ontology.simnanofoam.yml

---
author: "Giorgio La Civita, giorgio.lacivita2@unibo.it"
namespace: "nanofoam"
version: "0.8"
ontology:

  NanoFOAMWrapper:
    description: The simNanoFOAM (nanoDOME + OpenFOAM + Elenbaas) wrapper
    subclass_of:
    - cuba.Wrapper

  ############################ Relationships ###################

  hasPart:
    default_rel: true
    description: "default relationship"
    inverse: nanofoam.isPartOf
    subclass_of:
    - cuba.activeRelationship

  isPartOf:
    description: "inverse of the default relationship"
    inverse: nanofoam.hasPart
    subclass_of:
    - cuba.passiveRelationship

  hasProperty:
    description: "Property relationship"
    inverse: nanofoam.isProperty
    subclass_of:
    - cuba.activeRelationship

  isProperty:
    description: "inverse of the hasProperty relationship"
    inverse: nanofoam.hasProperty
    subclass_of:
    - cuba.passiveRelationship

  ############################ attributes ###################

  vector:
    subclass_of:
    - cuba.attribute
    datatype: VECTOR:FLOAT:3

  number:
    subclass_of:
    - cuba.attribute
    datatype: INT

  value:
    subclass_of:
    - cuba.attribute
    datatype: FLOAT

  unit:
    subclass_of:
    - cuba.attribute
    datatype: STRING

  path:
    subclass_of:
    - cuba.attribute
    datatype: STRING

  name:
    subclass_of:
    - cuba.attribute
    datatype: STRING

 ########################### entities ###################

  SymbolicComposition:
    subclass_of:
    - cuba.Entity

  AccuracyLevel:
    subclass_of:
    - cuba.Entity

  HighAccuracyLevel:
    subclass_of:
    - nanofoam.AccuracyLevel

  MediumAccuracyLevel:
    subclass_of:
    - nanofoam.AccuracyLevel

  LowAccuracyLevel:
    subclass_of:
    - nanofoam.AccuracyLevel

  nanoReactor:
    subclass_of:
    - nanofoam.SymbolicComposition
    - nanofoam.hasPart:
        range: nanofoam.CylindricalReactorDimensions
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.reactorCell
        exclusive: false
        cardinality: some
    - nanofoam.hasPart:
        range: nanofoam.Time
        exclusive: false
        cardinality: 1

  reactorCell:
    subclass_of:
    - nanofoam.SymbolicComposition
    - nanofoam.hasProperty:
        range: nanofoam.ThermoCond
        exclusive: false
        cardinality: 1
    - nanofoam.hasProperty:
        range: nanofoam.GasComposition
        exclusive: false
        cardinality: 1
    - nanofoam.hasProperty:
        range: nanofoam.Velocity
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.NanoParticleSizeDistribution
        exclusive: false
        cardinality: 1
    attributes:
      nanofoam.name: ~

  SolidPrecursor:
    subclass_of:
    - nanofoam.PlasmaSource
    - nanofoam.hasProperty:
        range: nanofoam.MaterialType
        exclusive: false
        cardinality: 1
    - nanofoam.hasProperty:
        range: nanofoam.FeedRate
        exclusive: false
        cardinality: 1

  Plasma:
    subclass_of:
    - nanofoam.PlasmaSource
    - nanofoam.hasProperty:
        range: nanofoam.PlasmaProperty
        exclusive: true
        cardinality: some

  PlasmaSource:
    subclass_of:
    - cuba.Entity
    - nanofoam.hasProperty:
        range: nanofoam.nanoReactor
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.Plasma
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.SolidPrecursor
        exclusive: false
        cardinality: 1
    - nanofoam.hasProperty:
        range: nanofoam.InputPower
        exclusive: false
        cardinality: 1
    - nanofoam.hasProperty:
        range: nanofoam.FlowRate
        exclusive: false
        cardinality: 1

  ThermoCond:
    subclass_of:
    - nanofoam.nanoReactor
    - nanofoam.hasPart:
        range: nanofoam.Pressure
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.Temperature
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.TemperatureGradient
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.TemperatureStreamline
        exclusive: false
        cardinality: some

  CylindricalReactorDimensions:
    subclass_of:
    - nanofoam.nanoReactor
    - nanofoam.hasPart:
        range: nanofoam.Diameter
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.Length
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.InletDiameter
        exclusive: false
        cardinality: 1

  GasComposition:
    subclass_of:
    - nanofoam.nanoReactor
    - nanofoam.hasPart:
        range: nanofoam.MolarFraction
        exclusive: false
        cardinality: some

  NanoParticleSizeDistribution:
    subclass_of:
    - nanofoam.SymbolicComposition
    - nanofoam.hasPart:
        range: nanofoam.Bin
        exclusive: true
        cardinality: some
    attributes:
      nanofoam.name: ~

  Bin:
    subclass_of:
    - nanofoam.NanoParticleSizeDistribution
    - nanofoam.hasPart:
        range: nanofoam.ParticleDiameter
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.ParticleNumberDensity
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.ParticleVolumePercentage
        exclusive: false
        cardinality: 1
    - nanofoam.hasPart:
        range: nanofoam.ParticleFractalDimension
        exclusive: false
        cardinality: 1

 ################### quantities #################

  Path:
    subclass_of:
    - cuba.Entity
    attributes:
      nanofoam.path: ~
      nanofoam.name: ~
      nanofoam.unit: ~

  MaterialType:
    subclass_of:
    - cuba.Entity
    attributes:
      nanofoam.name: ~

  PhysicalQuantity:
    subclass_of:
    - cuba.Entity
    attributes:
      nanofoam.value: ~
      nanofoam.unit: ~
      nanofoam.name: ~

  Type:
    subclass_of:
    - nanofoam.MaterialType

  Diameter:
    subclass_of:
    - nanofoam.PhysicalQuantity

  InletDiameter:
    subclass_of:
    - nanofoam.PhysicalQuantity

  Length:
    subclass_of:
    - nanofoam.PhysicalQuantity

  Time:
    subclass_of:
    - nanofoam.PhysicalQuantity

  Velocity:
    subclass_of:
    - nanofoam.PhysicalQuantity

  Pressure:
    subclass_of:
    - nanofoam.PhysicalQuantity

  Temperature:
    subclass_of:
    - nanofoam.PhysicalQuantity

  TemperatureGradient:
    subclass_of:
    - nanofoam.PhysicalQuantity

  InputPower:
    subclass_of:
    - nanofoam.PhysicalQuantity

  FlowRate:
    subclass_of:
    - nanofoam.PhysicalQuantity

  PlasmaProperty:
    subclass_of:
    - nanofoam.Path

  TemperatureStreamline:
    subclass_of:
    - nanofoam.Path

  FeedRate:
    subclass_of:
    - nanofoam.PhysicalQuantity

  MolarFraction:
    subclass_of:
    - nanofoam.PhysicalQuantity

  ParticleDiameter:
    subclass_of:
    - nanofoam.PhysicalQuantity

  ParticleVolumePercentage:
    subclass_of:
    - nanofoam.PhysicalQuantity

  ParticleNumberDensity:
    subclass_of:
    - nanofoam.PhysicalQuantity

  ParticleFractalDimension:
    subclass_of:
    - nanofoam.PhysicalQuantity