Cognex.VisionPro.ImageProcessing

The exception that is thrown when an image processing operation is attempted with two regions that do not overlap.

The exception that is thrown when CogPolarUnwrap's Execute method is called with with more than 32767 samples in the x-direction.

The exception that is thrown when CogPolarUnwrap's Execute method is called with with more than 32767 samples in the y-direction.

The exception that is thrown when CogPolarUnwrap's Execute method is called with a null Region.

The exception that is thrown when CogPolarUnwrap's Region is is neither a nor a .

The exception that is thrown when attempting a polar mapping of the point at the center of an annular region.

The exception that is thrown when CogPolarUnwrap's Execute method discovers that some of the sampling points require data that lies outside the input image.

The exception that is thrown when the output image calculated by CogAffineTransform's Execute method contains less than 1 pixel in either direction.

The exception that is thrown when the output image calculated by CogAffineTransform's Execute method contains more than 32767 pixels in either direction.

The exception that is thrown when the number of images to average is less than one.

The exception that is thrown if you call CogImageAverage's Add method and the resulting image does not have the same number of rows and columns as previous calls to this method.

The NxM kernel dimensions must be positive odd integers (e.g. 1, 3, 5, 7, 9, 11, ...).

The CogIPOneImageConvolveNxM kernel values may not all be zero.

The CogIPOneImageMissingPixel invalid direction.

The CogIPOneImageMissingPixel invalid value computation.

The CogIPOneImageMissingPixel invalid global value mode.

The CogIPOneImageMissingPixel smoothing values must be between 1 and 64.

The CogIPOneImageMissingPixel global value is outside destination image pixel.

The CogIPOneImageMissingPixel bound destination image.

Class that defines the state flags for the ICogIPOneImageOperatorParams interface. Each static field in this class defines a single bit flag. These flags may appear in the EventArgs of a Changed event fired by any class implementing ICogIPOneImageOperatorParams.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

Class that defines the state flags for the ICogIPOneImageOperator interface. Each static field in this class defines a single bit flag. These flags may appear in the EventArgs of a Changed event fired by any class implementing ICogIPOneImageOperator.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

Class that transforms a portion of an image defined by a CogRectangleAffine into a new rectangular image.

Primary interface of the CogAffineTransform class that transforms a portion of an image defined by a CogRectangleAffine into a new rectangular image.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by ScalingX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ScalingY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SamplingMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ClipMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ClipFillValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ClipFillPlane0Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ClipFillPlane1Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ClipFillPlane2Value may have changed.

Specifies the plane 2 value with which to fill clipped color pixels if ClipMode=cogAffineTransformClipModeFill.

Specifies the plane 1 value with which to fill clipped color pixels if ClipMode=cogAffineTransformClipModeFill.

Specifies the plane 0 value with which to fill clipped color pixels if ClipMode=cogAffineTransformClipModeFill.

Fires when the fill value changes. The following state flag may be affected:

The new value is < 0 or > 255.

Specifies the value with which to fill clipped pixels if ClipMode=cogAffineTransformClipModeFill.

Specifies the value with which to fill clipped pixels if is set to Fill.0

Specifies what to do if any portion of the affine region lies outside the input image.

Specifies what to do if any portion of the affine region lies outside the input image.Zeroes Fires when the clip mode changes. The following state flag may be affected:

The new value is not in . Fires when the sampling mode changes. The following state flag may be affected:

Specifies the sampling mode used when performing the affine transform operation.

Specifies the sampling mode used when performing the affine transform operation.BilinearInterpolationBilinearAccurateThe new value is not in .Specifies the scaling factor for the Y direction of the output image. For example, setting ScalingY to 2.0 will result in an output image that is approximately twice as high as the SideYLength of the input region (when measured in image pixels).1.0 Fires when the y-scaling factor changes. The following state flag may be affected:

The new value is < 0.001 or > 1000.0.

Specifies the scaling factor for the Y direction of the output image. For example, setting ScalingY to 2.0 will result in an output image that is approximately twice as high as the SideYLength of the input region (when measured in image pixels).

Specifies the scaling factor for the X direction of the output image. For example, setting ScalingX to 2.0 will result in an output image that is approximately twice as wide as the SideXLength of the input region (when measured in image pixels).

Fires when the x-scaling factor changes. The following state flag may be affected:

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Should be set to true when called from your public Dispose() method, thus disposing of all managed and unmanaged resources. It should be set to false when called from your Finalizer, thus disposing of only unmanaged resources.

Releases all resources used by this class instance. Only derived classes that implement Dispose should call this method; Other clients who wish to explicitly release resources should call IDisposable.Dispose. Do not attempt to access an object after it has been disposed.

Returns a deep copy of this class instance. Derived classes that implement Clone should override this method; other clients who wish to clone this instance should call ICloneable.Clone. See also CogSerializer.DeepCopyObject

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Re-enables raising of the Changed event after SuspendChangedEvent has been called. Also raises the Changed event if the ChangedEventSuspended count is reduced to zero and any changes were made while events were suspended. Must be called once for each call to SuspendChangedEvent.

The InputImage to analyze.A that specifies the region to be transformed.An optional OutputImageMask, the same size as the .Transforms a portion of the input image defined by an into a rectangular output image with a relative size determined by the , properties. If the region parameter is Nothing then the whole input image is transformed.An containing the results of the image transformation.

Transforms a portion of the input image defined by an affine rectangle into a rectangular output image with a relative size determined by the ScalingX, ScalingY properties. If the Region parameter is Nothing then the whole input image is transformed.

is NULL. does not support . is not allocated. is partly or entirely outside the image and is Error.The calculated output image was less than 1 pixel in either direction.The calculated output image was greater than 32767 pixels in either direction.The selected space of is not a valid space of the 's coordinate space tree.The selected space name of is a nonqualified space name and more than one instance of it exists in the space tree of . The selected space name of is not a legal space nameThe selected space of the is not a valid space of .The selected space name of the is a nonqualified space name and more than one instance of it exists in the space tree of .The selected space name of the is not a legal space name.

Occurs when one or more parts of the object's state may have changed.

Tool that transforms a portion of an image defined by a CogRectangleAffine into a new rectangular image. The output image's coordinate space tree is adjusted to preserve the relationship between root space and image features.

