Matrox.MatroxImagingLibrary

Opens a connection to the specified connection descriptor

Specifies the descriptor of the connection. Initialization Flag. Control Flag. Address of the variable in which to write the identifier of the opened connection.

Closes the specified connection.

Identifier of the connection to close.

Inquires information about the specified object.

Identifier of the object about which to inquire information. Specifies the type of information about which to inquire. Specifies the address of the variable in which to write the requested information. The return value is the requested information, cast to to a MIL_INT.

Inquires information about the specified object.

Set the specified control for the specified object

Identifier of the object to control Specifies the setting to control. Specifies the setting's new value.

Links or unlinks a source and a target buffer so their content is synchronized.

MIL_ID of the source buffer to link. MIL_ID of the target buffer to link. Control Flag. Control Value.

Allocate default MIL objects.

Specifies the type of initialization setup to perform and is used principally to initialize the default system. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Specifies the address of the variable in which to write the identifier of the default display. Specifies the address of the variable in which to write the identifier of the default digitizer. Specifies the address of the variable in which to write the identifier of the default image buffer.

Free default MIL objects.

Specifies the identifier of the application to free. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Specifies the address of the variable in which to write the identifier of the default display. Specifies the address of the variable in which to write the identifier of the default digitizer. Must be set to M_NULL

Allocate default MIL objects.

Specifies the type of initialization setup to perform and is used principally to initialize the default system. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Specifies the address of the variable in which to write the identifier of the default display. Must be set to M_NULL. Specifies the address of the variable in which to write the identifier of the default image buffer.

Allocate default MIL objects.

Specifies the type of initialization setup to perform and is used principally to initialize the default system. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Must be set to M_NULL. Specifies the address of the variable in which to write the identifier of the default digitizer. Specifies the address of the variable in which to write the identifier of the default image buffer.

Allocate default MIL objects.

Specifies the type of initialization setup to perform and is used principally to initialize the default system. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Must be set to M_NULL. Must be set to M_NULL. Specifies the address of the variable in which to write the identifier of the default image buffer.

Allocate default MIL objects.

Specifies the type of initialization setup to perform and is used principally to initialize the default system. Specifies the address of the variable in which to write the application identifier. Specifies the address of the variable in which to write the system identifier. Must be set to M_NULL. Specifies the address of the variable in which to write the identifier of the default digitizer. Must be set to M_NULL.

Allocate default MIL objects.

Free default MIL objects.

Specifies the identifier of the application to free. Specifies the identifier of the application to free. Specifies the identifier of the application to free. Specifies the identifier of the application to free. Specifies the identifier of the application to free.

Extract laser line data from an image and store this data in a 3D reconstruction result buffer.

Specifies the context identifier of the 3D reconstruction setup. Specifies the identifier of the 3D reconstruction result buffer in which to store or clear laser line data. The 3D reconstruction result buffer must have been previously allocated with M3dmapAllocResult . Specifies the identifier of the image buffer containing the grabbed image of the laser line. Specifies the identifier of the image buffer containing the intensity map. Reserved for future expansion. This parameter must be set to M_NULL. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the function's control flag. This parameter must be set to one of the following values:

Allocate a 3D reconstruction context or a geometry object.

Specifies the identifier of the system on which to allocate the 3D reconstruction context or geometry object. Specifies a 3D reconstruction context or a geometry object. This parameter must be set to the value below: Specifies the type of depth map (partially corrected or fully corrected) to be generated. Specifies the address of the variable in which to write the 3D reconstruction context or geometry object identifier. The returned value is the 3D reconstruction context or geometry object identifier if allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D reconstruction context or a geometry object.

Allocate a 3D reconstruction result buffer.

Specifies the identifier of the system on which to allocate the result buffer. Specifies the type of result buffer to allocate. This parameter must be set to the following value: Specifies the function's control flag. This parameter must be set to M_DEFAULT. Specifies the address of the variable in which to write the 3D reconstruction result buffer identifier. The returned value is the 3D reconstruction result buffer identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D reconstruction result buffer.

Perform a point-to-point arithmetic operation on depth maps and geometry objects.

Specifies the data source of the first operand. Specifies the data source of the second operand. Specifies the identifier of the destination image buffer in which to put the result of the arithmetic operation.

Perform calibration of the 3D reconstruction setup.

Specifies the identifier of the 3D reconstruction context used to extract the laser line from grabbed images. Specifies the identifier of the 3D reconstruction result buffer that contains the laser line data required for calibration. The 3D reconstruction result buffer must have been previously allocated using M3dmapAllocResult and contain data for at least one laser line. Specifies the identifier of the calibration object that contains the 3D camera calibration data or M_NULL. Reserved for future expansion and must be set to M_DEFAULT.

Perform calibration of the 3D reconstruction setup.

