rs2.modeler.properties.material.strength.NorSandStrength module#
- class rs2.modeler.properties.material.strength.NorSandStrength.NorSandStrength(server: Client, ID, documentProxyID)#
Bases:
PropertyProxy- getMTCCriticalFrictionRatio() float#
- setMTCCriticalFrictionRatio(value: float)#
- getLambdaSlopeOfCSLNaturalLog() float#
- setLambdaSlopeOfCSLNaturalLog(value: float)#
- getH0PlasticHardeningModulus() float#
- setH0PlasticHardeningModulus(value: float)#
- getChiTCDilationCoefficient() float#
- setChiTCDilationCoefficient(value: float)#
- getNVolumetricCouplingCoefficient() float#
- setNVolumetricCouplingCoefficient(value: float)#
- getHyChangeInHardeningModulus() float#
- setHyChangeInHardeningModulus(value: float)#
- getPsi0InitialStateParameter() float#
- setPsi0InitialStateParameter(value: float)#
- getGamaAltitudeOfCSLAt1KPa() float#
- setGamaAltitudeOfCSLAt1KPa(value: float)#
- getInitialConsolidationCondition() NorSandInitialConsolidationCondition#
- setInitialConsolidationCondition(value: NorSandInitialConsolidationCondition)#
- getOCR() float#
- setOCR(value: float)#
- getInitialMeanStress() float#
- setInitialMeanStress(value: float)#
- getCapSoftening() bool#
- setCapSoftening(value: bool)#
- getNorSandFluidBulkModulus() float#
- setNorSandFluidBulkModulus(value: float)#
- setProperties(MTCCriticalFrictionRatio: float = None, LambdaSlopeOfCSLNaturalLog: float = None, H0PlasticHardeningModulus: float = None, ChiTCDilationCoefficient: float = None, NVolumetricCouplingCoefficient: float = None, HyChangeInHardeningModulus: float = None, Psi0InitialStateParameter: float = None, GamaAltitudeOfCSLAt1KPa: float = None, InitialConsolidationCondition: NorSandInitialConsolidationCondition = None, OCR: float = None, InitialMeanStress: float = None, CapSoftening: bool = None, NorSandFluidBulkModulus: float = None)#
- getProperties()#