rs2.modeler.properties.material.stiffness.TransverselyIsotropic module#

class rs2.modeler.properties.material.stiffness.TransverselyIsotropic.TransverselyIsotropicStageFactor(client: Client, ID, propertyID)#

Bases: ProxyObject

getAngleCounterclockwiseFromHorizontalToE1Factor() → float#

getPoissonsRatioVAndV1zFactor() → float#

getPoissonsRatioV12Factor() → float#

getShearModulusFactor() → float#

getYoungsModulusE2Factor() → float#

getYoungsModulusE1AndEzFactor() → float#

class rs2.modeler.properties.material.stiffness.TransverselyIsotropic.TransverselyIsotropicDefinedStageFactor(client: Client, ID, propertyID)#

Bases: TransverselyIsotropicStageFactor

setAngleCounterclockwiseFromHorizontalToE1Factor(value: float)#

setPoissonsRatioVAndV1zFactor(value: float)#

setPoissonsRatioV12Factor(value: float)#

setShearModulusFactor(value: float)#

setYoungsModulusE2Factor(value: float)#

setYoungsModulusE1AndEzFactor(value: float)#

class rs2.modeler.properties.material.stiffness.TransverselyIsotropic.TransverselyIsotropic(client: Client, ID, documentProxyID, stageFactorInterfaceID)#

Bases: PropertyProxy

Variables:: stageFactorInterface (AbsoluteStageFactorGettersInterface[TransverselyIsotropicDefinedStageFactor, TransverselyIsotropicStageFactor]) – Reference object for modifying stage factor property.

Examples

Code Snippet: Manipulation of Stiffness Properties

getUseUnloadingCondition() → bool#

setUseUnloadingCondition(value: bool)#

getUnloadingCondition() → UnloadingConditions#

setUnloadingCondition(value: UnloadingConditions)#

getShearModulus() → float#

setShearModulus(value: float)#

getAngleCounterclockwiseFromHorizontalToE1() → float#

setAngleCounterclockwiseFromHorizontalToE1(value: float)#

getYoungsModulusE1AndEz() → float#

setYoungsModulusE1AndEz(value: float)#

getYoungsModulusE2() → float#

setYoungsModulusE2(value: float)#

getPoissonsRatioV12() → float#

setPoissonsRatioV12(value: float)#

getPoissonsRatioVAndV1z() → float#

setPoissonsRatioVAndV1z(value: float)#

getUnloadingShearModulus() → float#

setUnloadingShearModulus(value: float)#

getUnloadingAngleCounterclockwiseFromHorizontalToE1() → float#

setUnloadingAngleCounterclockwiseFromHorizontalToE1(value: float)#

getUnloadingYoungsModulusE1AndEz() → float#

setUnloadingYoungsModulusE1AndEz(value: float)#

getUnloadingYoungsModulusE2() → float#

setUnloadingYoungsModulusE2(value: float)#

getUnloadingPoissonsRatioV12() → float#

setUnloadingPoissonsRatioV12(value: float)#

getUnloadingPoissonsRatioVAndV1z() → float#

setUnloadingPoissonsRatioVAndV1z(value: float)#

setProperties(UseUnloadingCondition: bool = None, UnloadingCondition: UnloadingConditions = None, ShearModulus: float = None, AngleCounterclockwiseFromHorizontalToE1: float = None, YoungsModulusE1AndEz: float = None, YoungsModulusE2: float = None, PoissonsRatioV12: float = None, PoissonsRatioVAndV1z: float = None, UnloadingShearModulus: float = None, UnloadingAngleCounterclockwiseFromHorizontalToE1: float = None, UnloadingYoungsModulusE1AndEz: float = None, UnloadingYoungsModulusE2: float = None, UnloadingPoissonsRatioV12: float = None, UnloadingPoissonsRatioVAndV1z: float = None)#

getProperties()#