Control a 3D reconstruction context or result buffer.

Specifies the identifier of the 3D reconstruction context or the result buffer to control. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the type of setting to control. Specifies the required value for the setting.

Control a 3D reconstruction context or result buffer.

Generate an image from a 3D reconstruction geometry object, context or result buffer.

Specifies the graphics context to use. This parameter must be set to one of the following values: Specifies the identifier of the destination image buffer in which to draw. Specifies what to draw in the destination buffer. Reserved for future expansion and must be set to M_DEFAULT. Reserved for future expansion and must be set to M_DEFAULT.

Generate a depth map image and, optionally, an intensity map image from scanned laser lines.

Specifies the identifier of the result buffer which contains the laser line data. Specifies the identifier of the image buffer in which to store the depth map. The image buffer must be a 1-band, 8-bit or 16-bit unsigned buffer. Specifies the identifier of the intensity image buffer. Specifies the type of operation to perform. Reserved for future expansion. This parameter must be set to M_DEFAULT. Reserved for future expansion. This parameter must be set to M_DEFAULT.

Free a 3D reconstruction context, a 3D reconstruction result buffer, or a geometry object.

Specifies the identifier of the 3D reconstruction context, 3D reconstruction result buffer, or geometry object to free.

Get the specified type of result(s) from a 3D reconstruction result buffer.

Specifies the identifier of the 3D reconstruction result buffer from which to retrieve results. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the type of result to get. Specifies the address in which to write the results.

Get the specified type of result(s) from a 3D reconstruction result buffer.

Inquire about a 3D reconstruction context, a 3D reconstruction result buffer, or a geometry object setting.

Specifies the identifier of the 3D reconstruction context, result buffer, or geometry object about which to inquire information. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the setting to inquire. Specifies the address in which to write the requested information. The return value is the required information, cast to a MIL_INT.

Inquire about a 3D reconstruction context, a 3D reconstruction result buffer, or a geometry object setting.

Specifies the identifier of the 3D reconstruction context, result buffer, or geometry object about which to inquire information. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the setting to inquire. The return value is the required information, cast to a MIL_INT.

Inquire about a 3D reconstruction context, a 3D reconstruction result buffer, or a geometry object setting.

Restore a 3D reconstruction context or geometry object from disk.

Specifies the name and directory of the file from which to restore the 3D reconstruction context or geometry object. Specifies the system on which to restore the 3D reconstruction context or geometry object. Reserved for future expansion and must be set to M_DEFAULT. Specifies the address of the variable in which to write the 3D reconstruction context or geometry object identifier. The returned value is the 3D reconstruction context or geometry object identifier. If allocation fails, M_NULL is returned.

Restore a 3D reconstruction context or geometry object from disk.

Save a 3D reconstruction context or geometry object to a file.

Specifies the name and directory of the file in which to save the 3D reconstruction context or geometry object. The recommended extension is M3D. Specifies the identifier of the 3D reconstruction context or geometry object to save. Reserved for future expansion and must be set to M_DEFAULT.

Save a 3D reconstruction context or geometry object to a file.

Define a geometry object, either parametrically or by fitting it to a depth map.

Specifies the identifier of a geometry object. Specifies the type of geometry object to define. Reserved for future expansion and must be set to M_DEFAULT. Reserved for future expansion and must be set to M_DEFAULT.

Compute a variety of statistics on a depth map.

Specifies the image buffer identifier of the depth map on which to compute statistics. Specifies what will be used as reference level for statistics computation.

Compute a variety of statistics on a depth map.

Specifies the image buffer identifier of the depth map on which to compute statistics. Specifies what will be used as reference level for statistics computation.

Load, restore, or save a 3D reconstruction context or geometry object from/to a file or memory stream.

Specifies the file or memory stream. Specifies the system on which to restore the 3D reconstruction context or geometry object. For M_INQUIRE_SIZE_BYTE , M_LOAD , and M_SAVE , SystemId is ignored and should be set to M_NULL. Specifies the operation to perform on the 3D reconstruction context or geometry object. Specifies the type of stream in which to store/from which to restore the 3D reconstruction context or geometry object. Specifies the MIL version of the 3D reconstruction context or geometry object. Reserved for future expansion and must be set to M_DEFAULT. Specifies the address of the variable in which to write or from which to read the identifier of the 3D reconstruction context or geometry object. Specifies the address of the variable in which to write the size of the 3D reconstruction context or geometry object, in bytes.

Load, restore, or save a 3D reconstruction context or geometry object from/to a file or memory stream.

Triangulate the 3D world coordinates of points from their pixel location in the image plane of two or more cameras.

