rs2.modeler.properties.joint.MohrCoulomb module#

class rs2.modeler.properties.joint.MohrCoulomb.MohrCoulombStageFactor(client: Client, ID, propertyID)#

Bases: ProxyObject

getNormalStiffnessFactor() → float#

getShearStiffnessFactor() → float#

getTensileStrengthFactor() → float#

getPeakCohesionFactor() → float#

getPeakFrictionAngleFactor() → float#

getResCohesionFactor() → float#

getResFrictionAngleFactor() → float#

getResTensileStrengthFactor() → float#

getAdditionalPressureInsideJointFactor() → float#

getGroundwaterPressureFactor() → float#

getJointPermeableFactor() → bool#

class rs2.modeler.properties.joint.MohrCoulomb.MohrCoulombDefinedStageFactor(client: Client, ID, propertyID)#

Bases: MohrCoulombStageFactor

setNormalStiffnessFactor(value: float)#

setShearStiffnessFactor(value: float)#

setTensileStrengthFactor(value: float)#

setPeakCohesionFactor(value: float)#

setPeakFrictionAngleFactor(value: float)#

setResCohesionFactor(value: float)#

setResFrictionAngleFactor(value: float)#

setResTensileStrengthFactor(value: float)#

setAdditionalPressureInsideJointFactor(value: float)#

setGroundwaterPressureFactor(GroundWaterPressure: float)#

setJointPermeableFactor(Permeable: bool)#

class rs2.modeler.properties.joint.MohrCoulomb.MohrCoulomb(client: Client, ID, documentProxyID)#

Bases: PropertyProxy

Variables:: stageFactorInterface (AbsoluteStageFactorInterface[MohrCoulombDefinedStageFactor, MohrCoulombStageFactor]) – Reference object for modifying stage factor property.

Examples

Code Snippet: Manipulation of Joint Stage Factor Properties

getTensileStrength() → float#

setTensileStrength(value: float)#

getPeakCohesion() → float#

setPeakCohesion(value: float)#

getPeakFrictionAngle() → float#

setPeakFrictionAngle(value: float)#

getIncludeDilation() → bool#

setIncludeDilation(value: bool)#

getDilationAngle() → float#

setDilationAngle(value: float)#

getDMin() → float#

setDMin(value: float)#

getDMax() → float#

setDMax(value: float)#

getDirectional() → bool#

setDirectional(value: bool)#

getResidualStrength() → bool#

setResidualStrength(value: bool)#

getResTensileStrength() → float#

setResTensileStrength(value: float)#

getResCohesion() → float#

setResCohesion(value: float)#

getResFrictionAngle() → float#

setResFrictionAngle(value: float)#

getNormalStiffness() → float#

setNormalStiffness(value: float)#

getShearStiffness() → float#

setShearStiffness(value: float)#

getApplyPorePressure() → bool#

setApplyPorePressure(value: bool)#

getApplyAdditionalPressureInsideJoint() → bool#

setApplyAdditionalPressureInsideJoint(value: bool)#

getAdditionalPressureType() → AdditionalPressureType#

setAdditionalPressureType(value: AdditionalPressureType)#

getAdditionalPressureInsideJoint() → float#

setAdditionalPressureInsideJoint(value: float)#

getApplyPressureToLinerSideOnly() → bool#

setApplyPressureToLinerSideOnly(value: bool)#

getApplyStageFactors() → bool#

setApplyStageFactors(value: bool)#

setPiezoID(piezoName: str)#

getPiezoID()#

setProperties(TensileStrength: float = None, PeakCohesion: float = None, PeakFrictionAngle: float = None, IncludeDilation: bool = None, DilationAngle: float = None, DMin: float = None, DMax: float = None, Directional: bool = None, ResidualStrength: bool = None, ResTensileStrength: float = None, ResCohesion: float = None, ResFrictionAngle: float = None, NormalStiffness: float = None, ShearStiffness: float = None, ApplyPorePressure: bool = None, ApplyAdditionalPressureInsideJoint: bool = None, AdditionalPressureType: AdditionalPressureType = None, AdditionalPressureInsideJoint: float = None, ApplyPressureToLinerSideOnly: bool = None, ApplyStageFactors: bool = None)#

getProperties()#