rs2.modeler.properties.material.strength.GeneralizedHoekBrown module#
- class rs2.modeler.properties.material.strength.GeneralizedHoekBrown.GeneralizedHoekBrownStageFactor(client: Client, ID, propertyID)#
Bases:
ProxyObject- getAParameterFactor() float#
- getResidualAParameterFactor() float#
- getCompressiveStrengthFactor() float#
- getDilationParameterFactor() float#
- getMbParameterFactor() float#
- getResidualMbParameterFactor() float#
- getHoekMartinMiFactor() float#
- getSParameterFactor() float#
- getResidualSParameterFactor() float#
- getTensileCutoffFactor() float#
- class rs2.modeler.properties.material.strength.GeneralizedHoekBrown.GeneralizedHoekBrownDefinedStageFactor(client: Client, ID, propertyID)#
Bases:
GeneralizedHoekBrownStageFactor- setAParameterFactor(value: float)#
- setResidualAParameterFactor(value: float)#
- setCompressiveStrengthFactor(value: float)#
- setDilationParameterFactor(value: float)#
- setMbParameterFactor(value: float)#
- setResidualMbParameterFactor(value: float)#
- setHoekMartinMiFactor(value: float)#
- setSParameterFactor(value: float)#
- setResidualSParameterFactor(value: float)#
- setTensileCutoffFactor(value: float)#
- class rs2.modeler.properties.material.strength.GeneralizedHoekBrown.GeneralizedHoekBrown(client: Client, ID, documentProxyID, stageFactorInterfaceID)#
Bases:
PropertyProxy- Variables:
stageFactorInterface (AbsoluteStageFactorGettersInterface[JointedGeneralizedHoekBrownDefinedStageFactor, JointedGeneralizedHoekBrownStageFactor]) – Reference object for modifying stage factor property.
Examples
Code Snippet: Manipulation of Strength Properties
- getMaterialType() MaterialType#
- setMaterialType(value: MaterialType)#
- getCompressiveStrength() float#
- setCompressiveStrength(value: float)#
- getMbParameter() float#
- setMbParameter(value: float)#
- getSParameter() float#
- setSParameter(value: float)#
- getAParameter() float#
- setAParameter(value: float)#
- getGSIParameter() float#
- setGSIParameter(value: float)#
- getMiParameter() float#
- setMiParameter(value: float)#
- getDParameter() float#
- setDParameter(value: float)#
- getResidualMbParameter() float#
- setResidualMbParameter(value: float)#
- getResidualSParameter() float#
- setResidualSParameter(value: float)#
- getResidualAParameter() float#
- setResidualAParameter(value: float)#
- getResidualGSIParameter() float#
- setResidualGSIParameter(value: float)#
- getResidualMiParameter() float#
- setResidualMiParameter(value: float)#
- getResidualDParameter() float#
- setResidualDParameter(value: float)#
- getDilationParameter() float#
- setDilationParameter(value: float)#
- getApplySSRShearStrengthReduction() bool#
- setApplySSRShearStrengthReduction(value: bool)#
- getTensileCutoffType() TensileCutoffOptions#
- setTensileCutoffType(value: TensileCutoffOptions)#
- getTensileCutoff() float#
- setTensileCutoff(value: float)#
- getHoekMartinMi() float#
- setHoekMartinMi(value: float)#
- setProperties(MaterialType: MaterialType = None, CompressiveStrength: float = None, MbParameter: float = None, SParameter: float = None, AParameter: float = None, GSIParameter: float = None, MiParameter: float = None, DParameter: float = None, ResidualMbParameter: float = None, ResidualSParameter: float = None, ResidualAParameter: float = None, ResidualGSIParameter: float = None, ResidualMiParameter: float = None, ResidualDParameter: float = None, DilationParameter: float = None, ApplySSRShearStrengthReduction: bool = None, TensileCutoffType: TensileCutoffOptions = None, TensileCutoff: float = None, HoekMartinMi: float = None)#
- getProperties()#