HD85943: CREATION OF LOCAL SENSOR FOR ANALYSIS VIA CATSCRIPT FAILS W ITH MESSAGE SCRIPTINGERR_1002

APAR status

• Closed as Permanent restriction.

Error description

• Problem:
  Creation of local sensor for Analysis via CATScript
  fails with message ScriptingERR_1002
  .
  Scenario:
  1. Launch the CATIA.
  2. Open the attached Demo.CATAnalysis
  3. Run the Compute Command.
  4. Go to Tool > Macro > Macros. Select the
  SensorScript.CATScript and run it.
  .
  Actual Result:
  Creation of local sensor returns an error.
  Script fails at the call of
  BasicComponent::SetReference method
  .
  Expected Result:
  Creation of local sensor should be successful.
  .
  

Local fix

Problem summary

• Creation of local sensor for Analysis via CATScript fails     w
  ith message ScriptingERR_1002
  Problem:
  Creation of local sensor for Analysis via CATScript
  fails with message ScriptingERR_1002
  .
  Scenario:
  1. Launch the CATIA.
  2. Open the attached Demo.CATAnalysis
  3. Run the Compute Command.
  4. Go to Tool > Macro > Macros. Select the
  SensorScript.CATScript and run it.
  .
  Actual Result:
  Creation of local sensor returns an error.
  Script fails at the call of
  BasicComponent::SetReference method
  .
  Expected Result:
  Creation of local sensor should be successful.
  .
  

Problem conclusion

• THIS PROBLEM IS PERMANENT RESTRICTION IN
  CATIA
  Incident Diagnosis:
  Creation of local sensor for Analysis using existing
  user created image via CATScript fails
  .
  Restriction Explanation:
  The way the local sensot is being created is not
  valid. This is not supported, as well in interactive
  application than using VB.
  We cannot use a user created image as input for a
  local sensor.
  Reason: a feature cannot be aggregated
  (tk_component) in several features
  .
  By-Pass
  Example of VB Use Case to create local sensor
  right way is as below:
  ===========================
  Set analysisSets1 = analysisCase1.AnalysisSets
  Set analysisSet1 = analysisSets1.ItemByType
  ("SensorSet")
  Set analysisEntities1 = analysisSet1.AnalysisEntities
  ' ---------------------------------------
  'Creation of local sensor
  ' ---------------------------------------
  Set analysisLocalSensor1 = analysisEntities1.Add
  ("SAMImageSensor")
  ' ---------------------------------------
  ' We set the support of the local sensor
  ' ---------------------------------------
  Set part1 = partDocument1.Part
  Set reference1 = part1.CreateReferenceFromName
  ("Selection_RSur:(Face:(Brp:(Pocket.1;0:(Brp:
  (Sketch.2;6)));None:();Cf9:
  ());MechanicalTool.1;Dynamic)")
  analysisLocalSensor1.AddSupportFromProduct
  product1, reference1
  ' ---------------------------------------
  ' We set the type and name of the local sensor :
  Translational Displacement Norm
  ' ---------------------------------------
  analysisLocalSensor1.XMLName="Sensor_Disp_Iso"
  analysisLocalSensor1.Name
  = "DisplacementMagnitude"
  Set analysisSet2 = analysisSets1.ItemByType
  ("StaticSet")
  Set reference2 =
  analysisManager1.CreateReferenceFromObject=
  (analysisSet2)
  Set reference2 = reference2.Parent
  bSTR1 = reference2.Name
  bSTR2 = reference2.Name
  ' ---------------------------------------
  ' For each local sensor:
  ' - We point the corresponding solution (of the
  current case)
  ' - We define the post-pro: max
  ' - We define the parameters (with or without)
  ' ---------------------------------------
  Set basicComponents1 =
  analysisLocalSensor1.BasicComponents
  Set basicComponent1 =
  basicComponents1.GetItem
  ("SAMOccSolutionFilter.1")
  Set basicComponents2 =
  basicComponent1.BasicComponents
  Set basicComponent2 =
  basicComponents2.GetItem ("SAMSolutionPtr.1")
  basicComponent2.SetReference "ConnectorList", 0,
  0, 0, reference2
  Set basicComponent3 =
  basicComponents2.GetItem
  ("SAMEnumOccurrences.1")
  basicComponent3.SetValue "Values", 0, 0, 0, 1
  Set basicComponent5 =
  basicComponents1.GetItem ("PostProType")
  basicComponent5.SetValue "", 0, 0, 0, 3
  Set basicComponent6 =
  basicComponents1.GetItem ("WithParameters.1")
  basicComponent6.SetValue "", 0, 0, 0, TRUE
  ===========================
  .
  List of available local sensors names (XMLName):
  .
  GPS product:
  Sensor_Disp_Iso :- Displacement Magnitude
  Sensor_Disp :- Displacement Vector
  Relative_Sensor_Disp :- Relative Displacement
  Vector
  Sensor_Rotation :- Rotation Vector
  Sensor_Stress_VonMises :- Von Mises Stress
  Sensor_EstimatedError :- Error
  .
  EST product:
  Sensor_Stress_SymTensor :- Stress Tensor
  Sensor_Stress_PpalShearing :- Principal Shearing
  Sensor_Stress_PpalTensor :- Principal Stress
  Tensor
  Sensor_Strain_PpalTensor :- Principal Strain Tensor
  Sensor_Strain_SymTensor :- Strain Tensor
  Sensor_Force :- Force
  Sensor_Moment :- Moment
  Sensor_ElasticEnergy :- Elastic Energy
  Sensor_Display_clearance :- Clearance
  Sensor_Acceleration :- Acceleration Vector
  Relative_Sensor_Acceleratio :- Relative
  Acceleration Vector
  Sensor_Velocity :- Velocity Vector
  Relative_Sensor_Velocity :- Relative Velocity Vector
  Surface_Sensor_Stress_SymTensor :- Surface
  Stress Tensor
  Surface_Sensor_Stress_PpalTensor :- Surface
  Principal Stress Tensor
  .
  

Temporary fix

Comments

APAR Information

• APAR is sysrouted FROM one or more of the following:

• APAR is sysrouted TO one or more of the following:

Fix information

Applicable component levels