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genpark-personal-agent-circadian-ocular-lux-luxmeter-entrainment-skill

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  • License — License: MIT
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SUMMARY

Personal agent CIE S 026 melanopic equivalent daylight illuminance (melanopic EDI) quantifier, intrinsically photosensitive retinal ganglion cell (ipRGC) modeler, and solar zeitgeber scheduler.

README.md

Personal Agent Circadian Ocular Luxmeter Entrainment Skill

OpenClaw Ecosystem
Dual-Org Sync
Zero Dependencies
Model Context Protocol
Production Grade

Zero-dependency CIE S 026 melanopic equivalent daylight illuminance (melanopic EDI) quantifier, intrinsically photosensitive retinal ganglion cell (ipRGC) modeler, and solar zeitgeber scheduler.

Architecture

flowchart TD
    LuxInput[Photopic Lux & Light Source Spectrum] --> EDIEngine[CIE S 026 Melanopic Engine]
    EDIEngine --> MAFMultiplier[Melanopic Action Factor: 0.08x to 1.10x]
    MAFMultiplier --> MelanopicEDI[Melanopic Equivalent Daylight Illuminance: EDI Lux]
    MelanopicEDI & ExposureTime[Duration & Time Post-Waking] --> PRCEngine[Circadian Phase Response Curve Modeler]
    PRCEngine --> PhaseShift[Phase Advance / Delay Prediction in Hours]
    PRCEngine --> SCNEntrainment[Suprachiasmatic Nucleus Master Clock Reset]

Quickstart

from client import PersonalAgentCircadianOcularLuxLuxmeterEntrainment

agent = PersonalAgentCircadianOcularLuxLuxmeterEntrainment()
res = agent.calculate_melanopic_edi_and_circadian_drive(photopic_lux=15000.0, light_source_spectrum="direct_sunlight")
print(f"Melanopic EDI: {res['melanopic_equivalent_daylight_illuminance_edi']} lux | PRC: {res['circadian_phase_shift_trajectory']}")

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