MblobControl

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See also

Availability

Not available in MIL-Lite

Available in MIL

Available on Windows

Available on Linux

Available on Non-Matrox computer

Available on Matrox 4Sight-X

Available on Matrox 4Sight GP/GPm

Available on Matrox Supersight

Function map

Examples

Function Map

- ContextOrResultBlobId

- ControlType

- ControlValue

Parameter Associations

Table:	For global processing settings of a Blob Analysis context that cause results to be recalculated
Table:	For global processing settings of a Blob Analysis context that do not cause results to be recalculated
Table:	For specifying to calculate all features in a single call
Table:	For specifying to calculate features with only a binary definition
Table:	For specifying to calculate features with only a grayscale definition
Table:	For specifying to calculate features with two definitions (binary and grayscale)
+ combination:	For feature parameters that have two definitions
Table:	For a Blob Analysis result buffer

Type specific versions of the function when using a C compiler under 64-bit

Compilation information

Synopsis

Control a blob analysis setting.

Syntax

void MblobControl(

MIL_ID ContextOrResultBlobId,	//in
MIL_INT64 ControlType,	//in
MIL_DOUBLE ControlValue	//in

)

Description

This function allows you to control a setting of the specified Blob Analysis context or result buffer.

For Blob Analysis contexts, these settings control the execution of MblobCalculate(), and which blob features are enabled for calculation. For Blob Analysis result buffers, these settings control the post-manipulation of results. If MblobControl() is not called, default processing controls and values are used in calculations.

You can inquire about most of these settings using MblobInquire().

Changing certain control type settings will cause MblobCalculate() to discard all results currently in your result buffer prior to calculation. If this is the case, it will be mentioned in the preamble to the table containing these control types.

Note that when using a C compiler (not a C++ or other compiler) in 64-bit mode, MblobControl() internally calls the MIL_DOUBLE version of this function (MblobControlDouble()). If you need to pass integer values, call the MIL_INT64 version of this function (MblobControlInt64()).

Note that this function reference has not been updated for a MIL system added during a MIL update. Refer to the MIL system's release note to see if there is complementary information.

Parameters

This function is not supported on the selected boards.

Parameters

ContextOrResultBlobId

Specifies the identifier of the Blob Analysis context or result buffer.

ControlType

Specifies the setting to change.

See the Parameter associations section for possible values that can be specified.

ControlValue

Specifies the setting's new value.

See the Parameter associations section for possible values that can be specified.

Parameter associations

The tables below list possible values for the ControlType and ControlValue parameters.

For global processing settings of a Blob Analysis context that cause results to be recalculated
For global processing settings of a Blob Analysis context that do not cause results to be recalculated
For specifying to calculate all features in a single call
For specifying to calculate features with only a binary definition
For specifying to calculate features with only a grayscale definition
For specifying to calculate features with two definitions (binary and grayscale)
For a Blob Analysis result buffer

For the following global processing setting control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis context.

Changing the value of the following control types between calls to MblobCalculate() will cause all the results currently in your Blob analysis result buffer to be discarded upon the next call to MblobCalculate().

For global processing settings of a Blob Analysis context that cause results to be recalculated
ControlType		Description
	ControlValue	Description
M_BLOB_IDENTIFICATION		Sets whether to calculate features for each blob, or to treat groups of blobs as single blobs and calculate the features of the blobs. INQ (summarize) Sets whether to calculate features for each blob, or to treat groups of blobs as single blobs and calculate the features of the blobs. INQ (more details...)
	M_DEFAULT	Same as M_INDIVIDUAL.
	M_INDIVIDUAL	Specifies that all blobs are measured individually.
	M_LABELED	Specifies that blobs with the same label are grouped together, and that touching blobs with different labels are also grouped together. The foreground value of the blob identifier image will be used as the label value of the blob; therefore, when using M_LABELED, the M_FOREGROUND_VALUE control type cannot be set to M_ZERO, and the identifier image cannot be binary (1-bit). To treat all foreground pixels as one blob, set M_BLOB_IDENTIFICATION to M_WHOLE_IMAGE and M_IDENTIFIER_TYPE to M_BINARY, instead. (summarize) Specifies that blobs with the same label are grouped together, and that touching blobs with different labels are also grouped together. (more details...)
	M_LABELED_TOUCHING	Specifies that blobs with the same label are grouped together, and that touching blobs with different labels are measured individually. The foreground value of the blob identifier image will be used as the label value of the blob; therefore, when using M_LABELED_TOUCHING, the M_FOREGROUND_VALUE control type cannot be set to M_ZERO. In addition, the blob identifier image cannot be binary (1-bit). To treat all foreground pixels as one blob, set M_BLOB_IDENTIFICATION to M_WHOLE_IMAGE and M_IDENTIFIER_TYPE to M_BINARY, instead. M_LABELED_TOUCHING is not supported with the following: MblobCalculate(), when chain features are enabled for calculation (MblobControl() with M_CHAINS, or M_ALL_FEATURES). MblobDraw() with M_DRAW_BLOBS_CONTOUR, M_DRAW_HOLES_CONTOUR, or a combination of the two. MblobSelect() with M_MERGE. (summarize) Specifies that blobs with the same label are grouped together, and that touching blobs with different labels are measured individually. (more details...)
	M_WHOLE_IMAGE	Specifies that all blobs are grouped together.
M_CONNECTIVITY		Sets the image lattice for blob analysis. INQ (summarize) Sets the image lattice for blob analysis. INQ (more details...)
	M_DEFAULT	Same as M_8_CONNECTED.
	M_4_CONNECTED	Specifies that each pixel has 4 neighbors.
	M_8_CONNECTED	Specifies that each pixel has 8 neighbors.
M_FERET_ANGLE_SEARCH_END		Sets the upper limit of the angular search range in which to search for the maximum (M_FERET_MAX_DIAMETER) or minimum (M_FERET_MIN_DIAMETER) Feret diameters. Note that MblobCalculate() only searches through the specified range when calculating Feret features. Better results for the features can exist outside of this search range. INQ (summarize) Sets the upper limit of the angular search range in which to search for the maximum (M_FERET_MAX_DIAMETER) or minimum (M_FERET_MIN_DIAMETER) Feret diameters. INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 180.
	0 <= Value <= 180	Specifies the upper limit of the angular search range. The end value must be greater than the start value. (summarize) Specifies the upper limit of the angular search range. (more details...)
M_FERET_ANGLE_SEARCH_START		Sets the lower limit of the angular search range in which to search for the maximum (M_FERET_MAX_DIAMETER) or minimum (M_FERET_MIN_DIAMETER) Feret diameters. Note that MblobCalculate() only searches through the specified range when calculating Feret features. Better results for the features can exist outside of this search range. INQ (summarize) Sets the lower limit of the angular search range in which to search for the maximum (M_FERET_MAX_DIAMETER) or minimum (M_FERET_MIN_DIAMETER) Feret diameters. INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 0.
	0 <= Value <= 180	Specifies the lower limit of the angular search range. The start value must be less than the end value. (summarize) Specifies the lower limit of the angular search range. (more details...)
M_FOREGROUND_VALUE		Sets which pixel values are considered to be in the foreground. INQ (summarize) Sets which pixel values are considered to be in the foreground. INQ (more details...)
	M_DEFAULT	Same as M_NONZERO.
	M_NONZERO	Specifies the blobs consisting of non-zero pixels.
	M_ZERO	Specifies the blobs consisting of zero pixels.
M_NUMBER_OF_FERETS		Sets the number of Feret angles to use when calculating a Feret feature (M_FERET_...) or a feature based on Ferets (that is, M_RECTANGULARITY, M_ROUGHNESS, or M_CONVEX_PERIMETER). INQ (summarize) Sets the number of Feret angles to use when calculating a Feret feature (M_FERET_...) or a feature based on Ferets (that is, M_RECTANGULARITY, M_ROUGHNESS, or M_CONVEX_PERIMETER). INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 8.
	M_INFINITE	Specifies the use of a high precision algorithm to accurately calculate Feret features (and features based on Feret features). The M_FERET_DIAMETERS result type is not supported when you use this setting. (summarize) Specifies the use of a high precision algorithm to accurately calculate Feret features (and features based on Feret features). (more details...)
	M_MIN_FERETS	Specifies the minimum number of Feret angles. The minimum number of Feret angles is 2. (summarize) Specifies the minimum number of Feret angles. (more details...)
	Value > M_MIN_FERETS	Specifies the number of Feret angles. The first Feret angle used is always 0°, and the difference between successive angles is 180° / number of Ferets. (summarize) Specifies the number of Feret angles. (more details...)

