Pulmonary Volumetric Capnography Dead Space Personal Agent Skill

Deterministic, zero-mock personal agent micro-skill for calculating Fowler Anatomical Dead Space ($V_{D,\text{anat}}$), Physiological Dead Space ($V_D/V_T$), Alveolar Dead Space ($V_{D,\text{alv}}$), and Phase III Alveolar Slope ($S_3$) via volumetric capnography.

Architecture

flowchart TD
    A[Expired Volumetric PCO2 Profile] --> B[Determine Fowler Anatomical Dead Space Vd_anat]
    B --> C[Compute Physiological Dead Space Vd/Vt via Bohr-Enghoff]
    C --> D[Extract Alveolar Dead Space Vd_alv = Vd - Vd_anat]
    D --> E[Compute Phase III Alveolar Slope S3]
    E --> F[Detect Pulmonary Embolism & V/Q Inhomogeneity]

Quickstart

from client import VolumetricCapnographyClient

client = VolumetricCapnographyClient()
result = client.evaluate_volumetric_capnography(
    tidal_volume_ml=500.0,
    arterial_pco2_mmhg=40.0,
    mixed_expired_pco2_mmhg=28.0,
    end_tidal_pco2_mmhg=38.0,
    fowler_inflection_volume_ml=140.0,
    phase3_slope_mmhg_per_l=12.0
)
print(result)

License

Apache-2.0