Spectral Clarity — Phase IV Runtime Guide

Phase IV introduces X-ray stroboscopy and facility integration, extending runtime into crystalline domains.

📂 File Map#

• manifests/PhaseIV_Xray_Manifest.yaml → Session manifest for X-ray runs.
• manifests/Facility_Integration.yaml → Facility integration protocols.
• overlays/Xray_Overlay_Template.json → Overlay template for X-ray crystalline maps.
• overlays/MultiBand_Calibration.json → Cross-band calibration template.
• atlases/PhaseIV_Xray_Atlas_Schema.md → Schema for X-ray atlas storage.
• scrolls/SpectralClarity_PhaseIV_Scroll.md → Narrative scroll for Phase IV.
• runtime/xray_strobe_engine.py → X-ray strobe runtime scaffold.
• runtime/facility_sync.py → Facility sync scaffold.
• runtime/calibration_library.py → Calibration library scaffold.

⚙️ Workflow Steps#

1. Configure synchrotron beamline and detectors.
2. Edit manifests with session parameters and facility protocols.
3. Run xray_strobe_engine.py for gated captures.
4. Sync clocks with facility_sync.py.
5. Apply cross-band calibration using calibration_library.py.
6. Compose overlays and document findings in scroll.

🌀 Validator Practices#

• Enforce radiation safety protocols and dosimetry.
• Document facility integration steps.
• Use calibration library for reproducibility.
• Render uncertainty masks for low-confidence zones.

🔮 Next Steps#

• Phase V: Neutron stroboscopy and quantum lattice overlays.
• Full-spectrum fusion with multi-band calibration library.