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genpark-personal-agent-ocular-dynamic-contour-tonometry-opa-skill

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SUMMARY

Calculates Pascal Dynamic Contour Tonometry (DCT) corneal biomechanics-independent IOP, Ocular Pulse Amplitude (OPA), and choroidal vascular compliance for personal glaucoma and vascular wellness monitoring.

README.md

Ocular Dynamic Contour Tonometry (DCT) & Ocular Pulse Amplitude (OPA) Skill

License: Apache-2.0
Python: 3.9+
Model Context Protocol
Zero External Dependencies
Status: Production-Ready

A zero-dependency, mathematically rigorous personal agent skill that evaluates corneal biomechanics-independent true intraocular pressure (IOP) and pulsatile choroidal microvascular perfusion using Pascal Dynamic Contour Tonometry.

Architecture

flowchart TD
    A[Pascal Contour Tip Sensor] --> B[Continuous IOP Waveform Tracking]
    B --> C[Trough Diastolic & Peak Systolic IOP Extraction]
    C --> D[Ocular Pulse Amplitude OPA = IOP_sys - IOP_dia]
    D --> E[Choroidal Perfusion & Carotid Stenosis Screening]
    E --> F[Personalized Glaucoma & Vascular Summary]

Quick Start

from client import DynamicContourTonometryClient

client = DynamicContourTonometryClient()
result = client.evaluate_dct(
    iop_diastolic_mmhg=14.2,
    iop_systolic_mmhg=17.4,
    quality_score=1
)
print("OPA (mmHg):", result["dct_pressures_mmhg"]["ocular_pulse_amplitude_opa_mmhg"])
print("Perfusion Status:", result["hemodynamic_assessment"]["perfusion_state"])

License

Apache-2.0

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