Tool that transforms a portion of an image defined by a CogRectangleAffine into a new rectangular image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordDiagEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by CurrentRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Region may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by RunParams may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by CreateOutputImageMask may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImageMask may have changed.

Returns a mask image that is the same size as the . If clipping occurred when the value for a pixel in the OutputImage was computed, the corresponding pixel in OutputImageMask is set to 0; otherwise it is set to 255.

Returns a mask image that is the same size as the OutputImage. If clipping occurred when the value for a pixel in the OutputImage was computed, the corresponding pixel in OutputImageMask is set to 0; otherwise it is set to 255.

The output image into which the region was transformed.

Specifies whether to create an optional OutputImageMask image when the tool is run.False Fires when the value of this property changes. The following state flag may be affected:

Specifies whether to create the OutputImageMask image when the tool is run.

Run parameters for affine transform.

Run parameters for the transformation.A default constructed CogAffineTransform Fires when the value of this property changes. The following state flag may be affected:

The interface is not supported.A that specifies the region to be transformed. Can be set to Nothing in order to transform the entire image.NULL

A CogRectangleAffine that specifies the region to be transformed. Can be set to Nothing in order to transform the entire image.

Fires when the value of this property changes. The following state flag may be affected:

The image from which to read the pixels.NULL

The image from which to read the pixels.

Enable creation of records by bitwise ORing the appropriate CurrentRecordConstants.InputImage + Region Fires when the value of this property changes. The following state flag may be affected:

Enable creation of records by bitwise ORing the appropriate CurrentRecordConstants.

Fires when the value of this property changes. The following state flag may be affected:

Enable creation of records by bitwise ORing the appropriate LastRunRecordDiagConstants. These are diagnostic records that might cause the tool to have a longer execution time.Region + InputImageByReference

Enable creation of records by bitwise ORing the appropriate LastRunRecordDiagConstants. These are diagnostic records that may cause the Tool to have a longer execution time.

Enable creation of records by bitwise ORing the appropriate LastRunRecordConstants.OutputImage

Enable creation of records by bitwise ORing the appropriate LastRunRecordConstants.

Fires when the value of this property changes. The following state flag may be affected:

Gets general information about the last call to Run.

Gets or sets the name of the tool.

Fires before the tool runs. Fires when the tool runs. If the run was successful, results are generated; if the run was not successful, no results are generated and the previous results are cleared. Use after returns or in a event handler to determine whether a run was successful or unsuccessful. The following state flags may be affected:

Fires after the tool runs. Transform the portion of the InputImage defined by an and generate an , along with an optional OutputImageMask.

Runs the tool using the current parameter settings.

n/a

Class that copies a region of pixels into a destination image.

Primary interface of the class.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillRegion may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillRegionValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillBoundingBox may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillBoundingBoxValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by RegionMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ImageAlignmentEnabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImageAlignmentX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImageAlignmentY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DestinationImageAlignmentX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DestinationImageAlignmentY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SpaceTreeMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by MergedSpaceTreeName may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillRegionPlane0Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillRegionPlane1Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillRegionPlane2Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillBoundingBoxPlane0Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillBoundingBoxPlane1Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by FillBoundingBoxPlane2Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DefaultOutputImageType may have changed.

The output image type when no input image is supplied.Fires when this property changes.

Specifies the output image type when no input image is supplied.

Specifies the name of a coordinate space that bridges the root nodes of the two coordinate space trees if a merged SpaceTreeMode is selected.

Fires when the value of this property changes. The following state flag may be affected:

Specifies the name of a coordinate space that bridges the root nodes of the two coordinate space trees if a merged is selected."MergedSpaceTree" Fires when the value of this property changes. The following state flag may be affected:

Trees are copied and merged by reference. If this value is either CopyInputMergeDestination or UseDestinationMergeInput, be careful to avoid circular references to coordinate space trees.

Specifies how the coordinate space tree of the DestinationImage should be affected. Ignored if no DestinationImage is given.

The space tree mode is not in .

Specifies the Y coordinate on DestinationImage used to align both images. This coordinate is specified in the same selected space as DestinationImage. It is only used when ImageAlignmentEnabled is true.

Fires when the value of this property changes. The following state flag may be affected:

Specifies the y-coordinate on used to align both images. This coordinate is specified in the same selected space as . It is only used when is true.0.0 (in selected space of )

Specifies the X coordinate on DestinationImage used to align both images. This coordinate is specified in the same selected space as DestinationImage. It is only used when ImageAlignmentEnabled is true.

Fires when the value of this property changes. The following state flag may be affected:

Specifies the x-coordinate on used to align both images. This coordinate is specified in the same selected space as . It is only used when is true.0.0 (in selected space of )Specifies the y-coordinate on used to align both images. This coordinate is specified in the same selected space as InputImage passed to the Execute method. It is only used when is True.0.0 (in selected space of ) Fires when the value of this property changes. The following state flag may be affected:

Specifies the Y coordinate on InputImage used to align both images. This coordinate is specified in the same selected space as InputImage passed to the Execute method. It is only used when ImageAlignmentEnabled is true.

Fires when the value of this property changes. The following state flag may be affected:

Specifies the X coordinate on InputImage used to align both images. This coordinate is specified in the same selected space as InputImage passed to the Execute method. It is only used when ImageAlignmentEnabled is true.

Specifies the x-coordinate on used to align both images. This coordinate is specified in the same selected space as InputImage passed to the Execute method. It is only used when is True.0.0 (in selected space of ) Fires when the value of this property changes. The following state flag may be affected:

Specifies whether or not the alignment coordinates should be used to align the InputImage with the DestinationImage (if given). If not enabled, the upper-left corner of the images will be used for alignment.

Specifies whether or not the alignment coordinates should be used to align the with the , if given. If not enabled, the upper-left corner of the images are used for alignment.False Fires when the value of this property changes. The following state flag may be affected:

Specifies whether copying will be performed strictly within the confines of the region specified or within the image aligned bounding box of the region.

Specifies whether copying will be performed strictly within the confines of or within the image aligned bounding box of the region.PixelAlignedBoundingBoxAdjustMaskThe region mode is not AffineTransform or PixelAlignedBoundingBox. The value to write into Plane 2 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.Fires when this property changes.

