The following is an example of a script to export a CSV file after setting up a new arc graph from the displayed model using “Results” > ‘Section’ > “Arbitrary Region” > “New Arc …”.
app = designer.GetApplication() #Use the first study of the first model (index 0 is the first) # Create arc section graph (“Test” is the name of the graph, 0 is the index) sectiongraph1 = app.GetModel(0).GetStudy(0).CreateSectionGraph(u"Test", 0) # Explicitly set graph name sectiongraph1.SetName(u"Test") # Set result type to magnetic flux density sectiongraph1.SetResultType(u"MagneticFluxDensity", u"") # Flag for creating a sectional graph of arbitrary area sectiongraph1.SetAirRegionFlag(True) # Specify the number of section divisions sectiongraph1.SetAirRegionSectionGraph(u"45") # Flag to output a graph with separate lines for each material sectiongraph1.SetSeparateLines(False) # Set X axis to angle sectiongraph1.SetAbscissa(u"angle") # Set center point, axis, starting point, and angle of arc graph sectiongraph1.SetArcExpression(u"0", u"0", u"0", u"0", u"0", u"1", u"30", u"0", u"0", u"90", u"30") # Set arc offset sectiongraph1.SetArcOffset(u"0") # Set reference coordinate system for section graph sectiongraph1.SetResultCoordinate(u"Use Coordinate System of Target Point") # Set the component of the result to be output sectiongraph1.SetComponent(u"Radial") # Set the coordinate system of the symmetry boundary to the section graph sectiongraph1.SetBoundaryCoordinate(u"Global Rectangular") #Create arc section graph sectiongraph1.Build() #Exporting CSV files app.GetDataManager().GetGraphModel(u"Test").WriteTable(u"D:/MagFllux.csv")
