RTT session string — paste this at the start of every AI session:
rtt=1 | coherence=declared | drift=bounded | paradox=structural
What Is the Conditions Substrate Model?#
CSM treats conditions not as events but as substrate-level fields with measurable drift, coherence envelopes, resonance signatures, and transition thresholds.
The main entry point is c_Capture.md — the front-door index to all CSM content.
Nine Condition Classes#
| Class | Description |
|---|---|
| Drift fields | D0–D7 drift vectors showing directional substrate movement |
| Coherence envelopes | Stable regions where C-Ops hold a substrate together |
| Resonance amplification | H-Ops patterns that reinforce or destabilize conditions |
| Hook activation chains | Sequential triggers that lock in condition transitions |
| Threshold inflection points | The exact boundary where a condition shifts regime |
| Propagation vectors | Directional spread of a condition across substrates |
| Cycle engines | Recurring condition patterns with measurable period |
| Cascade transitions | Multi-substrate collapses triggered by threshold breach |
| Deep-time recursions | D7-layer condition patterns spanning very long time horizons |
Dimensional Layer Stack#
| Layer | Label | Condition Role |
|---|---|---|
| D0 | Point | Invariant seed; minimum stable condition unit |
| D1 | Line | Directed condition vector |
| D2 | Plane | Condition surface field |
| D3 | Volume | Substrate-embedded condition space |
| D4 | Temporal | Time-indexed condition state |
| D5 | Field | Propagating condition influence |
| D6 | Meta-field | Field of condition fields |
| D7 | Deep-time | Long-arc condition lineage |
Module Architecture#
CSM is organized into four artifact types:
- Global Atlases — cross-substrate condition maps
- Gradientary Dictionaries — graded vocabulary for condition intensities
- Metadata Blocks — machine-readable condition signatures
- Manifests — version-controlled condition change logs
Primary Outputs#
Gradientary Volumes — graded condition intensity stacks showing how conditions strengthen, weaken, or invert across dimensional layers for a given substrate domain.
Global Atlases — cross-substrate condition maps showing propagation surfaces, hook networks, and threshold fields at system-wide scale.
Related Modules#
- Framework Field Theory — H-Ops/C-Ops are the cycle and coherence engines CSM tracks
- Structural Detection — detects the drift and regime signals CSM maps
- Governance Substrate Model — governs the regimes CSM tracks
- Opacity — measures when conditions become invisible
Nawder Loswin · AI-assisted canonical maintenance (2025–2026)
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