For the following global processing setting control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis context. These control types do not cause any results currently in the result buffer to be discarded when MblobCalculate() is called.

For global processing settings of a Blob Analysis context that do not cause results to be recalculated
ControlType		Description
	ControlValue	Description
M_FERET_CONTACT_POINTS		Sets whether to calculate Feret contact points for features that support it (for example, M_FERET_AT_PRINCIPAL_AXIS_ANGLE) if the feature has been enabled for calculation. This enables the use of the M_FERET_CONTACT_POINTS_... combination constants in MblobGetResult(). INQ (summarize) Sets whether to calculate Feret contact points for features that support it (for example, M_FERET_AT_PRINCIPAL_AXIS_ANGLE) if the feature has been enabled for calculation. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that the Feret contact points for supported features will not be calculated.
	M_ENABLE	Specifies that the Feret contact points for supported features will be calculated.
M_FERET_GENERAL_ANGLE		Sets the angle to use when calculating M_FERET_GENERAL. INQ (summarize) Sets the angle to use when calculating M_FERET_GENERAL. INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 0.0.
	-360.0 <= Value <= 360.0	Specifies the angle, in degrees.
M_IDENTIFIER_TYPE		Sets the values that non-zero pixels in the blob identifier image can have. If the blob identifier image is already binarized (for example, pixel values for an 8-bit image are either 0 or 0xff), you can set this control type to M_BINARY to calculate features faster. INQ (summarize) Sets the values that non-zero pixels in the blob identifier image can have. INQ (more details...)
	M_DEFAULT	Same as M_GRAYSCALE.
	M_BINARY	Specifies that non-zero pixels must have the maximum value of the buffer (for example, 0xff for an 8-bit image).
	M_GRAYSCALE	Specifies that non-zero pixels can have any value.
M_MAX_BLOBS		Sets the maximum number of blobs to process. If this number is reached, processing is stopped, and results available in the result buffer become invalid and are discarded unless M_RETURN_PARTIAL_RESULTS is enabled. INQ (summarize) Sets the maximum number of blobs to process. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that there is no limit on the maximum number of blobs.
	Value >= 0	Specifies the maximum number of blobs.
M_MOMENT_GENERAL_MODE		Sets the type of moment to calculate when calculating a user-specified moment (M_MOMENT_GENERAL). INQ (summarize) Sets the type of moment to calculate when calculating a user-specified moment (M_MOMENT_GENERAL). INQ (more details...)
	M_DEFAULT	Same as M_ORDINARY.
	M_CENTRAL	Specifies a central moment. A central moment is defined as , where i runs from 1 to the number of pixels in the blob, p_i = value of a pixel (always 1 for binary moments), x_i = its X-coordinate, y_i = its Y-coordinate, = the weighted mean of x_i , = the weighted mean of y_i , q and r are the order of the moment in X and Y respectively. The weighted mean is the first order ordinary moment divided by the sum of the pixel values (M_SUM_PIXEL for grayscale definitions, M_AREA for binary definitions). Central moments use coordinates relative to each blob's center of gravity, and are therefore independent of a blob's position within an image. (summarize) Specifies a central moment. (more details...)
	M_ORDINARY	Specifies an ordinary moment. An ordinary moment is defined as , where i runs from 1 to the number of pixels in the blob, p_i = value of a pixel (always 1 for binary moments), x_i = its X-coordinate, y_i = its Y-coordinate, and (q + r) are the order of the moment in X and Y respectively. Ordinary moments are affected by the blob position because they use coordinates relative to the image origin (top-left corner). (summarize) Specifies an ordinary moment. (more details...)
M_MOMENT_GENERAL_ORDER_X		Sets the order of the X-component of the user-specified moment. Use this control type when calculating a user-specified moment (M_MOMENT_GENERAL). INQ (summarize) Sets the order of the X-component of the user-specified moment. INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 0.
	Value >= 0	Specifies the X-order of the moment.
M_MOMENT_GENERAL_ORDER_Y		Sets the order of the Y-component of the user-specified moment. Use this control type when calculating a user-specified moment (M_MOMENT_GENERAL). INQ (summarize) Sets the order of the Y-component of the user-specified moment. INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 0.
	Value >= 0	Specifies the Y-order of the moment.
M_PIXEL_ASPECT_RATIO		Sets the pixel aspect ratio of the image(s). This is only useful if the image has a uniform pixel aspect ratio with different X- and Y-scales. For non-uniform distortion, you can use McalGrid() or McalList() to calibrate the image, and McalTransformImage() to physically correct the image. All results returned by MblobGetResult() are affected by M_PIXEL_ASPECT_RATIO, including those that are simply positions within the image. For more information, see the Pixel aspect ratio subsection of the Adjusting blob analysis processing controls section of Chapter 6: Blob analysis. INQ (summarize) Sets the pixel aspect ratio of the image(s). INQ (more details...)
	M_DEFAULT	Specifies the default value; the default value is 1.0.
	Value > 0	Specifies the pixel width/pixel height.
M_RETURN_PARTIAL_RESULTS		Sets whether results from partially scanned images will be available after a stop condition is met. The three stop conditions are: The maximum number of blobs (M_MAX_BLOBS) has been processed. The timeout limit (M_TIMEOUT) is exceeded. The calculation has been stopped by the user (M_STOP_CALCULATE). When a stop condition is met, the image is only partially scanned and results about blobs found in the partially scanned image are discarded. When M_RETURN_PARTIAL_RESULTS is set to M_ENABLE, you can access the results of those blobs that are completely defined (those blobs whose entire perimeter was scanned) in the partially scanned image. Note that when using multi-processing (MappControlMp() with M_MP_USE set to M_ENABLE) and this control type is enabled, it is possible that the number of blobs returned can exceed the number set using M_MAX_BLOBS. This is because multi-processing might divide the image into pieces and process each piece independently; in this case, there is no global number of blobs counted for the entire image until everything is processed. When a stop condition is met in one of the image pieces, processing is stopped everywhere. The total number of blobs is then combined and returned, which can be greater than M_MAX_BLOBS. INQ (summarize) Sets whether results from partially scanned images will be available after a stop condition is met. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies to discard results of partially scanned images when processing is interrupted.
	M_ENABLE	Specifies to make results of partially scanned images available when processing is interrupted.
M_SAVE_RUNS		Sets whether to save run information when calling MblobCalculate(). INQ (summarize) Sets whether to save run information when calling MblobCalculate(). INQ (more details...)
	M_DEFAULT	Same as M_ENABLE.