Specifies the value to write into Plane 2 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.

The value to write into Plane 1 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.Fires when this property changes.

Specifies the value to write into Plane 1 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.

Specifies the value to write into Plane 0 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.

The value to write into Plane 0 of pixels outside of the region and inside of the bounding box, if FillBoundingBox is True and the output image is a CogImage24PlanarColor.Fires when this property changes. Fires when the value of this property changes. The following state flag may be affected:

If FillBoundingBox=True, specifies the value with which to fill the bounding box outside the region. Otherwise, this property is ignored.

If is True, specifies the value with which to fill the bounding box outside the region. Otherwise, this property is ignored.0Specifies whether to fill the bounding box with (or with , , and if the image is ) instead of leaving it unchanged.True Fires when the value of this property changes. The following state flag may be affected:

Specifies whether to fill the bounding box with FillBoundingBoxValue instead of leaving it unchanged.

Specifies the value with which to fill Plane 2 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.

The value with which to fill Plane 2 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.Fires when this property changes.

Specifies the value with which to fill Plane 1 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.

The value with which to fill Plane 1 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.Fires when this property changes.

Specifies the value with which to fill Plane 0 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.

The value with which to fill Plane 0 of the destination region if FillRegion is True and the output image is a CogImage24PlanarColor.Fires when this property changes.If is True, specifies the value with which to fill the destination region.255 Fires when the value of this property changes. The following state flag may be affected:

Specifies the value with which to fill the destination region if FillRegion=True.

Specifies whether to fill the destination region with (or with , , and if the image is ) instead of copying pixels from the source image.False

Specifies whether to fill the destination region with FillRegionValue instead of copying pixels from the source image.

Fires when the value of this property changes. The following state flag may be affected:

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The input image.The portion of to use. If NULL, the entire is used. Otherwise specifies how the region is used.The destination image.True if the was clipped. False otherwise.True if the was clipped. False otherwise.The input mapped into the pixel space of the . This shape is not clipped.Computes the and values that would be returned by the method, but does not copy any pixels. is NULL .Either or is True and the value of either or is outside the range of valid values for (for example 0 to 255 for ). is NULL and ( = False or = NULL). is not allocated and ( = False or = NULL). is not NULL and the selected space of is not a valid space name in .

Computes the SourceClipped, DestinationClipped and DestinationRegion values that would be returned by the Execute method, but does not copy any pixels.

Copies a region of the InputImage into the DestinationImage, or into a newly-created OutputImage if no DestinationImage is given.

The destination image. If is NULL, this is a new image. Otherwise it is .Either or is True and the value of either or is outside the range of valid values for (for example 0 to 255 for . is NULL and ( = False or = NULL). is not allocated and ( = False or = NULL). is not NULL and the selected space of is not a valid space name in .

Occurs when one or more parts of the object's state may have changed.

Tool that copies a region of pixels from one image to another, or copies a constant value into a given region of an image. Can either create a new output image or write into an existing one. If a new output image is created, its coordinate space tree is adjusted to preserve the relationship between root space and image features.

Tool that copies a region of pixels into a destination image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordDiagEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by CurrentRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Region may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DestinationImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by RunParams may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DestinationRegion may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SourceClipped may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by DestinationClipped may have changed.

Returns True if was partially or entirely outside the bounds of . This condition is not an error; the tool will copy as much of the region as possible in this case.

Returns True if the Region was partially or entirely outside the bounds of the OutputImage. This condition does not indicate an error and the tool will still copy as much of the region as possible in this case.

Returns True if was partially or entirely outside the bounds of . This condition is not an error; the tool will copy as much of the region as possible in this case.

Returns True if the Region was partially or entirely outside the bounds of the InputImage. This condition does not indicate an error and the tool will still copy as much of the region as possible in this case.

Returns a destination region graphic that was created when the tool was last run by mapping the input region into the pixel space of the output image.

Returns a destination region graphic that was created when the tool was last run by mapping the input region into the pixel space of the output image.The resulting image. If was not NULL when the tool ran, returns a reference to that image. Otherwise it returns a reference to a new image created by the tool.

If DestinationImage was non-NULL when the tool ran, this just returns a reference to that image. Otherwise it returns a reference to a new image created by the tool.

The object does not support the interface.Run parameters for region copying. Fires when the value of this property changes. The following state flag may be affected:

Run parameters for region copying.

The image into which to copy the region of pixels, or Nothing to create a new image. If is not Nothing, returns a reference to this image.

The image into which to copy the region of pixels, or Nothing to create a new image.

Fires when the value of this property changes. The following state flag may be affected:

Which portion of the InputImage shall be copied. If Region is NULL then the entire InputImage is copied.

Fires when the value of this property changes. The following state flag may be affected:

The region of the to copy to the . The determines how the input region is used to control which pixels are considered and which are ignored. If no region is supplied, the tool uses the entire .NullThe image to copy to . specifies that portion of the image that will be copies. If is NULL, the tool uses the entire . If . is True, then is optional and used only to map to pixel coordinates.

The tool will copy a portion of this image, or the entire image if Region=NULL. If FillRegion=True then InputImage is optional and used only to map the region into pixel coordinates.

Fires when the value of this property changes. The following state flag may be affected:

Enable the creation of records by bitwise ORing the appropriate . InputImage + Region + DestinationImage.

Enable creation of records by bitwise ORing the appropriate CurrentRecordConstants.

Fires when the value of this property changes. The following state flag may be affected:

Enable the creation of records by bitwise ORing the appropriate . These are diagnostic records that may cause the Tool to have a longer execution time.Region + InputImageByReference Fires when the value of this property changes. The following state flag may be affected:

Enable creation of records by bitwise ORing the appropriate LastRunRecordDiagConstants. These are diagnostic records that may cause the Tool to have a longer execution time.

Enable creation of records by bitwise ORing the appropriate LastRunRecordConstants.

Fires when the value of this property changes. The following state flag may be affected:

Enable the creation of records by bitwise ORing the appropriate .OutputImage

Gets general information about the last call to Run.

Gets or sets the name of the tool.