Specifies the address of an array containing the identifiers of the camera calibration objects for each of the camera setups. Specifies the address of the array containing the X-pixel coordinates of the common points in the image plane of each camera. Specifies the address of the array containing the Y-pixel coordinates of the common points in the image plane of each camera. This array must have a size equal to (NbCalibrations x NbPoints). Specifies the address of an array in which to write the calculated X-world coordinates. Specifies the address of the array in which to write the calculated Y-world coordinates. Specifies the address of the array in which to write the calculated Z-world coordinates. Specifies the address of the array in which to write the root mean square (RMS) error for the calculated world coordinates of each point. Specifies the number of calibration objects. This should correspond to the number of cameras. This parameter must be greater or equal to 2. Specifies the number of points to compute using triangulation. This parameter must be greater or equal to 1. Specifies the world coordinate system that is common to all the specified camera calibration objects.

Triangulate the 3D world coordinates of points from their pixel location in the image plane of two or more cameras.

Allocate a MIL application.

Specifies the type of initialization to perform on the MIL application. Specifies the address of the variable in which to write the application identifier. The returned value is the application identifier. If allocation fails, M_NULL is returned.

Allocate a MIL application.

Control an application environment setting.

Specifies the type of application environment setting to control. Specifies the setting's new value.

Control a MIL multi-core processing application environment setting.

Specifies the application to control. This parameter must be set to M_DEFAULT. Specifies the type of multi-core processing application environment setting to control. Reserved for future expansion. This parameter must be set to M_DEFAULT. Specifies the setting's new value. Specifies the address which contains more information about the setting's new value. Set this parameter to M_NULL if not used.

Control a MIL multi-core processing application environment setting.

Free a MIL application.

Specifies the application to free.

Get error codes and related information.

Specifies the type of error information to read. Specifies the address in which to write the requested information. The returned value is the requested error/function code. If the error code is read and it is equal to M_NULL_ERROR, no error has occurred.

Get error codes and related information.

Specifies the type of error information to read. The returned value is the requested error/function code. If the error code is read and it is equal to M_NULL_ERROR, no error has occurred.

Get error codes and related information.

Get information about a hooked event.

Specifies the application event identifier received by the hook-handler function. Specifies the type of information to get. Specifies the address in which to write the requested information. The returned value is M_NULL if successful; a non M_NULL value on error, without logging any errors in the application.

Get information about a hooked event.

Hook a function to an event.

Specifies the event type. Specifies the address of the function that should be called when an event occurs. Specifies the address of the user data that you want to make available to the hook-handler function.

Hook a function to an event.

Inquire about an application setting.

Specifies the type of application setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested system information cast to MIL_INT.

Inquire about an application setting.

Specifies the type of application setting about which to inquire. The returned value is the requested system information cast to MIL_INT.

Inquire about an application setting.

Inquire about a MIL multi-core processing application environment setting.

Specifies the application about which to inquire. This parameter must be set to M_DEFAULT. Specifies the type of multi-core processing application environment setting about which to inquire. Specifies additional information regarding the inquired setting. This parameter must be set to M_DEFAULT. Specifies additional information regarding the inquired setting. This parameter must be set to M_DEFAULT if not used. Specifies the address in which to write the requested information. The returned value is the requested information cast to MIL_INT, except for M_CORE_AFFINITY_MASK, M_CORE_AFFINITY_MASK_PROCESS, M_MEMORY_BANK_AFFINITY_MASK, and M_MEMORY_BANK_CORE_AFFINITY_MASK. In these cases, the returned value is undefined.

Inquire about a MIL multi-core processing application environment setting.

Control a setting of a MIL timer and read the MIL timer.

Specifies the control to exert on the MIL timer. Specifies the address of the variable in which to store the timer information produced by the M_TIMER_READ or M_TIMER_RESOLUTION controls. For M_TIMER_READ and M_TIMER_RESOLUTION , the returned value is cast to MIL_DOUBLE. For M_TIMER_RESET and M_TIMER_WAIT , this function returns 0.0.

Control a setting of a MIL timer and read the MIL timer.

Specifies the control to exert on the MIL timer. For M_TIMER_READ and M_TIMER_RESOLUTION , the returned value is cast to MIL_DOUBLE. For M_TIMER_RESET and M_TIMER_WAIT , this function returns 0.0.

Control a setting of a MIL timer and read the MIL timer.

Allocate a bead context.

Specifies the identifier of the system on which to allocate the bead context. Specifies the strategy with which to extract and analyze beads. Reserved for future expansion and must be set to M_DEFAULT. Specifies the address of the variable in which to write the bead context identifier. The returned value is the bead context's identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a bead context.

Allocate a bead result buffer.

Specifies the identifier of the system on which to allocate the result buffer. Reserved for future expansion and must be set to M_DEFAULT. Specifies the address of the variable in which to write the bead result buffer identifier. The returned value is the bead result buffer's identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a bead result buffer.

Control a bead context, the bead templates therein, or a bead result buffer.