	M_DISABLE	Specifies not to save run information. Disabling saves time when performing the first call to MblobCalculate() and reduces the memory requirements for the result buffer. However, you cannot use MblobLabel(), or MblobGetLabel(), and certain draw operations are disabled. See MblobDraw() for more information on which draw operations require run information to be saved. In addition, using MblobControl(), you cannot enable for calculation the chained pixels features (M_CHAINS), the convex hull features (M_CONVEX_HULL), M_NUMBER_OF_FERETS when it is set to M_INFINITE, and the Feret features (M_FERETS). (summarize) Specifies not to save run information. (more details...)
	M_ENABLE	Specifies to save run information. Calls to MblobCalculate() will save run information from the blob identifier image in the result buffer. (summarize) Specifies to save run information. (more details...)
M_SORTn		Sets the feature to use as the n ^th sorting key for results, where n stands for an integer between 1 and 3. Changes to this control type take effect upon the next call to MblobCalculate(). If you select a feature as a sorting key that is not enabled, an error will occur on the next call to MblobCalculate(). INQ (summarize) Sets the feature to use as the n ^th sorting key for results, where n stands for an integer between 1 and 3. INQ (more details...)
	M_DEFAULT	Same as M_NO_SORT.
	M_AREA	Specifies to sort by the number of foreground pixels in each blob (holes are not counted). INFO
	M_AXIS_PRINCIPAL_ANGLE +	Specifies to sort by the angle, in degrees, at which each blob has the least moment of inertia. INFO
	M_AXIS_SECONDARY_ANGLE +	Specifies to sort by the angle perpendicular to M_AXIS_PRINCIPAL_ANGLE of each blob, in degrees. INFO
	M_BLOB_CONTRAST	Specifies to sort by the difference between the maximum and minimum pixel values of a blob. INFO
	M_BLOB_TOUCHING_IMAGE_BORDERS	Specifies to sort by whether each blob is touching the borders of the image.
	M_BOX_AREA	Specifies to sort by the area covered by the image-axis-aligned bounding box of each blob. INFO
	M_BOX_ASPECT_RATIO	Specifies to sort by the ratio between the horizontal size and the vertical size of the image-axis-aligned bounding box of each blob. INFO
	M_BOX_FILL_RATIO	Specifies to sort by the ratio between the area of the blob and the area of the image-axis-aligned bounding box of each blob. INFO
	M_BOX_X_MAX	Specifies to sort by the extreme right X-coordinate of each blob, of the image-axis-aligned bounding box. INFO
	M_BOX_X_MIN	Specifies to sort by the extreme left X-coordinate of each blob, of the image-axis-aligned bounding box. INFO
	M_BOX_Y_MAX	Specifies to sort by the extreme bottom Y-coordinate of each blob, of the image-axis-aligned bounding box. INFO
	M_BOX_Y_MIN	Specifies to sort by the extreme top Y-coordinate of each blob, of the image-axis-aligned bounding box. INFO
	M_BREADTH	Specifies to sort by the breadth of each blob. INFO
	M_CENTER_OF_GRAVITY_X +	Specifies to sort by the X-position of the center of gravity of each blob. INFO
	M_CENTER_OF_GRAVITY_Y +	Specifies to sort by the Y-position of the center of gravity of each blob. INFO
	M_COMPACTNESS	Specifies to sort by the compactness of each blob. INFO
	M_CONVEX_HULL_AREA	Specifies to sort by the area of the convex hull of each blob. INFO
	M_CONVEX_HULL_COG_X	Specifies to sort by the X-component of the center of gravity of the convex hull of each blob. INFO
	M_CONVEX_HULL_COG_Y	Specifies to sort by the Y-component of the center of gravity of the convex hull of each blob. INFO
	M_CONVEX_HULL_FILL_RATIO	Specifies to sort by the ratio between the blob's area and the area of its convex hull. INFO
	M_CONVEX_HULL_PERIMETER	Specifies to sort by the perimeter of the convex hull of each blob. INFO
	M_CONVEX_PERIMETER	Specifies to sort by an approximation of the perimeter of the convex hull of each blob. INFO
	M_ELONGATION	Specifies to sort by a value that is equal to M_LENGTH / M_BREADTH of each blob. INFO
	M_EULER_NUMBER	Specifies to sort by the number of blobs minus the number of holes (number of blobs - number of holes). INFO
	M_FERET_AT_PRINCIPAL_AXIS_ANGLE +	Specifies to sort by the Feret diameter at the principal axis of each blob. INFO
	M_FERET_AT_SECONDARY_AXIS_ANGLE +	Specifies to sort by the Feret diameter at the secondary axis of each blob. INFO
	M_FERET_ELONGATION	Specifies to sort by the measure of the shape of each blob. INFO
	M_FERET_GENERAL	Specifies to sort by the Feret diameter at the user-specified angle (set using MblobControl() with M_FERET_GENERAL_ANGLE). INFO
	M_FERET_MAX_ANGLE	Specifies to sort by the angle, in degrees, at which the maximum Feret diameter is found for each blob. INFO
	M_FERET_MAX_DIAMETER	Specifies to sort by the largest Feret diameter found after checking a certain number of angles. INFO
	M_FERET_MAX_DIAMETER_ELONGATION	Specifies to sort by the ratio between the maximum Feret diameter of each blob and its perpendicular Feret diameter. INFO
	M_FERET_MEAN_DIAMETER	Specifies to sort by the average of the Feret diameters at the angles checked for each blob. INFO
	M_FERET_MIN_ANGLE	Specifies to sort by the angle, in degrees, at which the minimum Feret diameter is found for each blob. INFO
	M_FERET_MIN_DIAMETER	Specifies to sort by the minimum Feret diameter found after checking a certain number of angles. INFO
	M_FERET_MIN_DIAMETER_ELONGATION	Specifies to sort by the ratio between the minimum Feret diameter of each blob and its perpendicular Feret diameter. INFO
	M_FERET_PERPENDICULAR_TO_MAX_DIAMETER	Specifies to sort by the Feret diameter that is perpendicular to the maximum Feret diameter of each blob. INFO
	M_FERET_PERPENDICULAR_TO_MIN_DIAMETER	Specifies to sort by the Feret diameter that is perpendicular to the minimum Feret diameter of each blob. INFO
	M_FERET_PRINCIPAL_AXIS_ELONGATION +	Specifies to sort by the ratio between the Feret diameter at the principal axis and the Feret diameter at the secondary axis of each blob. INFO
	M_FERET_X	Specifies to sort by the dimension of the image-axis-aligned minimum bounding box of each blob, along the X-axis of the pixel coordinate system (that is, M_BOX_X_MAX - M_BOX_X_MIN + 1). INFO
	M_FERET_Y	Specifies to sort by the dimension of the image-axis-aligned minimum bounding box of each blob, along the Y-axis of the pixel coordinate system (that is, M_BOX_Y_MAX - M_BOX_Y_MIN + 1). INFO
	M_FIRST_POINT_X	Specifies to sort by the X-coordinate of a unique point (along with M_FIRST_POINT_Y) for each blob, that is on the perimeter of the blob. INFO
	M_FIRST_POINT_Y	Specifies to sort by the Y-coordinate of a unique point (along with M_FIRST_POINT_X) for each blob, that is on the perimeter of the blob. INFO
	M_INTERCEPT_0	Specifies to sort by the number of times a transition from background to foreground (not vice versa) occurs in the horizontal direction for the entire blob. INFO
	M_INTERCEPT_45	Specifies to sort by the number of times that the neighborhood configuration occurs in a blob, where F is a foreground pixel, B is a background pixel, and a dot can be any pixel value. INFO (summarize) Specifies to sort by the number of times that the neighborhood configuration occurs in a blob, where F is a foreground pixel, B is a background pixel, and a dot can be any pixel value. INFO (more details...)
	M_INTERCEPT_90	Specifies to sort by the number of times that the neighborhood configuration occurs in a blob. INFO (summarize) Specifies to sort by the number of times that the neighborhood configuration occurs in a blob. INFO (more details...)
	M_INTERCEPT_135	Specifies to sort by the number of times that the neighborhood configuration occurs in a blob. INFO (summarize) Specifies to sort by the number of times that the neighborhood configuration occurs in a blob. INFO (more details...)
	M_LABEL_VALUE	Specifies to sort by the label value of each blob. INFO
	M_LENGTH	Specifies to sort by the length of each blob. INFO