Fires after the tool runs. Copies the using the supplied to the . If is NULL (Nothing), then is a newly-created image. You can specify that the copy be limited to part of the by supplying a .

Runs the tool using the current parameter settings.

n/a

Class for generating a histogram.

Interface for configuring and generating a histogram.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by RegionMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by NumBins may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImageMask may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImageMaskOffsetX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImageMaskOffsetY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by BinMode may have changed.

The BinMode specifies how bin processing should be performed.

Fires when the value of this property changes. The following state flag may be affected:

Y offset value in pixels. The X & Y offset values measure the offset from the upper-left corner of the InputImage to the upper-left corner of the InputImageMask, in pixel coordinates of the InputImage.

The offset of the in the y-direction in pixels. The offset is measured from the upper-left corner of the to the upper-left corner of the in pixel coordinates of the . 0The offset of the in the x-direction in pixels. The offset is measured from the upper-left corner of the to the upper-left corner of the in pixel coordinates of the . 0 Fires when the value of this property changes. The following state flag may be affected:

X offset value in pixels. The X & Y offset values measure the offset from the upper-left corner of the InputImage to the upper-left corner of the InputImageMask, in pixel coordinates of the InputImage.

A mask that indicates which pixels to consider or ignore when generating the histogram. Non-zero pixels in the mask are Care pixels which will be considered; zero pixels are Don't Care pixels which will be ignored.The mask is aligned to the using the and values.Nothing. (No mask image.) Fires when the value of this property changes. The following state flag may be affected:

Mask indicating areas of Care (Non-Zero Mask Pixels) and Don't Care (Zero). The mask is aligned to the InputImage using the InputImageMaskOffsetX & Y values.

Specifies the size of the histogram. When an image is analyzed, each histogram bin is computed up to index NumBins-1. Pixel values that are greater than or equal to NumBins will be included in the total number of samples and placed in the highest bin.

Sets or gets the size of the histogram. When an image is sampled, each histogram bin is summed up to index -1. Pixel values that are greater than or equal to will be included in the total number of samples and placed in the highest bin.256 for 8-bit greyscale images.The new value is < 1. Fires when the value of this property changes. The following state flag may be affected:

This new value is not cogRegionModeAffineTransform or cogRegionModePixelAlignedBoundingBox.Specifies how the parameter should be interpreted.cogRegionModePixelAlignedBoundingBoxAdjustMask Fires when the value of this property changes. The following state flag may be affected:

The RegionMode specifies how the region should be interpreted.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The image for which to generate a histogram.A region that, together with the and , specifies the region of the image for which the histogram will be generated. is NULL. is not allocated.The selected space of one of the regions is not a valid space of the corresponding input image. is not PixelAlignedBoundingBox or PixelAlignedBoundingBoxAdjustMask.Could not allocate memory for .

Generates a histogram from the provided InputImage and optional Region, creating a CogHistogramResult object that provides the result of the analysis. If Region is nothing then histogram will be generated from the entire InputImage.

The histogram result.Generates a histogram from the provided and optional , creating a object that provides the result of the analysis. If is Nothing (the default), the histogram will be generated from the entire .

Occurs when one or more parts of the object's state may have changed.

The histogram result that the tool generated.

Result of the histogram operation.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

Returns the variance of the pixel values in the histogram.

Returns the variance of pixel values in the histogram.Returns the standard deviation of pixel values in the histogram.

Returns the standard deviation of the pixel values in the histogram.

Returns the maximum histogram bin index that contains a non-zero pixel count.

Returns the minimum histogram bin index that contains a non-zero pixel count.

Returns the histogram bin index of the bin containing the median (middle) pixel value in the histogram. This is the histogram bin index where half of the distribution of pixel values is above and half below it.Returns the histogram bin index of the bin containing the modal (most common) pixel value in the histogram. This is the histogram bin index with the greatest pixel count.

Returns the histogram bin index of the bin containing the modal (most common) pixel value in the histogram. This is the histogram bin index with the greatest pixel count.

Returns the arithmetic mean (average) pixel value in the histogram. The pixel value is grey-level.

Returns the arithmetic mean (average) pixel value in the histogram. The pixel value is a grey level, not an index into the histogram.

Returns the total number of pixels in the histogram.

Returns the total number of pixels in the histogram.Should be set to true when called from your public Dispose() method, thus disposing of all managed and unmanaged resources. It should be set to false when called from your Finalizer, thus disposing of only unmanaged resources.

Returns the histogram.

Returns the histogram as an array of elements.The percentage.Returns the histogram bin index such that the specified percentage of pixels fall at or below that histogram bin index. The returned grey-level is guaranteed to be at least the minimum histogram bin index that contains a non-zero pixel count. is < 0 or > 100.The returned index.

Returns the histogram bin index such that the specified percentage of pixels fall at or below that histogram bin index. The returned grey level is guaranteed to be at least the minimum histogram bin index that contains a non-zero pixel count.

The graphics to create.

Creates a composite result graphic containing child graphics specified by the GraphicOptions which is a bitwise combination of CogHistogramResultGraphicConstants.

Creates result graphics, including a graphical representation of the histogram. You supply a bitwise combination of that specifies what to put in the collection of the returned . The histogram graphics are mapped from (0,0) to (256,256) in the pixel coordinate space (#).The returned .The index of the lower bound of the partial histogram range for which to compute a threshold.The index of the upper bound of the partial histogram range for which to compute a threshold. Specify a value of -1 to use the upper bound of the histogram as the upper bound of the range.An output value into which a score in the range 0.0 through 1.0 is placed. Higher scores indicate better separation between the two groups determined by the threshold.If the analyzed range of the histogram contains only empty bins.The computed threshold value.

Returns a threshold using data from the given range of this histogram. The computed threshold is appropriate for segmenting an image into object and background pixels and is often used to compute a segmentation threshold for blob analysis. The threshold computation includes the left index value but excludes the right index value. This range must include at least two nonzero bins. The returned threshold will be within the range. This threshold divides the histogram data into two groups such that the combined variance within the groups is a minimum.

If either index is less than zero or greater than the length of the histogram. Or if leftIndex is greater than or equal to rightIndex.If the histogram contains only empty bins.

