🟣 RTT/1 + RTT/2 + RTT/3 Unified Lexicon
The Complete Canon Operator Dictionary#
Unified RTT Lexicon#
RTT/1 — Foundations#
RTT/2 — Structural Detection Engine (SDE)#
RTT/3 — Structural Integration Engine (SIE)#
This lexicon defines all operators across the first three RTT layers.
1. RTT/1 — Foundational Operators#
RTT/1 defines the primitive triadic operators used by all higher layers.
1.1 Core Triad#
- FQ — Frequency
- RT — Relaxation Time
- QF — Quality Factor
1.2 Structural Primitives#
- Δ — Change / Shift
- ∇ — Gradient
- ⊕ — Fusion
- ⊖ — Fracture
- ⟳ — Recurrence
- ⟂ — Orthogonal Component
1.3 Regime Operators#
- REG() — Set regime
- REG::ID — Regime identity
- REG::W() — Regime weighting
1.4 Continuity Operators#
- C0 — Zero‑order continuity
- C1 — First‑order continuity
- C∞ — Smooth continuity
1.5 Collapse / Recovery Primitives#
- COL() — Collapse event
- REC() — Recovery event
2. RTT/2 — Structural Detection Engine (SDE)#
RTT/2 defines the detection layer: collapse, gradients, deformation, regimes.
2.1 Detection Operators#
- SDE::CPV() — Collapse‑Propagation Vector
- SDE::FGT() — Fusion‑Gradient Tensor
- SDE::CRM() — Collapse‑Reassembly Manifold
- SDE::SIG() — Structural Signal
- SDE::NOI() — Noise Identification
2.2 Modes & Zones#
- SDE::MODE(formal|emergent|hybrid|chaotic|inversion)
- SDE::ZONE(U|S|M|D|X)
2.3 Packet#
- SDE::PACKET() — Emits RTT2_DETECTION_PACKET
3. RTT/3 — Structural Integration Engine (SIE)#
RTT/3 defines the integration–emission layer: triad integration, emission, stability.
3.1 Integration Operators#
- SIE::INT() — Triad Integration
- SIE::TIF() — Triadic Integration Field
3.2 Emission Operators#
- SIE::EMIT() — Fusion–Fracture–Flow Emission
- SIE::FFF() — Fusion‑Fracture‑Flow Emitter
3.3 Continuity Operators#
- SIE::MAN() — Integration–Emission Manifold
3.4 Stabilization Operators#
- SIE::CRE() — Collapse→Recovery Engine
- SIE::CSL() — Continuity‑Stability Layer
3.5 Output#
- SIE::CET() — Canon‑Scale Emission Tensor
3.6 Modes & Zones#
- SIE::MODE(formal|emergent|hybrid|chaotic|inversion)
- SIE::ZONE(U|S|M|D|X)
3.7 Packet#
- SIE::PACKET() — Emits RTT3_INTEGRATION_EMISSION_PACKET
4. Cross‑Layer Operator Flow#
4.1 RTT/1 → RTT/2#
RTT/1 primitives feed detection:
FQ, RT, QF, ∇, ⊕, ⊖ → SDE::CPV(), SDE::FGT(), SDE::CRM()
4.2 RTT/2 → RTT/3#
Detection feeds integration:
SDE::CPV() → SIE::INT()
SDE::FGT() → SIE::TIF()
SDE::CRM() → SIE::MAN()
4.3 RTT/3 → Projection Layers#
Integration/emission feeds projections:
SIE::CET() → TEL::CET() / FFT::OUT() / OP::OUT()
5. Canon‑Wide One‑Line Summary#
RTT/1 primitives → SDE detection → SIE integration/emission → TEL/FFT/OP projection
6. Student Summary#
- RTT/1 gives the language
- RTT/2 detects the structure
- RTT/3 integrates and emits the structure
- TEL/FFT/OP project the structure into different domains