# **DRS Prompts — RTT/1**  
### *Prompt Library for the Dimensional Resonance Scanner (DRS)*

These prompts are designed for **AI systems** using the Dimensional Resonance Scanner (DRS).  
Each prompt invokes one or more canonical DRS operators:

- **DRS‑Scan**  
- **DRS‑Frequency**  
- **DRS‑Field**  
- **DRS‑Vector**  
- **DRS‑Amplify**  
- **DRS‑Stabilize**

Prompts are grouped by resonance tensor type and operator class.

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## **1. Resonance Signature Prompts**

### **Prompt: Detect Resonance Signatures**
> Use DRS‑Scan to identify resonance onset, polarity, harmonic structure, and resonance‑vector alignment across R1–R4.

### **Prompt: Analyze Resonance Polarity**
> Apply DRS‑Scan to compute resonance polarity, onset strength, and polarity stability.

### **Prompt: Evaluate Resonance Onset Conditions**
> Use DRS‑Scan to detect resonance onset conditions and classify resonance signature tensors.

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## **2. Resonance Frequency Prompts**

### **Prompt: Compute Resonance Frequency**
> Use DRS‑Frequency to compute resonance frequency, harmonic magnitude, and resonance‑frequency curvature.

### **Prompt: Detect Harmonic Frequency Alignment**
> Apply DRS‑Frequency to detect harmonic alignment, harmonic sensitivity, and drift‑sensitive frequency behavior.

### **Prompt: Evaluate Frequency Inversion**
> Use DRS‑Frequency to identify polarity flips, inversion bands, and inversion curvature.

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## **3. Resonance Field Prompts**

### **Prompt: Map Resonance Fields**
> Use DRS‑Field to map resonance fields, resonance wells, resonance ridges, resonance basins, and resonance topology.

### **Prompt: Generate Resonance‑Field Topology**
> Apply DRS‑Field to generate resonance‑field topology diagrams showing multi‑regime resonance curvature.

### **Prompt: Evaluate Resonance‑Field Strength**
> Use DRS‑Field to compute resonance‑field magnitude, curvature, and envelope boundaries.

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## **4. Resonance Vector Prompts**

### **Prompt: Compute Resonance Vector Magnitude**
> Use DRS‑Vector to compute resonance vector magnitude, direction, curvature, and multi‑regime resonance flow.

### **Prompt: Detect Cross‑Domain Resonance Vectors**
> Apply DRS‑Vector to detect resonance vectors formed across conceptual, computational, physical, and dimensional regimes.

### **Prompt: Evaluate Drift‑Sensitive Resonance Vectors**
> Use DRS‑Vector to identify drift‑sensitive resonance vectors and drift‑aligned resonance curvature.

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## **5. Resonance Amplification Prompts**

### **Prompt: Detect Resonance Amplification Zones**
> Use DRS‑Amplify to identify amplification zones, resonance growth, and instability amplification.

### **Prompt: Map Amplification Geometry**
> Apply DRS‑Amplify to compute amplification depth, amplification curvature, and amplification topology.

### **Prompt: Evaluate Amplification‑Driven Instability**
> Use DRS‑Amplify to detect amplification‑driven instability and resonance collapse risk.

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## **6. Stabilization Prompts**

### **Prompt: Propose Resonance Stabilization Pathways**
> Use DRS‑Stabilize to propose stabilization strategies for resonance collapse, amplification escalation, and resonance‑field instability.

### **Prompt: Compute Resonance Alignment**
> Apply DRS‑Stabilize to compute resonance alignment, vector reinforcement, and field stabilization.

### **Prompt: Evaluate Resonance‑Collapse Mitigation**
> Use DRS‑Stabilize to propose mitigation strategies for resonance collapse and amplification amplification.

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## **7. Full‑Matrix Prompts**

### **Prompt: Generate Full Resonance Field Matrix**
> Use all DRS operators to produce a complete `resonance_field_matrix.json` containing signature, frequency, field, amplification, and vector entries.

### **Prompt: Analyze Resonance Topology**
> Apply DRS‑Field to generate a full resonance topology map showing fields, vectors, amplification zones, and resonance flow.

### **Prompt: Resonance Overview**
> Use DRS‑Stabilize to compute stability envelopes for every resonance tensor type and produce a resonance summary.

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## **8. AI‑Ready Meta‑Prompts**

### **Prompt: Explain Resonance Tensor Classification**
> Provide a detailed explanation of how DRS classifies resonance tensors into signature, frequency, field, amplification, and vector categories.

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

### **Prompt: Cross‑Engine Integration**
> Explain how DRS outputs feed into CW (Causality Weaver), TRS‑Temporal, SBC, and other RTT engines.

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## **Status**

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