CrossSectionParameters Class¶

class NXOpen.CAE.CrossSectionParameters¶

Bases: NXOpen.TaggedObject

This class is worked as a packet of information that can be used to change cross-section state.

<br/>Use NXOpen.CAE.ResultManager to create an NXOpen.CAE.CrossSectionParameters

To obtain an instance of this class use NXOpen.Session.ResultManager().

New in version NX7.5.0.

Properties¶

Property	Description
Tag	Returns the Tag for this object.

Methods¶

Method	Description
GetAbsoluteValue	Ask whether all values are absolute values @return
GetBeamElement	Ask beam element ID @return
GetBeamEnd	Ask beam end @return
GetComplexCriterion	If result is complex it returns which component is set(like real or imaginary) @return
GetElementResult	Query Element Result value @return
GetElementValueCriterion	Ask how element the result is defined.
GetFilletRadius	Return the fillets flag @return
GetFillets	Return the fillets flag @return
GetGenericResultType	Ask Result type @return
GetModelRangeParameters	Ask model range parameters @return
GetPhaseAngle	Ask phase angle.
GetResultComponent	Ask result component @return
GetScale	Ask scale @return
GetTensorComponentAbsoluteValue	Get the method used when calculating the absolute values for the derived components of `NXOpen.CAE.ResultDataType.Tensor` like `NXOpen.CAE.ResultComponent.MaximumPrincipal` @return
GetUnit	Ask result unit @return
MakeElementResult	Make Nodal result to Element Result.
SetAbsoluteValue	Set all values to absolute values.
SetBeamElement	Set beam element ID
SetBeamEnd	Set beam end
SetComplexCriterion	Set complex criteria
SetElementValueCriterion	Set how element the result is defined
SetFilletRadius	Turns on the fillets flag
SetFillets	Turns on the fillets flag
SetGenericResultType	Set Result type
SetPhaseAngle	Sets the phase angle at which result will be evaluated.
SetResultComponent	Set result component
SetScale	Set scale.
SetTensorComponentAbsoluteValue	Set the method used when calculating the absolute values for the derived components of `NXOpen.CAE.ResultDataType.Tensor` like `NXOpen.CAE.ResultComponent.MaximumPrincipal`
SetUnit	Set result unit

Method Detail¶

GetAbsoluteValue¶

CrossSectionParameters.GetAbsoluteValue¶

Ask whether all values are absolute values

Signature GetAbsoluteValue()

Returns:
Return type:	bool

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetBeamElement¶

CrossSectionParameters.GetBeamElement¶

Ask beam element ID

Signature GetBeamElement()

Returns:
Return type:	int

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetBeamEnd¶

CrossSectionParameters.GetBeamEnd¶

Ask beam end

Signature GetBeamEnd()

Returns:
Return type:	`NXOpen.CAE.ResultBeamEnd`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetComplexCriterion¶

CrossSectionParameters.GetComplexCriterion¶

If result is complex it returns which component is set(like real or imaginary)

Signature GetComplexCriterion()

Returns:
Return type:	`NXOpen.CAE.ResultComplex`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetElementResult¶

CrossSectionParameters.GetElementResult¶

Query Element Result value

Signature GetElementResult()

Returns:
Return type:	bool

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetElementValueCriterion¶

CrossSectionParameters.GetElementValueCriterion¶

Ask how element the result is defined.

Signature GetElementValueCriterion()

Returns:
Return type:	`NXOpen.CAE.ResultElementValueCriterion`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetFilletRadius¶

CrossSectionParameters.GetFilletRadius¶

Return the fillets flag

Signature GetFilletRadius()

Returns:
Return type:	float

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetFillets¶

CrossSectionParameters.GetFillets¶

Return the fillets flag

Signature GetFillets()

Returns:
Return type:	bool

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetGenericResultType¶

CrossSectionParameters.GetGenericResultType¶

Ask Result type

Signature GetGenericResultType()

Returns:
Return type:	`NXOpen.CAE.BaseResultType`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetModelRangeParameters¶

CrossSectionParameters.GetModelRangeParameters¶

Ask model range parameters

Signature GetModelRangeParameters()

Returns:
Return type:	`NXOpen.CAE.ResultParameters`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetPhaseAngle¶

CrossSectionParameters.GetPhaseAngle¶

Ask phase angle.