	M_MAX_PIXEL	Specifies to sort by the maximum pixel value found in each blob. INFO
	M_MEAN_PIXEL	Specifies to sort by the mean pixel value in each blob. INFO
	M_MIN_AREA_BOX_ANGLE	Specifies to sort by the angle of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_AREA	Specifies to sort by the area of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_CENTER_X	Specifies to sort by the X-coordinate of the center of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_CENTER_Y	Specifies to sort by the Y-coordinate of the center of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_HEIGHT	Specifies to sort by the height (shortest side) of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_PERIMETER	Specifies to sort by the perimeter of the minimum-area bounding box of each blob. INFO
	M_MIN_AREA_BOX_WIDTH	Specifies to sort by the width (longest side) of the minimum-area bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_ANGLE	Specifies to sort by the angle of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_AREA	Specifies to sort by the area of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_CENTER_X	Specifies to sort by the X-coordinate of the center of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_CENTER_Y	Specifies to sort by the Y-coordinate of the center of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_HEIGHT	Specifies to sort by the height (shortest side) of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_PERIMETER	Specifies to sort by the perimeter of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PERIMETER_BOX_WIDTH	Specifies to sort by the width (longest side) of the minimum-perimeter bounding box of each blob. INFO
	M_MIN_PIXEL	Specifies to sort by the minimum pixel value found in each blob. INFO
	M_MOMENT_CENTRAL_X0_Y2 +	Specifies to sort by the central moment of each blob where the order of X equals 0 and the order of Y equals 2. INFO
	M_MOMENT_CENTRAL_X1_Y1 +	Specifies to sort by the central moment of each blob where the order of X equals 1 and the order of Y equals 1. INFO
	M_MOMENT_CENTRAL_X2_Y0 +	Specifies to sort by the central moment of each blob where the order of X equals 2 and the order of Y equals 0. INFO
	M_MOMENT_GENERAL +	Specifies to sort by the moment calculation, based on the settings specified using MblobControl() with M_MOMENT_GENERAL_MODE, M_MOMENT_GENERAL_ORDER_X, and M_MOMENT_GENERAL_ORDER_Y. INFO
	M_MOMENT_X0_Y1 +	Specifies to sort by the ordinary moment of each blob where the order of X equals 0 and the order of Y equals 1. INFO
	M_MOMENT_X0_Y2 +	Specifies to sort by the ordinary moment of each blob where the order of X equals 0 and the order of Y equals 2. INFO
	M_MOMENT_X1_Y0 +	Specifies to sort by the ordinary moment of each blob where the order of X equals 1 and the order of Y equals 0. INFO
	M_MOMENT_X1_Y1 +	Specifies to sort by the ordinary moment of each blob where the order of X equals 1 and the order of Y equals 1. INFO
	M_MOMENT_X2_Y0 +	Specifies to sort by the ordinary moment of each blob where the order of X equals 2 and the order of Y equals 0. INFO
	M_NO_SORT	Specifies to remove the sorting key.
	M_NUMBER_OF_CHAINED_PIXELS	Specifies to sort by the number of chained pixels in each blob. INFO
	M_NUMBER_OF_CONVEX_HULL_POINTS	Specifies to sort by the number of points on the convex perimeter of each blob. INFO
	M_NUMBER_OF_HOLES	Specifies to sort by the number of holes in each blob. INFO
	M_NUMBER_OF_RUNS	Specifies to sort by the total number of runs in each blob. INFO
	M_PERIMETER	Specifies to sort by the total length of edges in each blob (including the edges of any holes), whereby an allowance made for the staircase effect that is produced when diagonal edges are digitized (inside corners are counted as 1.414, rather than 2.0). INFO
	M_RECTANGULARITY	Specifies to sort by the degree to which each blob is similar to a rectangle. INFO
	M_ROUGHNESS	Specifies to sort by the roughness and irregularity of a blob is, and is equal to M_PERIMETER / M_CONVEX_PERIMETER. INFO
	M_SIGMA_PIXEL	Specifies to sort by the standard deviation of pixel values in each blob. INFO
	M_SUM_PIXEL	Specifies to sort by the sum of all pixel values in each blob. INFO
	M_SUM_PIXEL_SQUARED	Specifies to sort by the sum of the squares of each pixel value in each blob. INFO
	M_WORLD_BOX_X_MAX	Specifies to sort by the extreme right X-coordinate of the world-axis-aligned bounding box, of each blob. INFO
	M_WORLD_BOX_X_MIN	Specifies to sort by the extreme left X-coordinate of the world-axis-aligned bounding box, of each blob. INFO
	M_WORLD_BOX_Y_MAX	Specifies to sort by the extreme bottom Y-coordinate of the world-axis-aligned bounding box, of each blob. INFO
	M_WORLD_BOX_Y_MIN	Specifies to sort by the extreme top Y-coordinate of the world-axis-aligned bounding box, of each blob. INFO
	M_WORLD_FERET_X	Specifies to sort by the dimension of the world-axis-aligned minimum bounding box, along the X-axis of the relative coordinate system (that is, M_WORLD_BOX_X_MAX - M_WORLD_BOX_X_MIN + 1). INFO
	M_WORLD_FERET_Y	Specifies to sort by the dimension of the world-axis-aligned minimum bounding box, along the Y-axis of the relative coordinate system (that is, M_WORLD_BOX_Y_MAX - M_WORLD_BOX_Y_MIN + 1). INFO
	M_WORLD_X_AT_Y_MAX	Specifies to sort by the X-coordinate at the maximum Y-coordinate of each blob, of the world-axis-aligned bounding box. INFO
	M_WORLD_X_AT_Y_MIN	Specifies to sort by the X-coordinate at the minimum Y-coordinate of each blob, of the world-axis-aligned bounding box. INFO
	M_WORLD_Y_AT_X_MAX	Specifies to sort by the Y-coordinate at the maximum X-coordinate of each blob, of the world-axis-aligned bounding box. INFO
	M_WORLD_Y_AT_X_MIN	Specifies to sort by the Y-coordinate at the minimum X-coordinate of each blob, of the world-axis-aligned bounding box. INFO
	M_X_MAX_AT_Y_MAX	Specifies to sort by the maximum X-coordinate at the maximum Y-coordinate of each blob. INFO
	M_X_MAX_AT_Y_MIN	Specifies to sort by the maximum X-coordinate at the minimum Y-coordinate of each blob. INFO
	M_X_MIN_AT_Y_MAX	Specifies to sort by the minimum X-coordinate at the maximum Y-coordinate of each blob. INFO
	M_X_MIN_AT_Y_MIN	Specifies to sort by the minimum X-coordinate at the minimum Y-coordinate of each blob. INFO
	M_Y_MAX_AT_X_MAX	Specifies to sort by the maximum Y-coordinate at the maximum X-coordinate of each blob. INFO
	M_Y_MAX_AT_X_MIN	Specifies to sort by the maximum Y-coordinate at the minimum X-coordinate of each blob. INFO
	M_Y_MIN_AT_X_MAX	Specifies to sort by the minimum Y-coordinate at the maximum X-coordinate of each blob. INFO
	M_Y_MIN_AT_X_MIN	Specifies to sort by the minimum Y-coordinate at the minimum X-coordinate of each blob. INFO
M_SORTn_DIRECTION		Sets the direction in which the n ^th sorting key is sorted, where n stands for an integer between 1 and 3. INQ (summarize) Sets the direction in which the n ^th sorting key is sorted, where n stands for an integer between 1 and 3. INQ (more details...)
	M_DEFAULT	Same as M_SORT_UP.
	M_SORT_DOWN	Specifies the feature as being sorted in descending order.
	M_SORT_UP	Specifies the feature as being sorted in ascending order.
M_TIMEOUT		Sets the maximum processing time, in msec. If the timeout limit is exceeded, processing is stopped, and results already available in the result buffer become invalid and will be discarded, unless M_RETURN_PARTIAL_RESULTS is enabled. INQ (summarize) Sets the maximum processing time, in msec. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that there is no maximum processing time.
	Value >= 0	Specifies the maximum processing time, in msec.

