Spectral Clarity — Phase II Runtime Guide

Phase II introduces RF lock-in overlays and chirp scans to surface resonance corridors and bifurcations.

📂 File Map#

• manifests/PhaseII_RFChirp_Manifest.yaml → Session manifest for RF lock-in and chirp runs.
• manifests/SDR_Config_HPZ440.yaml → SDR hardware configuration.
• overlays/RF_Overlay_Template.json → Overlay template for RF quadratures.
• overlays/Chirp_Scan_Overlay.json → Overlay template for chirp scans.
• atlases/PhaseII_RFChirp_Atlas_Schema.md → Schema for RF/chirp atlas storage.
• scrolls/SpectralClarity_PhaseII_Scroll.md → Narrative scroll for Phase II.
• runtime/rf_lockin_engine.py → RF lock-in runtime scaffold.
• runtime/chirp_scan_engine.py → Chirp scan runtime scaffold.

⚙️ Workflow Steps#

1. Configure SDR and RF generator (SDR_Config_HPZ440.yaml).
2. Edit PhaseII_RFChirp_Manifest.yaml with session parameters.
3. Run rf_lockin_engine.py to capture quadratures and build overlays.
4. Run chirp_scan_engine.py to sweep frequencies and construct bifurcation atlases.
5. Compose overlays using JSON templates.
6. Document findings in SpectralClarity_PhaseII_Scroll.md.

🌀 Validator Practices#

• Always log manifests and scrolls.
• Use schema for reproducibility.
• Document bifurcations and resonance corridors clearly.

🔮 Next Steps#

• Phase III: UV/THz modules and advanced safety protocols.
• Cross-band calibration library for multi-spectrum overlays.