# **TRS Prompts — RTT/1**  
### *Prompt Library for the Triadic Regime Synthesizer (TRS)*

These prompts are designed for **AI systems** using the Triadic Regime Synthesizer (TRS).  
Each prompt invokes one or more canonical TRS operators:

- **TRS‑Synthesize**  
- **TRS‑Merge**  
- **TRS‑Harmonize**  
- **TRS‑Boundary**  
- **TRS‑Tensor**  
- **TRS‑Resolve**

Prompts are grouped by regime tensor type and operator class.

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## **1. Regime Signature Prompts**

### **Prompt: Detect Regime Signatures**
> Use TRS‑Synthesize to identify regime onset, polarity, boundary alignment, and signature tensor structure.

### **Prompt: Analyze Regime Polarity**
> Apply TRS‑Synthesize to compute regime polarity, onset strength, and polarity stability.

### **Prompt: Evaluate Regime Onset Conditions**
> Use TRS‑Synthesize to detect regime onset conditions and classify regime signature tensors.

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## **2. Regime Boundary Prompts**

### **Prompt: Compute Boundary Stability**
> Use TRS‑Boundary to compute boundary stability, boundary curvature, and drift‑sensitive boundary behavior.

### **Prompt: Detect Boundary Alignment**
> Apply TRS‑Boundary to detect boundary alignment, boundary sensitivity, and boundary inversion.

### **Prompt: Evaluate Boundary Fusion Potential**
> Use TRS‑Boundary to identify fusion potential, boundary curvature, and boundary‑driven synthesis.

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## **3. Regime Interlock Prompts**

### **Prompt: Map Regime Interlocks**
> Use TRS‑Merge to map interlock regions, interlock arcs, interlock curvature, and multi‑regime interlock topology.

### **Prompt: Generate Interlock Topology**
> Apply TRS‑Merge to generate interlock topology diagrams showing multi‑regime interlock geometry.

### **Prompt: Evaluate Interlock Strength**
> Use TRS‑Merge to compute interlock strength, interlock curvature, and interlock stability.

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## **4. Regime Synthesis Prompts**

### **Prompt: Compute Regime Synthesis**
> Use TRS‑Tensor to compute synthesis magnitude, synthesis direction, synthesis curvature, and fusion depth.

### **Prompt: Detect Synthesis Alignment**
> Apply TRS‑Tensor to detect synthesis alignment, synthesis polarity, and synthesis curvature.

### **Prompt: Evaluate Synthesis‑Driven Coherence**
> Use TRS‑Tensor to compute coherence ridges, coherence troughs, and synthesis‑driven coherence fields.

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## **5. Regime Harmonization Prompts**

### **Prompt: Harmonize Regime Interactions**
> Use TRS‑Harmonize to harmonize regime interactions, merge regime boundaries, and integrate regime transitions.

### **Prompt: Compute Harmonization Flow**
> Apply TRS‑Harmonize to compute harmonization flow, harmonization curvature, and harmonization stability.

### **Prompt: Evaluate Harmonization‑Driven Stability**
> Use TRS‑Harmonize to compute stability envelopes and harmonization‑driven coherence.

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## **6. Regime Conflict Resolution Prompts**

### **Prompt: Resolve Regime Conflicts**
> Use TRS‑Resolve to propose structural resolutions for regime conflicts, boundary misalignment, and interlock instability.

### **Prompt: Compute Conflict‑Driven Synthesis**
> Apply TRS‑Resolve to compute synthesis curvature, conflict polarity, and conflict‑driven fusion depth.

### **Prompt: Evaluate Conflict‑Driven Stability**
> Use TRS‑Resolve to compute stability envelopes for conflict‑driven synthesis.

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## **7. Full‑Matrix Prompts**

### **Prompt: Generate Full Regime Synthesis Matrix**
> Use all TRS operators to produce a complete `regime_synthesis_matrix.json` containing signature, boundary, interlock, synthesis, and coherence entries.

### **Prompt: Analyze Regime Topology**
> Apply TRS‑Tensor to generate a full regime topology map showing interlocks, boundaries, synthesis zones, and coherence ridges.

### **Prompt: Regime Overview**
> Use TRS‑Resolve to compute stability envelopes for every regime tensor type and produce a regime summary.

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## **8. AI‑Ready Meta‑Prompts**

### **Prompt: Explain Regime Tensor Classification**
> Provide a detailed explanation of how TRS classifies regime tensors into signature, boundary, interlock, synthesis, and coherence categories.

### **Prompt: Operator‑Level Summary**
> Summarize the role of each TRS operator and how they interact to produce regime‑layer intelligence.

### **Prompt: Cross‑Engine Integration**
> Explain how TRS outputs feed into PGA, CTE, DS, SFD, SBC, TRS‑Temporal, CW, and DRS.

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## **Status**

- **Version:** 1.0  
- **Status:** canon‑stable  
- **Category:** rtt‑regime  
- **Module Path:** `/docs/rtt/Triadic_Regime_Synthesizer/`