The following control type allows you to enable or disable all features for calculation using a single call. For the following control type, you must set the ContextOrResultBlobId parameter to a Blob Analysis context.

For specifying to calculate all features in a single call
ControlType		Description
	ControlValue	Description
M_ALL_FEATURES		Sets whether to calculate all features. You can then selectively enable or disable specific features for calculation. (summarize) Sets whether to calculate all features. (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies to disable the calculation of all features, regardless of their previous setting. This can be used as a quick method to disable the calculation of all features. (summarize) Specifies to disable the calculation of all features, regardless of their previous setting. (more details...)
	M_ENABLE	Specifies that all of the features will be calculated, regardless of their previous setting.

The following control types establish which of the blob features, that have only a binary definition, are calculated for each blob; these blob features are calculated using only the blob identifier image. For the following control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis context. Note that, unless otherwise stated, these features are calculated in pixel units; although you can retrieve them in world units using MblobGetResult() if calculated on a calibrated blob identifier image and M_RESULT_OUTPUT_UNITS is set to M_WORLD or M_ACCORDING_TO_CALIBRATION.

For specifying to calculate features with only a binary definition
ControlType		Description
	ControlValue	Description
M_BOX		Sets whether to calculate all image-axis-aligned bounding box features plus X- and Y-Ferets. The image-axis-aligned bounding box is the bounding box that is aligned with the pixel coordinate system's axes. You can retrieve results for these features using MblobGetResult() with M_BOX_X_MIN, M_BOX_Y_MIN, M_BOX_X_MAX, M_BOX_Y_MAX, M_BLOB_TOUCHING_IMAGE_BORDERS, M_BOX_AREA, M_BOX_ASPECT_RATIO, M_BOX_FILL_RATIO, M_FIRST_POINT_X, M_FIRST_POINT_Y, M_FERET_X, and M_FERET_Y. INQ (summarize) Sets whether to calculate all image-axis-aligned bounding box features plus X- and Y-Ferets. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_BREADTH		Sets whether to calculate the breadth of a blob. This feature has the same advantages and disadvantages as M_LENGTH; that is, this feature is more accurate for long thin blobs because it is derived from the perimeter (P) and area (A) assuming that P = 2(length + breadth) and A = length x breadth. You can retrieve results for this feature using MblobGetResult() with M_BREADTH. INQ (summarize) Sets whether to calculate the breadth of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_CHAINS		Sets whether to calculate all 4 chain features. You can retrieve results for these features using MblobGetResult() with M_CHAIN_X, M_CHAIN_Y, M_CHAIN_INDEX, M_NUMBER_OF_CHAINED_PIXELS, and M_TOTAL_NUMBER_OF_CHAINED_PIXELS. Note that the chain code is computed depending on the lattice and foreground values set with M_CONNECTIVITY and M_FOREGROUND_VALUE, respectively. INQ (summarize) Sets whether to calculate all 4 chain features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_COMPACTNESS		Sets whether to calculate the compactness value of a blob. This is defined as the ratio between the area of a circle with the same perimeter as the blob in question, and the area of the blob itself. You can retrieve results for this feature using MblobGetResult() with M_COMPACTNESS. INQ (summarize) Sets whether to calculate the compactness value of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_CONTACT_POINTS		Sets whether to calculate the contact features of the image-axis-aligned bounding box. The image-axis-aligned bounding box is the bounding box that is aligned with the pixel coordinate system's axes. You can retrieve results for these features using MblobGetResult() with M_X_MIN_AT_Y_MIN, M_X_MAX_AT_Y_MIN, M_X_MAX_AT_Y_MAX, M_X_MIN_AT_Y_MAX, M_Y_MIN_AT_X_MAX, M_Y_MAX_AT_X_MAX, M_Y_MAX_AT_X_MIN, and M_Y_MIN_AT_X_MIN. INQ (summarize) Sets whether to calculate the contact features of the image-axis-aligned bounding box. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_CONVEX_HULL		Sets whether to calculate all convex hull features. You can retrieve results for these features using MblobGetResult() with M_CONVEX_HULL_AREA, M_CONVEX_HULL_COG_X, M_CONVEX_HULL_COG_Y, M_CONVEX_HULL_FILL_RATIO, M_CONVEX_HULL_PERIMETER, M_CONVEX_HULL_X, M_CONVEX_HULL_XY_PACKED, M_CONVEX_HULL_Y, M_NUMBER_OF_CONVEX_HULL_POINTS, and M_TOTAL_NUMBER_OF_CONVEX_HULL_POINTS. For a quicker result, you can select to calculate M_CONVEX_PERIMETER. INQ (summarize) Sets whether to calculate all convex hull features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_CONVEX_PERIMETER		Sets whether to calculate the approximation of the perimeter of the convex hull of a blob. It is derived from several Feret diameters; so, a larger number of Ferets gives a more accurate result. You can use M_NUMBER_OF_FERETS to change the number of Ferets angles used when calculating this feature. You can retrieve results for this feature using MblobGetResult() with M_CONVEX_PERIMETER. For a more accurate result, you can select to calculate M_CONVEX_HULL_PERIMETER by enabling M_CONVEX_HULL. INQ (summarize) Sets whether to calculate the approximation of the perimeter of the convex hull of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_ELONGATION		Sets whether to calculate a value that is equal to M_LENGTH / M_BREADTH. It is similar to M_FERET_ELONGATION, except that it should be used for long thin blobs. You can retrieve results for this feature using MblobGetResult() with M_ELONGATION. INQ (summarize) Sets whether to calculate a value that is equal to M_LENGTH / M_BREADTH. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_EULER_NUMBER		Sets whether to calculate the number of blobs - number of holes. This value is more useful for M_WHOLE_IMAGE than for M_INDIVIDUAL processing mode. When using the M_WHOLE_IMAGE processing mode, each blob is treated individually, as opposed to grouping all of the blobs in an image together. When using the M_INDIVIDUAL processing mode, the number of blobs is effectively 1. You can retrieve results for this feature using MblobGetResult() with M_EULER_NUMBER. INQ (summarize) Sets whether to calculate the number of blobs - number of holes. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_GENERAL		Sets whether to calculate a Feret diameter at a user-specified angle specified using M_FERET_GENERAL_ANGLE. You can retrieve results for this feature using MblobGetResult() with M_FERET_GENERAL. INQ (summarize) Sets whether to calculate a Feret diameter at a user-specified angle specified using M_FERET_GENERAL_ANGLE. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_MAX_DIAMETER_ELONGATION		Sets whether to calculate the ratio between the maximum Feret diameter and its perpendicular Feret diameter. Use the M_FERET_ANGLE_SEARCH_... constants to control the angular range in which to find the maximum Feret diameter. You can retrieve results for this feature using MblobGetResult() with M_FERET_MAX_DIAMETER_ELONGATION. INQ (summarize) Sets whether to calculate the ratio between the maximum Feret diameter and its perpendicular Feret diameter. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_MIN_DIAMETER_ELONGATION		Sets whether to calculate the ratio between the minimum Feret diameter and its perpendicular Feret diameter. Use the M_FERET_ANGLE_SEARCH_... constants to control the angular range in which to find the minimum Feret diameter. You can retrieve results for this feature using MblobGetResult() with M_FERET_MIN_DIAMETER_ELONGATION. INQ (summarize) Sets whether to calculate the ratio between the minimum Feret diameter and its perpendicular Feret diameter. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_PERPENDICULAR_TO_MAX_DIAMETER		Sets whether to calculate the Feret diameter that is perpendicular to the maximum Feret diameter. Use the M_FERET_ANGLE_SEARCH_... constants to control the angular range in which to find the maximum Feret diameter. You can retrieve results for this feature using MblobGetResult() with M_FERET_PERPENDICULAR_TO_MAX_DIAMETER. INQ (summarize) Sets whether to calculate the Feret diameter that is perpendicular to the maximum Feret diameter. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_PERPENDICULAR_TO_MIN_DIAMETER		Sets whether to calculate the Feret diameter that is perpendicular to the minimum Feret diameter. Use the M_FERET_ANGLE_SEARCH_... constants to control the angular range in which to find the minimum Feret diameter. You can retrieve results for this feature using MblobGetResult() with M_FERET_PERPENDICULAR_TO_MIN_DIAMETER. INQ (summarize) Sets whether to calculate the Feret diameter that is perpendicular to the minimum Feret diameter. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERETS		Sets whether to calculate the Feret features. You can retrieve results for these features using MblobGetResult() with M_FERET_DIAMETERS, M_TOTAL_NUMBER_OF_FERETS, M_NUMBER_OF_FERETS, M_FERET_ELONGATION, M_FERET_MAX_ANGLE, M_FERET_MIN_ANGLE, M_FERET_MAX_DIAMETER, M_FERET_MIN_DIAMETER, and M_FERET_MEAN_DIAMETER. INQ (summarize) Sets whether to calculate the Feret features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_INTERCEPT		Sets whether to calculate the intercept features. You can retrieve results for these features using MblobGetResult() with M_INTERCEPT_0, M_INTERCEPT_45, M_INTERCEPT_90, and M_INTERCEPT_135. INQ (summarize) Sets whether to calculate the intercept features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_LENGTH		Sets whether to calculate the length of a blob. This feature is more accurate for long thin blobs because it is derived from the perimeter (P) and area (A) assuming that P = 2(length + breadth) and A = length x breadth. You can retrieve results for this feature using MblobGetResult() with M_LENGTH. INQ (summarize) Sets whether to calculate the length of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MIN_AREA_BOX		Sets whether to calculate all the minimum-area bounding box features. You can retrieve results for these features using MblobGetResult() with M_MIN_AREA_BOX_AREA, M_MIN_AREA_BOX_ANGLE, M_MIN_AREA_BOX_CENTER_X, M_MIN_AREA_BOX_CENTER_Y, M_MIN_AREA_BOX_HEIGHT, M_MIN_AREA_BOX_PERIMETER, M_MIN_AREA_BOX_WIDTH, M_MIN_AREA_BOX_Xn, and M_MIN_AREA_BOX_Yn. INQ (summarize) Sets whether to calculate all the minimum-area bounding box features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_MIN_PERIMETER_BOX		Sets whether to calculate all the minimum-perimeter bounding box features. You can retrieve results for these features using MblobGetResult() with M_MIN_PERIMETER_BOX_AREA, M_MIN_PERIMETER_BOX_ANGLE, M_MIN_PERIMETER_BOX_CENTER_X, M_MIN_PERIMETER_BOX_CENTER_Y, M_MIN_PERIMETER_BOX_HEIGHT, M_MIN_PERIMETER_BOX_PERIMETER, M_MIN_PERIMETER_BOX_WIDTH, M_MIN_PERIMETER_BOX_Xn, and M_MIN_PERIMETER_BOX_Yn. INQ (summarize) Sets whether to calculate all the minimum-perimeter bounding box features. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_NUMBER_OF_HOLES		Sets whether to calculate the number of holes in a blob. Holes that intersect the edge of the image are not counted (they might not be holes). This value is equal to 1 - M_EULER_NUMBER and is therefore a true hole count only in M_INDIVIDUAL processing mode. You can retrieve results for this feature using MblobGetResult() with M_NUMBER_OF_HOLES. INQ (summarize) Sets whether to calculate the number of holes in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_PERIMETER		Sets whether to calculate the total length of edges in a blob (including the edges of any holes), with an allowance made for the staircase effect that is produced when diagonal edges are digitized (inside corners are counted as 1.414, rather than 2.0). A single pixel blob (area = 1) has a perimeter of 4.0. You can retrieve results for this feature using MblobGetResult() with M_PERIMETER. INQ (summarize) Sets whether to calculate the total length of edges in a blob (including the edges of any holes), with an allowance made for the staircase effect that is produced when diagonal edges are digitized (inside corners are counted as 1.414, rather than 2.0). INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_RECTANGULARITY		Sets whether to calculate the degree to which a blob resembles a rectangle. You can retrieve results for this feature using MblobGetResult() with M_RECTANGULARITY. INQ (summarize) Sets whether to calculate the degree to which a blob resembles a rectangle. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_ROUGHNESS		Sets whether to calculate the roughness and irregularity of a blob, and is equal to M_PERIMETER / M_CONVEX_PERIMETER. You can retrieve results for this feature using MblobGetResult() with M_ROUGHNESS. INQ (summarize) Sets whether to calculate the roughness and irregularity of a blob, and is equal to M_PERIMETER / M_CONVEX_PERIMETER. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_RUNS		Sets whether to calculate the blob run-length encoding information. You can retrieve results for these features using MblobGetResult() with M_RUN_X, M_RUN_Y, M_RUN_LENGTH, M_NUMBER_OF_RUNS, and M_TOTAL_NUMBER_OF_RUNS. INQ (summarize) Sets whether to calculate the blob run-length encoding information. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_WORLD_BOX		Sets whether to calculate all of the features related to the world-axis-aligned bounding box. The world-axis-aligned bounding box is the bounding box that is aligned with the relative coordinate system's axes. You can retrieve results for these features using MblobGetResult() with M_WORLD_FERET_X, M_WORLD_FERET_Y, M_WORLD_BOX_X_MIN, M_WORLD_BOX_Y_MIN, M_WORLD_BOX_X_MAX, M_WORLD_BOX_Y_MAX, M_WORLD_X_AT_Y_MAX, M_WORLD_X_AT_Y_MIN, M_WORLD_Y_AT_X_MAX, and M_WORLD_Y_AT_X_MIN. In a case where more than one X-coordinate touches the minimum Y-coordinate of a blob, it is not possible to predict which coordinate will be calculated and returned. This also applies to a Y-coordinate touching the minimum X-coordinate of a blob. These features are actually calculated in the world coordinate system. If enabled for calculation, you should pass MblobCalculate() a calibrated blob identifier image. If an uncalibrated image is passed to MblobCalculate(), these features are the equivalent of the M_BOX feature group. INQ (summarize) Sets whether to calculate all of the features related to the world-axis-aligned bounding box. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.