If complex result is set to Phaseangle type then user can specify an angle at which result will be evaluated

Signature GetPhaseAngle()

Returns:
Return type:	float

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetResultComponent¶

CrossSectionParameters.GetResultComponent¶

Ask result component

Signature GetResultComponent()

Returns:
Return type:	`NXOpen.CAE.ResultComponent`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetScale¶

CrossSectionParameters.GetScale¶

Ask scale

Signature GetScale()

Returns:
Return type:	float

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetTensorComponentAbsoluteValue¶

CrossSectionParameters.GetTensorComponentAbsoluteValue¶

Get the method used when calculating the absolute values for the derived components of NXOpen.CAE.ResultDataType.Tensor like NXOpen.CAE.ResultComponent.MaximumPrincipal

Signature GetTensorComponentAbsoluteValue()

Returns:
Return type:	`NXOpen.CAE.ResultTensorDerivedAbsolute`

New in version NX8.0.1.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

GetUnit¶

CrossSectionParameters.GetUnit¶

Ask result unit

Signature GetUnit()

Returns:
Return type:	`NXOpen.Unit`

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

MakeElementResult¶

CrossSectionParameters.MakeElementResult¶

Make Nodal result to Element Result.

To define what value should be used to represent an element, use NXOpen.CAE.CrossSectionParameters.SetElementValueCriterion()

Signature MakeElementResult(elementResult)

Parameters:	elementResult (bool) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetAbsoluteValue¶

CrossSectionParameters.SetAbsoluteValue¶

Set all values to absolute values.

Warning: Once converted to absolute value it is not possible to revert to original values.

Signature SetAbsoluteValue(absolute)

Parameters:	absolute (bool) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetBeamElement¶

CrossSectionParameters.SetBeamElement¶

Set beam element ID

Signature SetBeamElement(beamEid)

Parameters:	beamEid (int) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetBeamEnd¶

CrossSectionParameters.SetBeamEnd¶

Set beam end

Signature SetBeamEnd(beamEnd)

Parameters:	beamEnd (`NXOpen.CAE.ResultBeamEnd`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetComplexCriterion¶

CrossSectionParameters.SetComplexCriterion¶

Set complex criteria

Signature SetComplexCriterion(complex)

Parameters:	complex (`NXOpen.CAE.ResultComplex`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetElementValueCriterion¶

CrossSectionParameters.SetElementValueCriterion¶

Set how element the result is defined

Signature SetElementValueCriterion(criteria)

Parameters:	criteria (`NXOpen.CAE.ResultElementValueCriterion`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetFilletRadius¶

CrossSectionParameters.SetFilletRadius¶

Turns on the fillets flag

Signature SetFilletRadius(filletRadius)

Parameters:	filletRadius (float) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetFillets¶

CrossSectionParameters.SetFillets¶

Turns on the fillets flag

Signature SetFillets(fillets)

Parameters:	fillets (bool) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetGenericResultType¶

CrossSectionParameters.SetGenericResultType¶

Set Result type

Signature SetGenericResultType(type)

Parameters:	type (`NXOpen.CAE.BaseResultType`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetPhaseAngle¶

CrossSectionParameters.SetPhaseAngle¶

Sets the phase angle at which result will be evaluated.

This is only value if complex result is set to the PhaseAngle type

Signature SetPhaseAngle(angle)

Parameters:	angle (float) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetResultComponent¶

CrossSectionParameters.SetResultComponent¶

Set result component

Signature SetResultComponent(component)

Parameters:	component (`NXOpen.CAE.ResultComponent`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetScale¶

CrossSectionParameters.SetScale¶

Set scale.

This will affect all subsequent result query.

Signature SetScale(scale)

Parameters:	scale (float) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetTensorComponentAbsoluteValue¶

CrossSectionParameters.SetTensorComponentAbsoluteValue¶

Set the method used when calculating the absolute values for the derived components of NXOpen.CAE.ResultDataType.Tensor like NXOpen.CAE.ResultComponent.MaximumPrincipal

Signature SetTensorComponentAbsoluteValue(absolute)

Parameters:	absolute (`NXOpen.CAE.ResultTensorDerivedAbsolute`) –

New in version NX8.0.1.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)

SetUnit¶

CrossSectionParameters.SetUnit¶

Set result unit

Signature SetUnit(unit)

Parameters:	unit (`NXOpen.Unit`) –

New in version NX7.5.0.

License requirements: nx_masterfem (“Finite Element Modeling”) OR nx_design_sim (“NX Design Simulation”)