Returns a threshold using data from this histogram. The computed threshold is appropriate for segmenting an image into object and background pixels and is often used to compute a segmentation threshold for blob analysis. The returned threshold divides the histogram data into two groups such that the combined variance within the groups is a minimum.

The computed threshold value.Primary interface of a . The histogram tool encapsulates all the classes needed to generate a histogram from an image.

Tool that generates a histogram from a single input image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by LastRunRecordDiagEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by CurrentRecordEnable may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by InputImage may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Result may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by RunParams may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Region may have changed.

The region of the for which to generate the histogram. The determines how the input region is used to control which pixels are considered and which are ignored. If no region is supplied, the tool generates a histogram for the entire . Fires when the value of this property changes. The following state flag may be affected:

Region of interest in the InputImage that is used to operate over. NULL means use entire InputImage. The RegionMode property of the histogram parameters specifies exactly how the region will be used to generate the histogram.

Fires when the value of this property changes. The following state flag may be affected:

Parameters used to generate the histogram.

Parameters used to perform the histogram.

Returns the result of the histogram operation.

The image for which to generate a histogram. Fires when the value of this property changes. The following state flag may be affected:

Returns/sets the input image.

Enable the creation of records by bitwise ORing the appropriate . InputImage + Region + InputImageMask.

Enable creation of records by bitwise ORing the appropriate CurrentRecordConstants.

Fires when the value of this property changes. The following state flag may be affected:

Enable creation of records by bitwise ORing the appropriate LastRunRecordDiagConstants. These are diagnostic records that may cause the Tool to have a longer execution time.

Enable the creation of records by bitwise ORing the appropriate . These are diagnostic records that may cause the Tool to have a longer execution time.InputImageByReference Fires when the value of this property changes. The following state flag may be affected:

Enable the creation of records by bitwise ORing the appropriate .Histogram + Mean

Enable creation of records by bitwise ORing the appropriate LastRunRecordConstants.

Gets general information about the last call to Run.

Gets or sets the name of the tool.

Runs the tool using the current parameter settings.

is NULL. is not allocated.The selected space of one of the regions is not a valid space of the corresponding input image. is not AffineTransform or PixelAlignedBoundingBox.Could not allocate memory for the histogram. is NULL.Generates a histogram for the using the supplied . You can specify that the histogram be limited to part of the input image by supplying a value for the property. This method does not actually raise the exceptions listed below. Use the property to obtain a reference. Then use its property to see if the Run method raised any exceptions. Fires before the tool runs. Fires when the tool runs. If the run was successful, results are generated; if the run was not successful, no results are generated and the previous results are cleared. Use after returns or in a event handler to determine whether a run was successful or unsuccessful. The following state flags may be affected:

Fires after the tool runs. n/a

Primary interface of a object. This object adds or subtracts a constant pixel value to an image to produce a new image. The pixel value may be negative.

Class that adds or subtracts a constant value from an image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by ConstantValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OverflowMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImageFormat may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ConstantPlane0Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ConstantPlane1Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ConstantPlane2Value may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

The new value is not in .

The pixel depth of the output image.

Fires when the value of this property changes. The following state flag may be affected:

Sets or gets the pixel depth of the image generated by the add or subtract operation.SameAsInputImage

The mode used to handle overflow conditions that can occur while performing the add/subtract operation.

The new value is not Bounded or WrapSets or gets the mode that specifies how the operator handles cases in which addition would result in values greater than the maximum pixel value or in which subtraction would result in values less than the minimum pixel value.Bounded Fires when the value of this property changes. The following state flag may be affected:

The constant plane 2 value used for the add operation on a three plane image. The value may be negative to emulate the subtraction operation.

The constant plane 1 value used for the add operation on a three plane image. The value may be negative to emulate the subtraction operation.

The constant plane 0 value used for the add operation on a three plane image. The value may be negative to emulate the subtraction operation.

Sets or gets the constant value to add or subtract. Positive values are added to every pixel in the image; negative values are subtracted from every pixel in the image.0

The constant value used for the add operation. The value may be negative to emulate the subtraction operation.

Fires when the value of this property changes. The following state flag may be affected:

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Whether this one image operator will be used to compute the output image.

Sets or gets whether this one-image operator will be used to compute the output image when used in a .TrueShould be set to true when called from your public Dispose() method, thus disposing of all managed and unmanaged resources. It should be set to false when called from your Finalizer, thus disposing of only unmanaged resources.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.Performs a one-image operation using the input image and the region to produce the output image.The image that results from applying this operator to the

Perform a single image operation using the input image and region to produce the output image.

is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that performs a 3x3 convolution on an image.

Primary interface of CogIPOneImageConvolve3x3. This object performs a 3x3 convolution using user-specified kernel values.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by GetKernel may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by GetKernelValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by KernelOrigin may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImageFormat may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

The pixel depth of the output image.

The pixel depth of the output image.SameAsInputImage Fires when the value of this property changes. The following state flag may be affected:

The new value is not in .The position of the kernel origin.Center

The position of the kernel origin.

Fires when the value of this property changes. The following state flag may be affected:

The new value is not in .

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.

Perform a single image operation using the input image and region to produce the output image.

is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox. The image that results from applying this operator to the Performs a one-image operation using the input image and the region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

A member of the enumeration specifying which kernel value to set or get.The new value is not in or the new value is less than zero.

The kernel value at 'position'.

The kernel value at the given position.1/9 for all locations (0.111) Fires when the value of this property changes. The following state flag may be affected:

A member of the enumeration specifying which kernel value to set or get.The kernel value at the given position.1/9 for all locations (0.111) Fires when the value of this property changes. The following state flag may be affected:

The kernel value at 'position'.

The new value is not in or the new value is less than zero.

Occurs when one or more parts of the object's state may have changed.

Class that performs the NxM convolution operation on an image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit wil be set in the EventArgs of a Changed event every time the value returned by KernelWidth may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by KernelHeight may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by BoundaryMode may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by GetKernelValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

If the supplied value is not a valid member of the enumeration.Fires when the boundary mode changes.

Get or set the NxM convolution boundary mode. Legal values are Reflected and Clipped.