The following control types establish which of the features, that have only a grayscale definition, are calculated for each blob. These blob features can only be calculated if you pass MblobCalculate() both a blob identifier image and a grayscale image. For the following control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis context.

For specifying to calculate features with only a grayscale definition
ControlType		Description
	ControlValue	Description
M_BLOB_CONTRAST		Sets whether to calculate the difference between the maximum and minimum pixel values of a blob. You can retrieve results for this feature using MblobGetResult() with M_BLOB_CONTRAST. INQ (summarize) Sets whether to calculate the difference between the maximum and minimum pixel values of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MAX_PIXEL		Sets whether to calculate the maximum pixel value in a blob. You can retrieve results for this feature using MblobGetResult() with M_MAX_PIXEL. INQ (summarize) Sets whether to calculate the maximum pixel value in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MEAN_PIXEL		Sets whether to calculate the mean pixel value in a blob. You can retrieve results for this feature using MblobGetResult() with M_MEAN_PIXEL. INQ (summarize) Sets whether to calculate the mean pixel value in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MIN_PIXEL		Sets whether to calculate the minimum pixel value in a blob. You can retrieve results for this feature using MblobGetResult() with M_MIN_PIXEL. INQ (summarize) Sets whether to calculate the minimum pixel value in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_SIGMA_PIXEL		Sets whether to calculate the standard deviation of pixel values in a blob. You can retrieve results for this feature using MblobGetResult() with M_SIGMA_PIXEL. INQ (summarize) Sets whether to calculate the standard deviation of pixel values in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_SUM_PIXEL		Sets whether to calculate the sum of all pixel values in a blob. You can retrieve results for this feature using MblobGetResult() with M_SUM_PIXEL. INQ (summarize) Sets whether to calculate the sum of all pixel values in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_SUM_PIXEL_SQUARED		Sets whether to calculate the sum of the squares of each pixel value in a blob. You can retrieve results for this feature using MblobGetResult() with M_SUM_PIXEL_SQUARED. INQ (summarize) Sets whether to calculate the sum of the squares of each pixel value in a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.

The following control types establish which of the features, that have both a binary and a grayscale definition, are calculated for each blob. The binary definition considers all pixels equal; the grayscale definition weighs pixels by their value in the grayscale image (the grayscale definition is much slower to calculate).

When you do not specify a combination value for the following control types, both versions of the feature (or groups of features) are enabled for calculation by default. If you do not provide a grayscale image to MblobCalculate(), only the binary version can be calculated. Specifying a combination value for the following control types will overwrite the settings that were set when no combination value was specified. If a combination value was initially specified for a control type, and a different setting was specified for the same control type without a combination value, it will also overwrite the previous setting. For example, if you specify M_MOMENT_GENERAL with M_ENABLE, both the binary and grayscale versions of the feature will be calculated. If you subsequently specify M_MOMENT_GENERAL + M_GRAYSCALE with M_DISABLE, only the binary version of the feature will be calculated.

For the following control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis context.

For specifying to calculate features with two definitions (binary and grayscale)
ControlType		Description
	ControlValue	Description
M_CENTER_OF_GRAVITY +		Sets whether to calculate both X- and Y-coordinates of the center of gravity. You can retrieve results for these features using MblobGetResult() with M_CENTER_OF_GRAVITY_X, and M_CENTER_OF_GRAVITY_Y. INQ (summarize) Sets whether to calculate both X- and Y-coordinates of the center of gravity. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_FERET_AT_PRINCIPAL_AXIS_ANGLE +		Sets whether to calculate the Feret diameter at the principal axis of a blob. Use the M_NUMBER_OF_FERETS control type to set the number of Feret angles that are evaluated. You can retrieve results for this feature using MblobGetResult() with M_FERET_AT_PRINCIPAL_AXIS_ANGLE. INQ (summarize) Sets whether to calculate the Feret diameter at the principal axis of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_AT_SECONDARY_AXIS_ANGLE +		Sets whether to calculate the Feret diameter at the secondary axis of a blob. Use the M_NUMBER_OF_FERETS control type to set the number of Feret angles that are evaluated. You can retrieve results for this feature using MblobGetResult() with M_FERET_AT_SECONDARY_AXIS_ANGLE. INQ (summarize) Sets whether to calculate the Feret diameter at the secondary axis of a blob. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_FERET_PRINCIPAL_AXIS_ELONGATION +		Sets whether to calculate the ratio between the Feret diameter at the principal axis and the Feret diameter at the secondary axis. Use the M_NUMBER_OF_FERETS control type to set the number of Feret angles that are evaluated. You can retrieve results for this feature using MblobGetResult() with M_FERET_PRINCIPAL_AXIS_ELONGATION. INQ (summarize) Sets whether to calculate the ratio between the Feret diameter at the principal axis and the Feret diameter at the secondary axis. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MOMENT_FIRST_ORDER +		Sets whether to calculate the first-order moments where the order of either the X- or Y-component equals 0 and the order of the other component equals 1. You can retrieve results for these features using MblobGetResult() with M_MOMENT_X0_Y1, and M_MOMENT_X1_Y0. To calculate higher order moments, use M_MOMENT_SECOND_ORDER for predefined second order moments, or M_MOMENT_GENERAL for user-specified moments. Note that moment features are calculated faster when using M_MOMENT_FIRST_ORDER or M_MOMENT_SECOND_ORDER than when using M_MOMENT_GENERAL with the same order. INQ (summarize) Sets whether to calculate the first-order moments where the order of either the X- or Y-component equals 0 and the order of the other component equals 1. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.
M_MOMENT_GENERAL +		Sets whether to calculate a user-specified moment. Use the M_MOMENT_GENERAL_MODE, M_MOMENT_GENERAL_ORDER_X, and M_MOMENT_GENERAL_ORDER_Y control types to specify the settings of the user-specified moment. You can retrieve results for this feature using MblobGetResult() with M_MOMENT_GENERAL. You could alternatively enable the calculation of M_MOMENT_FIRST_ORDER and/or M_MOMENT_SECOND_ORDER to calculate a set of first and second order moments respectively. These predefined moments are calculated faster than the user-specified moment. INQ (summarize) Sets whether to calculate a user-specified moment. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that this feature will not be calculated.
	M_ENABLE	Specifies that this feature will be calculated.
M_MOMENT_SECOND_ORDER +		Sets whether to calculate the second-order moments. You can retrieve results for these features using MblobGetResult() with M_MOMENT_X0_Y2, M_MOMENT_X1_Y1, M_MOMENT_X2_Y0, M_MOMENT_CENTRAL_X0_Y2, M_MOMENT_CENTRAL_X1_Y1, M_MOMENT_CENTRAL_X2_Y0, M_AXIS_PRINCIPAL_ANGLE, and M_AXIS_SECONDARY_ANGLE. To calculate higher order moments, use M_MOMENT_GENERAL. Note that moment features are calculated faster when using M_MOMENT_FIRST_ORDER or M_MOMENT_SECOND_ORDER than when using M_MOMENT_GENERAL with the same order. INQ (summarize) Sets whether to calculate the second-order moments. INQ (more details...)
	M_DEFAULT	Same as M_DISABLE.
	M_DISABLE	Specifies that these features will not be calculated.
	M_ENABLE	Specifies that these features will be calculated.

