The following is an example of a script that checks for duplicates, creates response data, and creates a response graph.
※It checks whether the response value is registered, so it is used with calculated data.
app = designer.GetApplication() # Get the study. app.SetCurrentStudy(0) # Response data title tt = u"AverageTorque" # Variable name of response data val = u"AT" # Get a list of candidates for the X and Y axes of the response graph. paramDataNameList = app.GetCurrentStudy().ParametricDataNames() # Get the number of candidates for the X and Y axes. numParamData = len(paramDataNameList) # Obtain the number of design parameters. numParameter = app.GetCurrentStudy().GetDesignTable().NumParameters() # create a list responseDataNameList = [] # From the list obtained, create a list excluding the first case number and design parameters. numSkip = 1 + numParameter for index in range(numSkip, numParamData): responseDataNameList.append(paramDataNameList[index]) # If the specified name is not found in the list of response data created, create a response value and response graph. If it is found, do nothing. if tt in responseDataNameList: # Do nothing if there are duplicate response data. pass else: # Create response data and response graphs. # Title parameter = app.CreateResponseDataParameter(tt) # calculation parameter.SetCalculationType(u"SimpleAverage") # Unit parameter.SetUnit(u"Step") # Start parameter.SetStartValue(u"1") # End(Get the number of steps in the study) parameter.SetEndValue(app.GetCurrentStudy().GetStep().GetValue(u"Step")) # Variable parameter.SetVariable(val) # Acquire the calculation result data set (point sequence) for which the Response Data is to be created. TorqueResult = app.GetCurrentStudy().GetDataSet(u"Torque", 1) # Response Data creation. app.GetDataManager().CreateParametricDataWithParameter(TorqueResult, parameter) # Creating a response graph. app.GetCurrentStudy().CreateParametricGraphWithName(u"ATGraph", u"Case Index", 0,tt)