The NxM convolution boundary mode.The convolution kernel height in pixels.

Get or set the height of the convolution kernel in pixels.

If the supplied value is not a positive odd integer.Fires when the kernel height changes.

Get or set the width of the convolution kernel in pixels.

Fires when the kernel width changes.The convolution kernel width in pixels.If the supplied value is not a positive odd integer.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Returns/sets a displayable operator name.

Sets or gets the operator name as a string.Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.

Perform a single image operation using the input image and region to produce the output image.

The image that results from applying this operator to the is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox. Performs a one-image operation using the input image and the region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The zero based column index of the desired kernel value.The zero based row index of the desired kernel value.

Get the kernel value at the specified column and row.

If the supplied Col parameter is less than zero or not less than KernelWidth.The kernel value at the specified column and row.The zero based column index of the desired kernel value.The zero based row index of the desired kernel value.n/aIf the supplied Row parameter is less tahn zero or not less than KernelHeight.

Set the kernel value at the specified kernel column and row.

Fires when the specified kernel value changes.

Occurs when one or more parts of the object's state may have changed.

Class that performs the histogram equalization operation on an image. Equalize is the re-mapping of an image by the integral of its histogram.

Common interface for all one-image operators. is the default interface for and .The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.

Perform a single image operation using the input image and region to produce the output image.

The image that results from applying this operator to the Performs a one-image operation using the input image and the region to produce the output image. is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Primary interface of a object. This object magnifies an image to produce a new image. Pixels are duplicated in the x- and y-directions according to the specified magnification factors.

Class that expands the size of an by duplicating pixels of an image in the X and Y directions.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by ExpansionX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ExpansionY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

The expansion factor used to increase the height of the image. The expansion factor designates how many times a pixel will be replicated in the Y direction.

Fires when the value of this property changes. The following state flag may be affected:

The expansion factor used to increase the height of the image. This value specifies how many times a pixel is replicated in the y-direction.The expansion factor is < 1.

The expansion factor used to increase the width of the image. The expansion factor designates how many times a pixel will be replicated in the X direction.

The expansion factor is < 1. The expansion factor used to increase the width of the image. This value specifies how many times a pixel is replicated in the x-direction. Fires when the value of this property changes. The following state flag may be affected:

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Returns/sets a displayable operator name.

Sets or gets the operator name as a string.

Whether this one image operator will be used to compute the output image.

Perform a single image operation using the input image and region to produce the output image.

The image that results from applying this operator to the is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that flips and/or applies rotation to an image.

Primary interface of a CogIPOneImageFlipRotate object. This object allows an image to be rotated and/or flipped to produce a new image.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperationInPixelSpace may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

Fires when the value of this property changes. The following state flag may be affected:

The new value is not in .

The operation used to re-orient the image.

The operation used to reorient the image.None

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.

Perform a single image operation using the input image and region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that applies a kernel to the image that approximates a two-dimensional Gaussian distribution. By varying the size of this kernel, you can reduce the strength of noise, or you can attenuate image features below a certain size.

Primary interface of a object. This object performs Gaussian subsampling on an image to produce a new image. See the Gaussian Sampling Theory Topic to learn more about Gaussian Sampling.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by SampleX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SampleY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SmoothnessX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SmoothnessY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by MagnitudeShift may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SigmaX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SigmaY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImageFormat may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

Fires when the value of this property changes. The following state flag may be affected:

The pixel depth of the resulting image generated by the Gaussian operation.SameAsInputImage

The pixel depth of the image to generate by the Gaussian operation.

The new value is not in .

Returns the standard deviation of the Gaussian curve along the Y axis.

Gets the standard deviation (sigma) of the Gaussian curve in the y-direction. The standard deviation is computed using the following formula where s is the smoothing value.Gets the standard deviation (sigma) of the Gaussian curve in the x-direction. The standard deviation is computed using the following formula where s is the smoothing value.

Returns the standard deviation of the Gaussian curve along the X axis.

Bitwise shifts the pixel values of the result. Valid shift values are from -7 to 7. Negative values will darken the result by dividing the pixel value results by 2 for each bit specified. Similarly, positive values will brighten by multiplying by 2.

The magnitude shift value is < -7 or > +7. Fires when the value of this property changes. The following state flag may be affected:

Shifts the pixel values of the resulting image using a bitwise shift. Valid values are from -7 to 7. Negative values effectively divide pixel values by two, darkening the resulting image. Positive values effectively multiply pixel values by two, lightening the resulting image.0

Smoothness in the Y direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, it is recommended that the smoothness not exceed 24.

Sets or gets the smoothness in the y-direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, the smoothness should be less than or equal to 24. See Specifying the Kernel Size in the Gaussian Sampling Theory Topic.2 Fires when the value of this property changes. Note that changes when changes. The following state flags may be affected:

The new value is < 0.

Smoothness in the X direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, it is recommended that the smoothness not exceed 24.

Fires when the value of this property changes. Note that changes when changes. The following state flags may be affected:

The new value is < 0. Sets or gets the smoothness in the x-direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, the smoothness should be less than or equal to 24. See Specifying the Kernel Size in the Gaussian Sampling Theory Topic.2

Subsampling rate in the Y direction that reduces the image height, dividing by the specified value. Sampling is performed after the Gaussian filter is applied. In general, SampleY should be less than SmoothnessY.

The sampling block size is <= 0. Subsampling factor in the y-direction. The height of the resulting image is reduced in size by this factor. Sampling takes place after the Gaussian filter is applied.1 Fires when the value of this property changes. The following state flag may be affected:

Subsampling factor in the x-direction. The width of the resulting image is reduced in size by this factor. Sampling takes place after the Gaussian filter is applied.1The sampling block size is <= 0. Fires when the value of this property changes. The following state flag may be affected:

Subsampling rate in the X direction that reduces the image width, dividing by the specified value. Sampling is performed after the Gaussian filter is applied. In general, SampleX should be less than SmoothnessX.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Returns/sets a displayable operator name.

Sets or gets the operator name as a string.

Whether this one image operator will be used to compute the output image.

Perform a single image operation using the input image and region to produce the output image.

is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox. The image that results from applying this operator to the

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that performs a grey-scale morphology operation on an image.

