rs2.modeler.properties.material.thermal.conductivity package

rs2.modeler.properties.material.thermal.conductivity.Conductivity module

class rs2.modeler.properties.material.thermal.conductivity.Conductivity.Conductivity(client: Client, ID, documentProxyID)

Bases: PropertyProxy

Examples

Code Snippet: Manipulation of Thermal Properties

ConstantConductivity

Reference object for modifying property.

Type:: ConstantConductivity

Johansen

Reference object for modifying property.

Type:: Johansen

JohansenLu

Reference object for modifying property.

Type:: JohansenLu

Derives

Reference object for modifying property.

Type:: Derives

CoteAndKonrad

Reference object for modifying property.

Type:: CoteAndKonrad

Tabular

Reference object for modifying property.

Type:: Tabular

getMethod() → ThermalType

setMethod(value: ThermalType)

rs2.modeler.properties.material.thermal.conductivity.ConstantConductivity module

class rs2.modeler.properties.material.thermal.conductivity.ConstantConductivity.ConstantConductivity(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getUnfrozenConductivity() → float

setUnfrozenConductivity(value: float)

getFrozenConductivity() → float

setFrozenConductivity(value: float)

getFrozenTemperature() → float

setFrozenTemperature(value: float)

setProperties(UnfrozenConductivity: float = None, FrozenConductivity: float = None, FrozenTemperature: float = None)

getProperties()

rs2.modeler.properties.material.thermal.conductivity.CoteAndKonrad module

class rs2.modeler.properties.material.thermal.conductivity.CoteAndKonrad.CoteAndKonrad(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getParticleConductivity() → float

setParticleConductivity(value: float)

getUnfrozenKappa() → float

setUnfrozenKappa(value: float)

getFrozenKappa() → float

setFrozenKappa(value: float)

getChi() → float

setChi(value: float)

getEta() → float

setEta(value: float)

setProperties(ParticleConductivity: float = None, UnfrozenKappa: float = None, FrozenKappa: float = None, Chi: float = None, Eta: float = None)

getProperties()

rs2.modeler.properties.material.thermal.conductivity.Derives module

class rs2.modeler.properties.material.thermal.conductivity.Derives.Derives(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getParticleConductivity() → float

setParticleConductivity(value: float)

setProperties(ParticleConductivity: float = None)

getProperties()

rs2.modeler.properties.material.thermal.conductivity.Johansen module

class rs2.modeler.properties.material.thermal.conductivity.Johansen.Johansen(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getSoilType() → ThermalSoilType

setSoilType(value: ThermalSoilType)

getQuartzContent() → float

setQuartzContent(value: float)

getDryConductivity() → float

setDryConductivity(value: float)

getSaturatedUnfrozenConductivity() → float

setSaturatedUnfrozenConductivity(value: float)

getSaturatedFrozenConductivity() → float

setSaturatedFrozenConductivity(value: float)

setProperties(SoilType: ThermalSoilType = None, QuartzContent: float = None, DryConductivity: float = None, SaturatedUnfrozenConductivity: float = None, SaturatedFrozenConductivity: float = None)

getProperties()

rs2.modeler.properties.material.thermal.conductivity.JohansenLu module

class rs2.modeler.properties.material.thermal.conductivity.JohansenLu.JohansenLu(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getSoilType() → ThermalSoilType

setSoilType(value: ThermalSoilType)

getQuartzContent() → float

setQuartzContent(value: float)

setProperties(SoilType: ThermalSoilType = None, QuartzContent: float = None)

getProperties()

rs2.modeler.properties.material.thermal.conductivity.Tabular module

class rs2.modeler.properties.material.thermal.conductivity.Tabular.Tabular(server: Client, ID, documentProxyID)

Bases: PropertyProxy

getDependence() → ThermalVolumetricDepencenceType

setDependence(value: ThermalVolumetricDepencenceType)

setThermalConductivityTemperatureFunction(temperature: list[float], conductivity: list[float])

getThermalConductivityTemperatureFunction() → tuple[list[float], list[float]]: returns tuple (temperatureList, conductivityList).

setThermalConductivityWaterContentFunction(waterContent: list[float], conductivity: list[float])

getThermalConductivityWaterContentFunction() → tuple[list[float], list[float]]: returns tuple (waterContentList, conductivityList).

setProperties(Dependence: ThermalVolumetricDepencenceType = None)

getProperties()