Combination values for the values listed in For specifying to calculate features with two definitions (binary and grayscale); and for the following values: M_AXIS_PRINCIPAL_ANGLE (when ControlType=M_SORTn and ControlValue=M_AXIS_PRINCIPAL_ANGLE); M_AXIS_SECONDARY_ANGLE (when ControlType=M_SORTn and ControlValue=M_AXIS_SECONDARY_ANGLE); M_CENTER_OF_GRAVITY_X (when ControlType=M_SORTn and ControlValue=M_CENTER_OF_GRAVITY_X); M_CENTER_OF_GRAVITY_Y (when ControlType=M_SORTn and ControlValue=M_CENTER_OF_GRAVITY_Y); M_FERET_AT_PRINCIPAL_AXIS_ANGLE (when ControlType=M_SORTn and ControlValue=M_FERET_AT_PRINCIPAL_AXIS_ANGLE); M_FERET_AT_SECONDARY_AXIS_ANGLE (when ControlType=M_SORTn and ControlValue=M_FERET_AT_SECONDARY_AXIS_ANGLE); M_FERET_PRINCIPAL_AXIS_ELONGATION (when ControlType=M_SORTn and ControlValue=M_FERET_PRINCIPAL_AXIS_ELONGATION); M_MOMENT_CENTRAL_X0_Y2 (when ControlType=M_SORTn and ControlValue=M_MOMENT_CENTRAL_X0_Y2); M_MOMENT_CENTRAL_X1_Y1 (when ControlType=M_SORTn and ControlValue=M_MOMENT_CENTRAL_X1_Y1); M_MOMENT_CENTRAL_X2_Y0 (when ControlType=M_SORTn and ControlValue=M_MOMENT_CENTRAL_X2_Y0); M_MOMENT_GENERAL (when ControlType=M_SORTn and ControlValue=M_MOMENT_GENERAL); M_MOMENT_X0_Y1 (when ControlType=M_SORTn and ControlValue=M_MOMENT_X0_Y1); M_MOMENT_X0_Y2 (when ControlType=M_SORTn and ControlValue=M_MOMENT_X0_Y2); M_MOMENT_X1_Y0 (when ControlType=M_SORTn and ControlValue=M_MOMENT_X1_Y0); M_MOMENT_X1_Y1 (when ControlType=M_SORTn and ControlValue=M_MOMENT_X1_Y1); M_MOMENT_X2_Y0 (when ControlType=M_SORTn and ControlValue=M_MOMENT_X2_Y0).

You can add one of the following values to the above-mentioned values to set whether to enable, disable, or sort on only the binary or grayscale calculation of the feature.

For control values of the M_SORTn control type, this combination is essential (that is, you must add one of these combination values to the control value).

For feature parameters that have two definitions
Combination value	Description
M_BINARY	Selects the binary definition of the selected feature.
M_GRAYSCALE	Selects the grayscale definition of the selected feature.

For the following control types, you must set the ContextOrResultBlobId parameter to a Blob Analysis result buffer.

For a Blob Analysis result buffer
ControlType		Description
	ControlValue	Description
M_INPUT_SELECT_UNITS		Sets which units to use with the CondLow and CondHigh parameters of the MblobSelect() function, when specifying the limit values of the blob selection condition. This essentially sets the input coordinate system to use. INQ (summarize) Sets which units to use with the CondLow and CondHigh parameters of the MblobSelect() function, when specifying the limit values of the blob selection condition. INQ (more details...)
	M_PIXEL	Specifies that the limit values passed to MblobSelect() be interpreted in pixel units, with respect to the pixel coordinate system. This is the default value. (summarize) Specifies that the limit values passed to MblobSelect() be interpreted in pixel units, with respect to the pixel coordinate system. (more details...)
	M_WORLD	Specifies that the limit values passed to MblobSelect() be interpreted in world units, with respect to the relative coordinate system. If world units are specified, calling MblobSelect() generates an error if the specified result buffer is not associated with a camera calibration context. (summarize) Specifies that the limit values passed to MblobSelect() be interpreted in world units, with respect to the relative coordinate system. (more details...)
M_RESULT_OUTPUT_UNITS		Sets whether to return results in pixels or world units. This essentially sets the output coordinate system to use. The setting of this control type will only affect functions within this module which return positional results. This control type can be changed at any time to return results in the required output units. INQ (summarize) Sets whether to return results in pixels or world units. INQ (more details...)
	M_DEFAULT	Same as M_ACCORDING_TO_CALIBRATION.
	M_ACCORDING_TO_CALIBRATION	Specifies that results are returned in world units if the result was calculated on an image associated with a camera calibration context; otherwise, specifies that results are returned in pixel units.
	M_PIXEL	Specifies that results are returned in pixel units, with respect to the pixel coordinate system.
	M_WORLD	Specifies that results are returned in world units, with respect to the relative coordinate system. If world units are specified, calling MblobGetResult() generates an error if the result was not calculated on a calibrated image. (summarize) Specifies that results are returned in world units, with respect to the relative coordinate system. (more details...)
M_STOP_CALCULATE		Stops the current blob analysis calculation. You must call MblobControl() with M_STOP_CALCULATE from another thread (typically of higher priority). Results already available in the result buffer become invalid and will be discarded, unless M_RETURN_PARTIAL_RESULTS is enabled. (summarize) Stops the current blob analysis calculation. (more details...)
	M_DEFAULT	This parameter must be set to M_DEFAULT.

Type specific versions of the function when using a C compiler under 64-bit

void MblobControlDouble (MIL_ID ContextOrResultBlobId, MIL_INT64 ControlType, MIL_DOUBLE ControlValue)

Details

Parameters

ContextOrResultBlobId

See ContextOrResultBlobId of the main function for a description.

ControlType

See ControlType of the main function for a description.

ControlValue

See ControlValue of the main function for a description.

void MblobControlInt64 (MIL_ID ContextOrResultBlobId, MIL_INT64 ControlType, MIL_INT64 ControlValue)

Details

Parameters

ContextOrResultBlobId

See ContextOrResultBlobId of the main function for a description.

ControlType

See ControlType of the main function for a description.

ControlValue

See ControlValue of the main function for a description.

Compilation information

Header	Include mil.h.
Library	Use mil.lib; milblob.lib.
DLL	Requires mil.dll; milblob.dll.