Primary interface of a object. This object applies grey morphology operations to an image to produce a new image. See Grey-Scale Morphology to learn more about the morphology operations.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by Elements may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Operation may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Width may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Height may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OriginX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OriginY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

The new value is < 0 or >= The y-coordinate of the origin of the structuring element relative to the upper-left corner of the element. is zero-based.1

Y Coordinate of the origin of the structuring element relative to the upper left corner of the structuring element. OriginY is zero-based.

Fires when the value of this property changes. The following state flag may be affected:

The new value is < 0 or >=

X Coordinate of the origin of the structuring element relative to the upper left corner of the structuring element. OriginX is zero-based. The result of a morphological operation is stored at the pixel in the output image corresponding to the origin.

The x-coordinate of the origin of the structuring element relative to the upper-left corner of the element. is zero-based.1Height of the structuring element. This value varies depending on the number of morphology elements associated with this object. For example, two morphology elements imply a 5x5 structuring element, so would be 5.3

Height of the structuring element. Varies according to the number of 3x3 elements. For instance, two 3x3 morphology elements implies a 5x5 structuring element. Hence, the Height would be 5.

Width of the structuring element. This value varies depending on the number of morphology elements associated with this object. For example, two morphology elements imply a 5x5 structuring element, so would be 5.3

Width of the structuring element. Varies according to the number of 3x3 elements. For instance, two 3x3 morphology elements implies a 5x5 structuring element. Hence, the Width would be 5.

The morphology operation to perform. To learn more about morphology operations, see Dilation and Erosion and Opening and Closing in the Grey-Scale Morphology theory topic.ErodeThe operation is not in . Fires when the value of this property changes. The following state flag may be affected:

Morphology operation to perform.

Fires when the value of this property changes. The following state flag may be affected:

The collection of 3x3 elements.

The set of grey morphology elements associated with this object. Each is a single 3x3 structuring element. Typically, the structuring element is one of the predefined types, but you can specify a custom element as well. You can combine more than one 3x3 element to create a larger structuring element.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.

Perform a single image operation using the input image and region to produce the output image.

Performs a one-image operation using the input image and the region to produce the output image.The image that results from applying this operator to the is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that holds a grey morphology element. Each element is 3x3 matrix to be used by the CogIPOneImageGreyMorphology object to produce the primary structuring element.

Primary interface of a object. This object defines a single grey morphology 3x3 matrix to be used by the object.The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by Type may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by GetMemberValue may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by MemberMask may have changed.

Fires when the value of this property changes. The following state flag may be affected:

Specifies the 'don't care' mask, members of the 3x3 element that will not be used in the computation. The mask is specified by ORing together each of the values defined in CogIPOneImageMorphologyPositionConstants that corresponds to a dont care pixel.

Specifies the Don't Care mask which are the members of the 3x3 element that are not used in the computation. To specify a mask, OR the values defined in that correspond the Don't Care pixels.0The new value is not in .

Type of Morphology structuring element for this 3x3 matrix. Types other than cogIPOneImageMorphologyElementTypeCustom use MemberValue offsets of zero.

The type of structuring element for this 3x3 matrix. Types other than Custom use offsets of zero. Fires when the value of this property changes. The following state flag may be affected:

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The location within the 3x3 element of the member.The new value is not in . The new value is < -128 or > 127.Specifies the value of an individual member of the 3x3 element. This value is a signed pixel value offset for the specified position in the 3x3 element. To learn more about grey morphology structuring elements see Grey-Scale Morphological Structuring Elements.0

Specifies an individual member value. The value is an signed pixel value offset for the specified position in the 3x3 element.

Fires when the value of this property changes. The following state flag may be affected:

The location within the 3x3 element of the member.Specifies the value of an individual member of the 3x3 element. This value is a signed pixel value offset for the specified position in the 3x3 element. To learn more about grey morphology structuring elements see Grey-Scale Morphological Structuring Elements.0

Specifies an individual member value. The value is an signed pixel value offset for the specified position in the 3x3 element.

The new value is not in . The new value is < -128 or > 127. Fires when the value of this property changes. The following state flag may be affected:

Occurs when one or more parts of the object's state may have changed.

Collection of 3x3 grey morphology elements. Each grey morphology element is a 3x3 matrix used to compose the primary structuring element for the morphological operation.

Collection of .The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

The index of the item to get or set.

Gets or sets the item at the specified index. In C#, this property is the indexer for the collection.

Gets an object that can be used to synchronize access to this collection.

Gets a value indicating whether access to this collection is synchronized (thread-safe).

Gets the number of items contained in this collection.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The array into which to copy.The index from which to start copying.

Copies the contents of this collection to an array.

Removes all items from this collection.

The index of the item to move.The index to which the item will be moved.

Moves the selected item to a new index in this collection.

The item whose index is desired.

Gets the index of the given item. If the item cannot be found -1 is returned.

The item to be inserted.The index at which to insert the item.

Inserts the given item at the specified index.

The item to be added.

Adds the given item to the end of this collection.

The index of the item to remove.

Removes the item at the specified index.

Occurs after an item is moved to a new index.

Occurs before an item is moved to a new index.

Occurs after an item is replaced in this collection.

Occurs before an item is replaced in this collection.

Occurs after an item is removed from this collection.

Occurs before an item is removed from this collection.

Occurs after an item is inserted into this collection.

Occurs before an item is inserted into this collection.

Occurs after this collection is cleared.

Occurs before this collection is cleared.

Class that performs the NxM grey morphology operation on an image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit wil be set in the EventArgs of a Changed event every time the value returned by Operation may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by KernelWidth may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by KernelHeight may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by GetMaskValue may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by GetKernelValue may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by InputImageMask may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by InputImageMaskOffsetX may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by InputImageMaskOffsetY may have changed.

This bit wil be set in the EventArgs of a Changed event every time the value returned by KernelEnabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

If true, utilize the values accessed via the GetKernelValue and SetKernelValue methods. Otherwise no offset is applied at run time.

Whether or not to use the current kernel values as offsets at run time.Fires when this property is changed.The input image mask Y offset in pixels.

Fires when the input image mask offset Y is changed.

