Path results vs time (Graphic control)

How can we get the tabular data (without using undocumented and supported commands) when the Graphics Control is set to time (not S).

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Erik Kostson

One way is to loop over the times and get the max/min/average values and save them in a file.

model=ExtAPI.DataModel.Project.Model # refer to Model
analysis = model.Analyses[0]
solution = analysis.Solution
ns=DataModel.GetObjectsByName('Selection')[0] # change as needed
path = DataModel.GetObjectsByName('Path')[0] # change as needed
res=solution.AddUserDefinedResult()
res.ScopingMethod=GeometryDefineByType.Path
res.Location=ns
res.Location=path

res.Expression='UZ'

res.EvaluateAllResults()
res.GraphControlsXAxis = GraphControlsXAxis.Time


f1=open("D:\\testexppath.txt","w") #open file in user directory change as needed
for t in time_steps:
    with Transaction():
        res.DisplayTime=Quantity(float(t), "sec")
        max=res.Maximum
        min=res.Minimum
        ave=res.Average
        res.EvaluateAllResults()
        f1.write(str(t) + " , " + str(max) +","+ " , " + str(min) + "\n")
f1.close()

another perhaps faster way is below (can be easily modified to save to a file - see last script):

myr=ExtAPI.DataModel.GetObjectsByName("User Defined Result") # name of results to activate
Tree.Activate(myr)
paneTabular=ExtAPI.UserInterface.GetPane(MechanicalPanelEnum.TabularData)
control = paneTabular.ControlUnknown
for col in range(1,control.ColumnsCount+1):
    for row in range(1,control.RowsCount+1):
        cellText= control.cell(row ,col ).Text
        if cellText!=None:
            print cellText

and saving to file:

myr=ExtAPI.DataModel.GetObjectsByName("User Defined Result") # name of results to activate
Tree.Activate(myr)
paneTabular=ExtAPI.UserInterface.GetPane(MechanicalPanelEnum.TabularData)
control = paneTabular.ControlUnknown
f1=open("D:\\testexppath2.txt","w") #open file in user directory change as needed
for row in range(1,control.RowsCount+1):
        t= control.cell(row ,2).Text
        min= control.cell(row ,3).Text
        max= control.cell(row ,4).Text
        ave= control.cell(row ,5).Text
        f1.write(str(t) + " , " + str(max) + " , " + " , " + str(min) + " , "+str(ave) + "\n")
f1.close()