SimConditionTimeStepCollection Class

class NXOpen.CAE.SimConditionTimeStepCollection

Bases: object

This class is a collection of NXOpen.CAE.SimConditionTimeStep.

To obtain an instance of this class, refer to NXOpen.CAE.SimConditionSequence

New in version NX9.0.0.

Methods

Method Description
Create Creates a NXOpen.CAE.SimConditionTimeStep at specified time referencing specified NXOpen.CAE.SimCondition and insert it in time history.
Delete Deletes a NXOpen.CAE.SimConditionTimeStep from time history
Find Collection’s object finder
Get Returns the NXOpen.CAE.SimConditionTimeStep at the specified time or None if it doesn’t exist
GetAll Returns a time ordered array of all NXOpen.CAE.SimConditionTimeStep
GetInRange Returns all NXOpen.CAE.SimConditionTimeStep falling inside the specified inclusive time range
GetWithReferenceToCondition Returns all NXOpen.CAE.SimConditionTimeStep referencing the specified NXOpen.CAE.SimCondition
ModifyTime Modifies the time of a NXOpen.CAE.SimConditionTimeStep in time history

Method Detail

Create

SimConditionTimeStepCollection.Create

Creates a NXOpen.CAE.SimConditionTimeStep at specified time referencing specified NXOpen.CAE.SimCondition and insert it in time history.

A conditionless NXOpen.CAE.SimConditionTimeStep may be added by passing None as the NXOpen.CAE.SimCondition.

Signature Create(time, condition, description)

Parameters:
Returns:

the added Time Step NXOpen.CAE.SimConditionTimeStep
Return type:

NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

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

Delete

SimConditionTimeStepCollection.Delete

Deletes a NXOpen.CAE.SimConditionTimeStep from time history

Signature Delete(step)

Parameters:step (NXOpen.CAE.SimConditionTimeStep) –

New in version NX9.0.0.

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

Find

SimConditionTimeStepCollection.Find

Collection’s object finder

Signature Find(time)

Parameters:time (str) – time of the NXOpen.CAE.SimConditionTimeStep
Returns:The NXOpen.CAE.SimConditionTimeStep
Return type:NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

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

Get

SimConditionTimeStepCollection.Get

Returns the NXOpen.CAE.SimConditionTimeStep at the specified time or None if it doesn’t exist

Signature Get(time)

Parameters:time (float) –
Returns:the corresponding NXOpen.CAE.SimConditionTimeStep
Return type:NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

License requirements: None.

GetAll

SimConditionTimeStepCollection.GetAll

Returns a time ordered array of all NXOpen.CAE.SimConditionTimeStep

Signature GetAll()

Returns:all NXOpen.CAE.SimConditionTimeStep
Return type:list of NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

License requirements: None.

GetInRange

SimConditionTimeStepCollection.GetInRange

Returns all NXOpen.CAE.SimConditionTimeStep falling inside the specified inclusive time range

Signature GetInRange(fromTime, toTime)

Parameters:
  • fromTime (float) –
  • toTime (float) –
Returns:

all NXOpen.CAE.SimConditionTimeStep within range
Return type:

list of NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

License requirements: None.

GetWithReferenceToCondition

SimConditionTimeStepCollection.GetWithReferenceToCondition

Returns all NXOpen.CAE.SimConditionTimeStep referencing the specified NXOpen.CAE.SimCondition

Signature GetWithReferenceToCondition(condition)

Parameters:condition (NXOpen.CAE.SimCondition) –
Returns:all NXOpen.CAE.SimConditionTimeStep referencing specified NXOpen.CAE.SimCondition
Return type:list of NXOpen.CAE.SimConditionTimeStep

New in version NX9.0.0.

License requirements: None.

ModifyTime

SimConditionTimeStepCollection.ModifyTime

Modifies the time of a NXOpen.CAE.SimConditionTimeStep in time history

Signature ModifyTime(step, time)

Parameters:

New in version NX9.0.0.

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