Platform Capabilities

Architecture and engineering observability — describes what the platform can currently model, what schemas are versioned, and what verification coverage exists. This is NOT a user marketplace; it is an internal capability introspection view.

Capability Categories
10
Total Capabilities
49
Schema Types Versioned
14
Verification Groups
3

Registered Capabilities by Category

sourceModels

(3)
Radiolysis (G-value)
radiolysis · v1
engine: computeRadiolyticGeneration
H2O2CO2
Battery Incident
battery · v1
engine: buildActiveSources + resolveBatterySourcesToCanonical
H2COCO2HF+6
Generic / User-Defined
generic · v1
engine: resolveGenericToLoadCase

species

(20)
Hydrogen
H2 · v1
H2
Oxygen
O2 · v1
O2
Nitrogen
N2 · v1
N2
Carbon Monoxide
CO · v1
CO
Carbon Dioxide
CO2 · v1
CO2
Methane
CH4 · v1
CH4
Water
H2O · v1
H2O
Hydrogen Fluoride
HF · v1
HF
Fluoride
F- · v1
F-
Hydrogen Cyanide
HCN · v1
HCN
Cyanide
CN- · v1
CN-
Hydrogen Chloride
HCl · v1
HCl
Chlorine
Cl2 · v1
Cl2
Proton
H+ · v1
H+
Hydroxide
OH- · v1
OH-
Ethylene
C2H4 · v1
C2H4
Helium
He · v1
He
Argon
Ar · v1
Ar
Neon
Ne · v1
Ne
Krypton
Kr · v1
Kr

transportModels

(6)
Mole Fraction Conductance
mole_fraction · v1
engine: computeTransport
H2
Fickian Diffusion
diffusion · v1
engine: computeTransport
H2
Porous Media Diffusion
porous · v1
engine: computeTransport
H2
Permeability (pressure-driven)
permeability · v1
engine: computeTransport
H2
Permeance
permeance · v1
engine: computeTransport
H2
Manufacturer Rating
manufacturer · v1
engine: computeTransport
H2

adsorptionModels

(4)
Langmuir
langmuir · v1
engine: adsorptionModel
H2
Freundlich
freundlich · v1
engine: adsorptionModel
H2
Linear
linear · v1
engine: adsorptionModel
H2
None
none · v1
engine: adsorptionModel
H2

containmentBoundaries

(5)
Constant Pressure
constant_pressure · v1
engine: containmentEngine
Sealed Constant Volume
sealed_constant_volume · v1
engine: containmentEngine
Vented
vented · v1
engine: containmentEngine
Filtered
filtered · v1
engine: containmentEngine
Pressure Regulated
pressure_regulated · v1
engine: containmentEngine

membraneModels

(1)
Membrane Geometry & Performance
membraneGeometry · v1
engine: membraneModel
H2

experimentalProfileTypes

(6)
Pressure vs Time
pressure_time · v1
engine: DataProfile
Adsorption Isotherm
adsorption_isotherm · v1
engine: DataProfile
Flux vs Time
flux_time · v1
engine: DataProfile
Generation Rate
generation_rate · v1
engine: DataProfile
Degradation
degradation · v1
engine: DataProfile
Custom
custom · v1
engine: DataProfile

calibrationMethods

(1)
Parameter Fitting
parameterFit · v1
engine: calibration

packageProfiles

(1)
Reference Package Profiles
referencePackages · v1
engine: referencePackages

reportCapabilities

(2)
PDF Report
pdfReport · v1
engine: pdfReport
Flux Lab Report
fluxLabReport · v1
engine: fluxLabPdf

Versioned Canonical Schemas

ResolvedLoadCase
Current: v1 · Supported: [1]
SystemModel
Current: v1 · Supported: [1]
Scenario
Current: v1 · Supported: [1]
FilterConfiguration
Current: v1 · Supported: [1]
MembraneConfiguration
Current: v1 · Supported: [1]
DataProfile
Current: v1 · Supported: [1]
CalibrationRecord
Current: v1 · Supported: [1]
ProvenanceRecord
Current: v1 · Supported: [1]
StudyRecord
Current: v1 · Supported: [1]
SavedSystem
Current: v1 · Supported: [1]
BatteryIncidentRecord
Current: v1 · Supported: [1]
PackageProfile
Current: v1 · Supported: [1]
ModelVersion
Current: v1 · Supported: [1]
TransportElement
Current: v1 · Supported: [1]

Registered Migrations

__synthetic_test__
v1 → v2

Verification Groups

Unit Conversions
3 cases
nominallimitdimensional
Radiolysis Generation
3 cases
nominallimitdimensional
Filter Evaluation Contract
7 cases
nominalintegrationdimensionallimitintegrationlimitintegration

Dependency Direction

UI → orchestration → contracts → physics
  • • Physics engines must NOT depend on page/UI state
  • • Source engines must NOT depend on filter UI
  • • Transport engines must NOT depend on Radiolysis or Battery pages
  • • Verification may call production interfaces; production must NOT depend on verification
  • • Reports consume canonical outputs; they must NOT become a physics engine