rs3.properties.material.constitutiveModel.JointedMohrCoulomb module#

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulombBase(client: Client, id: str)#

Bases: _ProxyObject, IPropertyGroupAccessors

getTensileStrength() → float#

setTensileStrength(value: float)#

getFrictionAngle() → float#

setFrictionAngle(value: float)#

getCohesion() → float#

setCohesion(value: float)#

getResidualTensileStrength() → float#

setResidualTensileStrength(value: float)#

getResidualFrictionAngle() → float#

setResidualFrictionAngle(value: float)#

getResidualCohesion() → float#

setResidualCohesion(value: float)#

getDilationAngle() → float#

setDilationAngle(value: float)#

getApplySSRShearStrengthReduction() → bool#

setApplySSRShearStrengthReduction(value: bool)#

getProperties()#: Retrieve properties as a dictionary.

setProperties(TensileStrength: float = None, FrictionAngle: float = None, Cohesion: float = None, ResidualTensileStrength: float = None, ResidualFrictionAngle: float = None, ResidualCohesion: float = None, DilationAngle: float = None, ApplySSRShearStrengthReduction: bool = None)#: Set properties using keyword arguments.

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulombStageFactorBase(id: str, stageFactorID: str, client: Client)#

Bases: IStageFactorBase

getCohesionFactor() → float#

getResidualCohesionFactor() → float#

getDilationAngleFactor() → float#

getFrictionAngleFactor() → float#

getResidualFrictionAngleFactor() → float#

getResetYieldFactor() → bool#

getTensileStrengthFactor() → float#

getResidualTensileStrengthFactor() → float#

getUnsaturatedAirEntryFactor() → float#

getUnsaturatedPhiBFactor() → float#

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulombDefinedStageFactorBase(id: str, stageFactorID: str, client: Client)#

Bases: JointedMohrCoulombStageFactorBase

setCohesionFactor(value: float)#

setResidualCohesionFactor(value: float)#

setDilationAngleFactor(value: float)#

setFrictionAngleFactor(value: float)#

setResidualFrictionAngleFactor(value: float)#

setResetYieldFactor(value: bool)#

setTensileStrengthFactor(value: float)#

setResidualTensileStrengthFactor(value: float)#

setUnsaturatedAirEntryFactor(value: float)#

setUnsaturatedPhiBFactor(value: float)#

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulombStageFactor(id: str, stageFactorId: str, client: Client)#: Bases: JointedMohrCoulombStageFactorBase

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulombDefinedStageFactor(id: str, stageFactorID: str, client: Client)#: Bases: JointedMohrCoulombDefinedStageFactorBase

class rs3.properties.material.constitutiveModel.JointedMohrCoulomb.JointedMohrCoulomb(client: Client, id: str)#

Bases: JointedMohrCoulombBase

getElasticType() → MaterialElasticityTypes#

setElasticType(StiffnessType: MaterialElasticityTypes)#

getMaterialType() → MaterialType#

setMaterialType(materialType: MaterialType)#

getJointOptions() → MaterialJointOptions#

Get all joint option controls.

Example

See 2.4 Jointed Mohr Coulomb.

>>> material = model.getAllMaterialProperties()[0]
>>> jointOptions = material.ConstitutiveModel.JointedGeneralizedHoekBrown.getJointOptions()
>>> jointOptions.setNumberOfJoint(3)
>>> firstJoint = jointOptions.getJoint(1)

rs3.properties.material.constitutiveModel.JointedMohrCoulomb module#

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