The input image mask X offset in pixels.Fires when the input image mask offset X is changed.The input image mask. May be null.Fires when the input image mask is changed.

Mask indicating areas of Care (Non-Zero Mask Pixels) and Don't Care (Zero). The mask is aligned to the InputImage using the InputImageMaskOffsetX & Y values.

If the supplied value is not a positive odd integer.

Get or set the height of the grey morphology kernel in pixels.

Fires when the kernel height changes.The grey morphology kernel height in pixels.Fires when the kernel width changes.The grey morphology kernel width in pixels.If the supplied value is not a positive odd integer.

Get or set the width of the grey morphology kernel in pixels.

If the supplied value is not a valid member of the enumeration.Fires when the operation changes.

Get or set the NxM grey morphology operation.

The NxM grey morphology operation.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Whether this one image operator will be used to compute the output image.

Perform a single image operation using the input image and region to produce the output image.

The image that results from applying this operator to the Performs a one-image operation using the input image and the region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

The zero based column index of the desired kernel mask value.The zero based row index of the desired kernel mask value.If the supplied Col parameter is less than zero or not less than KernelWidth.The kernel mask value at the specified column and row. True means care and false means don't care.

Get the mask value at the specified kernel column and row.

The zero based column index of the desired kernel mask value.The zero based row index of the desired kernel mask value.n/aIf the supplied Row parameter is less tahn zero or not less than KernelHeight.Fires when the specified kernel mask value changes.

Set the mask value at the specified kernel column and row.

The zero based column index of the desired kernel value.The zero based row index of the desired kernel value.If the supplied Col parameter is less than zero or not less than KernelWidth.

Get the kernel value at the specified column and row.

The kernel value at the specified column and row.The zero based column index of the desired kernel value.The zero based row index of the desired kernel value.n/aIf the supplied Row parameter is less tahn zero or not less than KernelHeight.Fires when the specified kernel value changes.

Set the kernel value at the specified kernel column and row.

Occurs when one or more parts of the object's state may have changed.

Primary interface of a object. This object applies a high pass filter to an image to produce a new image. The general effect of the high pass filter is to accentuate edges and to reduce low-frequency detail in the image. The high pass operation is performed by subtracting the input image from the original image.

Class that performs high pass filtering on an image. The high pass operation is performed by subtracting the Gaussian filtered input image from the input image.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by SmoothnessX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SmoothnessY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SigmaX may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by SigmaY may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OutputImageFormat may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by ProcessingMode may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by KernelWidth may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by KernelHeight may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

The height of the kernel used when ProcessingMode is either Mean or Median. Must be a positive odd value. This property is ignored when ProcessingMode is Gauss.

The width of the kernel used when ProcessingMode is either Mean or Median. Must be a positive odd value. This property is ignored when ProcessingMode is Gauss.

Specifies the way the input image will be smoothed before subtracting that result from the input image to produce the high pass output image. Choices include Gauss, Mean, and Median.

The new value is not in .

The pixel depth of the image to generate by the high pass filter operation.

Fires when the value of this property changes. The following state flag may be affected:

The pixel depth of the resulting image generated by the high pass filter operation.SameAsInputImageGets the standard deviation (sigma) of the Gaussian curve in the y-direction. The standard deviation is computed using the following formula where s is the smoothing value.

Returns the standard deviation of the Gaussian curve along the Y axis. Only meaningfull when ProcessingMode is Gauss.

Gets the standard deviation (sigma) of the Gaussian curve in the x-direction. The standard deviation is computed using the following formula where s is the smoothing value.

Returns the standard deviation of the Gaussian curve along the X axis. Only meaningfull when ProcessingMode is Gauss.

The new value is < 0. Sets or gets the smoothness in the y-direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, the smoothness should be less than or equal to 24. See Specifying the Kernel Size in the Gaussian Sampling Theory Topic.2 Fires when the value of this property changes. Note that changes when changes. The following state flags may be affected:

Smoothness in Y direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, it is recommended that the smoothness not exceed 24. This property is ignored when ProcessingMode is not Gauss.

Smoothness in X direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, it is recommended that the smoothness not exceed 24. This property is ignored when ProcessingMode is not Gauss.

Fires when the value of this property changes. Note that changes when changes. The following state flags may be affected:

Sets or gets the smoothness in the x-direction. The smoothness value determines the sigma of the Gaussian curve and in turn the size of the Gaussian kernel. For speed efficiency, the smoothness should be less than or equal to 24. See Specifying the Kernel Size in the Gaussian Sampling Theory Topic.2The new value is < 0.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Returns/sets a displayable operator name.

Sets or gets the operator name as a string.Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

Perform a single image operation using the input image and region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Common interface for all one-image operators. is the default interface for and .

Class that performs the 3x3 median operation on an image. The 3x3 median filter replaces a source pixel with the median value of the 3x3 neighborhood centered around it.

The instance to copy from.

Constructs a new instance of this class as a deep copy of the given instance.

Constructs a new instance of this class.

n/a

Constructs a new instance of this class using com pointer.

This bit will be set in the EventArgs of a Changed event every time the value returned by Enabled may have changed.

This bit will be set in the EventArgs of a Changed event every time the value returned by OperatorName may have changed.

If nonzero, indicates that the raising of the Changed event has been suspended. This value is incremented when SuspendChangedEvent is called and decremented when ResumeAndRaiseChangedEvent is called.

If true, the serializable state of this object has changed since the last time it was serialized.

Sets or gets the operator name as a string.

Returns/sets a displayable operator name.

Sets or gets whether this one-image operator will be used to compute the output image when used in a .True

Whether this one image operator will be used to compute the output image.

The image to which the operator is applied.Specifies how the region should be applied to the input image.A region that, together with the , specifies which part of the image the operator applies to.The image that results from applying this operator to the Performs a one-image operation using the input image and the region to produce the output image. is NULL. is not allocated. is AffineTransform but is not of type . is not AffineTransform or PixelAlignedBoundingBox.

Perform a single image operation using the input image and region to produce the output image.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Occurs when one or more parts of the object's state may have changed.

Class that performs the NxM median operation on an image. The NxM median filter replaces a source pixel with the median value of the NxM neighborhood centered around it.