![]() | Processing |
The ProcessingConfiguration type exposes the following members.
Name | Description | |
---|---|---|
![]() | AddFrequencySpectrumFilterShape | Adds a shape to the list of shapes defining the frequency spectrum filter for the specified source. |
![]() | AddPhaseCorrectionSegment | Adds a phase correction segment to the existing ones. |
![]() | AddPhaseCorrectionZone | Adds a phase correction zone to the existing ones. |
![]() | Dispose | |
![]() | Equals | Indicates whether the current object is equal to another object of the same type. |
![]() | GetAutoFocusDistance_m | Gets auto focus reconstruction distance at index position in the scan |
![]() | GetAutoFocusMean | Gets auto focus Mean at index position in the scan |
![]() | GetAutoFocusNumberOfSteps | Gets the number of steps in the auto focus scan |
![]() | GetAutoFocusRoi | Gets the region of interest in which the auto-focus must be performed. |
![]() | GetAutoFocusSTD | Gets auto focus STD at index position in the scan |
![]() | GetFrequencySpectrumFilterShapes | Gets the list of shapes defining the frequency spectrum filter for the specified source. |
![]() | GetPhaseCalibrationCoefficient | Gets the calibration phase correction coefficient for the specified order. |
![]() | GetPhaseContinuousCoefficient | Gets the user phase continuous coefficient for the specified order. |
![]() | GetPhaseCorrectionCoefficient | Gets the user phase correction coefficient for the specified order. |
![]() | GetPhaseCorrectionSegments | Gets an array containing the user defined phase correction segments. |
![]() | GetPhaseCorrectionZones | Gets an array containing the user defined phase correction zones. |
![]() | GetRoi | Gets the region of interest (ROI) defined on phase and intensity images. |
![]() | LoadReferenceHologram(PhysicalLaserSource, String) | Loads the reference hologram for the specified source from a path location. |
![]() | LoadReferenceHologram(PhysicalLaserSource, Byte, Int32, Int32) | Loads the reference hologram for the specified source from byte array. |
![]() | ResetAutoFocusRoi | Resets the region of interest to the maximum size. |
![]() | ResetFrequencySpectrumFilterShapes | Erases all the shapes added to the list of shapes defining the frequency spectrum filter for the specified source. |
![]() | ResetPhaseCalibrationCoefficients | Removes all phase calibration coefficients. |
![]() | ResetPhaseContinuousCoefficients | Removes all phase continuous coefficients. |
![]() | ResetPhaseCorrectionCoefficients | Removes all phase correction coefficients. |
![]() | ResetPhaseCorrectionSegments | Deletes all the phase correction segments. |
![]() | ResetPhaseCorrectionZones | Deletes all the phase correction segments. |
![]() | SaveReferenceHologram | Saves the reference hologram for the specified source to a .bin file. |
![]() | SetAutoFocusRoi | Sets the region of interest in which the auto-focus must be performed. |
![]() | SetFrequencySpectrumFilterShapes | Sets the list of shapes defining the frequency spectrum filter for the specified source. |
![]() | SetPhaseCalibrationCoefficient | Sets the calibration phase correction coefficient for the specified order. |
![]() | SetPhaseContinuousCoefficient | Sets the user phase continuous coefficient for the specified order. |
![]() | SetPhaseCorrectionCoefficient | Sets the user phase correction coefficient for the specified order. |
![]() | SetPhaseCorrectionSegments | Sets an array containing the user defined phase correction segments. |
![]() | SetPhaseCorrectionZones | Sets an array containing the user defined phase correction zones. |
![]() | SetRoi | Sets the region of interest (ROI) to be extracted on phase and intensity images. |
![]() | UndoFrequencySpectrumFilterShape | Removes the last shape added to the list of shapes defining the frequency spectrum filter for the specified source. |
![]() | UndoPhaseCorrectionSegment | Remove the last phase correction segment added. |
![]() | UndoPhaseCorrectionZone | Remove the last phase correction zone added. |
![]() | UseOneShotPhaseCorrection | Enables OneShot phase correction for next reconstruction. |