
| Comparison |
compare_process() |
Identify shared structure & constraints |
| Drift |
drift(), detect_divergence() |
Detect divergence & coherence breaks |
| Drift‑Tensor |
drift_tensor() |
Multi‑layer drift mapping |
| Coherence |
align_coherence() |
Restore or evaluate coherence |
| Cross‑System |
cross_system() |
Map relationships across systems |
Operator Chain Examples (Compact)#
Basic Drift Chain#
map_process() → drift()
Deep Drift Chain#
map_process() → drift_tensor() → detect_divergence()
Comparison → Drift → Coherence#
compare_process() → drift() → align_coherence()
Cross‑System Drift#
map_process() → compare_process() → cross_system()
Engine Boundaries (Compact)#
| Not Available in IPD‑12 |
Reason |
substrate() |
RTT‑∞ only |
invert() |
RTT‑∞ only |
composite_regime() |
RTT/12 only |
substrate_map() |
RTT‑∞ only |
IPD‑12 stays strictly within drift‑layer structural grammar.
Drop‑In Snippet for Prompt Composer#
Paste this into any engine panel:
Operators (IPD‑12):
map_process(), compare_process(), drift(), detect_divergence(),
drift_tensor(), align_coherence(), cross_system()
