Object: Polar
- Updated2024-09-12
- 2 minute(s) read
(Area | Areas | BirdsEyeView | Bode | Cascade | ChannelTable | Contour | CurveChart2D | Dialog | DisplayObj | Map | Orbit | Picture | Polar | ShaftCenterline | Sheet | TextBox | Video) > Area > Object: Polar
Object: Polar
The Polar object provides access to a Polar axis system in DIAdem VIEW. Use the Polar object to display curves and to define curve legends.
The following example creates a polar axis system with a curve:
| VBScript | Python |
Dim oMySheet, oMyPolarObj Call Data.Root.Clear() Call DataFileLoad(DataReadPath & "Report_Data.tdm") Call View.Sheets.RemoveAll() Call View.NewLayout() Set oMySheet = View.ActiveSheet oMySheet.ActiveArea.DisplayObjType = "Polar" Set oMyPolarObj = oMySheet.ActiveArea.DisplayObj Call oMyPolarObj.CurvesPolar.Add("[5]/[1]","[5]/[2]") oMyPolarObj.AxisLabeling = True oMyPolarObj.DoubleBuffered = True
Properties
Area | AxisLabeling | CursorSynchronisationAngle | CursorSynchronisationRadius | CurvesPolar | DateTimeRepresentation | Decorations | DoubleBuffered | LegendItems | LegendWidth | RadialScalingBegin | RadialScalingEnd | RadialScalingMode | ScalingAngleDirection | ScalingZeroAngle | ToolbarVisible | XBegin | XEnd | YBegin | YEnd | ZoomCursor
Methods
Returned From
See Also
Examples
Alignment Functions in DIAdem VIEW | Automatic Display of Harmonic Frequencies | Bird's Eye View Display | Calculating a Tangent to a Curve | Contour Display in DIAdem VIEW | Creating and Viewing Long Data Channels | Dynamic Display of Statistical Characteristic Values in DIAdem VIEW | Overlaying Objects in Videos | Planetary Motion | Synchronizing Videos and Data | Synchronizing Videos and Waveform Data | User Dialog Box in VIEW for the Calculation of the FFT and Harmonic Frequencies | Using a User Command to Calculate the Difference between the Y-Values | Various Display Modes in DIAdem VIEW | Vibration Data Analysis with Parallel Processing | Viewing and Automatically Analyzing Data