Specifies the identifier of the bead context or the bead result buffer to control. Specifies the bead context, bead template (one or all), or bead result buffer to control. Specifies the type of control to set. Specifies the required value for the control.

Control a bead context, the bead templates therein, or a bead result buffer.

Draw specific features of a bead context or of a bead result.

Specifies the graphics context to use. This parameter must be set to one of the following values: Specifies the bead context or result buffer for which to perform the drawing operation. The bead context or result buffer must have been previously allocated on the system using MbeadAlloc or MbeadAllocResult, respectively. Specifies the identifier of the destination image buffer in which to draw. Specifies the type of operation to perform on the specified points. Specifies the type of points for which the drawing operation will be performed. Specifies the template (one or all) for which to perform the drawing operation, for either the bead context or bead result. Specifies the trained point (one or all) for which to perform the drawing operation, or specifies that you are performing a general drawing operation for the templates in a context or a result buffer. Specifies whether to use a distinct type of iconography to distinguish between templates and trained points that have passed and failed.

Free a bead context or a bead result buffer.

Specifies the identifier of the bead context or bead result buffer to free. These must have been successfully allocated (with MbeadAlloc or MbeadAllocResult) prior to calling this function.

Get the template or initial point closest to a source point.

Specifies the identifier of the bead context. Specifies the bead template in which the closest initial point is expected to be located. Specifies the address of the variable in which to write the label of the closest template. Specifies the address of the variable in which to write the index of the closest initial point. Specifies whether to receive the closest template or the closest initial point.

Get the template or initial point closest to a source point.

Get the specified type of results from a bead result buffer.

Specifies the identifier of the bead result buffer from which to get results. Specifies the template for which to get results or specifies that general results should be returned. Specifies the type of result to retrieve. Specifies the type of result to retrieve. Specifies the address of the first element of the array in which to write the requested information.

Get the specified type of results from a bead result buffer.

Inquire information about a specified bead context, template, or result buffer.

Specifies the identifier of the bead context or the identifier of the result buffer about which to inquire information. Specifies whether you will inquire information about a bead context, a template therein, or a bead result buffer. Specifies the type of setting about which to inquire. Specifies the address in which the inquiry result will be written. The return value is the required information, cast to a MIL_INT.

Inquire information about a specified bead context, template, or result buffer.

Specifies the identifier of the bead context or the identifier of the result buffer about which to inquire information. Specifies whether you will inquire information about a bead context, a template therein, or a bead result buffer. Specifies the type of setting about which to inquire. The return value is the required information, cast to a MIL_INT.

Inquire information about a specified bead context, template, or result buffer.

Restore a bead context from disk.

Specifies the name and path of the file from which to restore the bead context. Specifies the identifier of the system on which to restore the bead context. Specifies whether to restore the calibration object that was saved with the bead context. Specifies the address of the variable in which to write the bead context identifier. The returned value is the bead context identifier. If allocation fails, M_NULL is returned.

Save a bead context to a file.

Specifies the name and path of the file in which to save the bead context. Specifies the identifier of the bead context to save. Specifies whether to save the calibration object associated with the bead context.

Load, restore, or save a MIL bead context from/to a file or memory stream.

Specifies the file or memory stream. Specifies the system on which to restore the bead context. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the bead context. Specifies the MIL version of the bead context. Specifies whether to restore the calibration object from the bead context, or save the calibration object with the bead context. Specifies the address of the variable in which to write or from which to read the identifier of the bead context. Specifies the address of the variable in which to write the size of the bead context, in bytes.

Load, restore, or save a MIL bead context from/to a file or memory stream.

Add, delete, or modify a bead template.

Specifies the identifier of the bead context. Specifies the operation to perform with the bead template. Specifies the type of the bead to add to the template (M_ADD). Specifies the bead template with which to perform the operation (Operation). Specifies the size of the source arrays (FirstArrayPtr, SecondArrayPtr, and ThirdArrayPtr), when applicable. Specifies an attribute of the operation. Specifies an attribute of the operation. Specifies an attribute of the operation. Reserved for future expansion and must be set to M_DEFAULT.

Add, delete, or modify a bead template.

Train the templates in a bead context.

Specifies the identifier of the bead context that contains the templates to train. Specifies the identifier of the image buffer with which to train the templates. Specifies whether to internally save the training image.

Verify beads according to the templates.

Specifies the identifier of the bead context that contains the templates with which to validate the beads in the target image. Specifies the identifier of the target image buffer that contains the beads that must be verified, according the templates contained within the bead context. The image buffer must be a 1-band 8-bit unsigned buffer. Specifies the identifier of the bead result buffer in which to write the results of the verification. Reserved for future expansion and must be set to M_DEFAULT.

Allocate a blob analysis feature list.

Specifies the system on which to allocate the feature list. Specifies the address of the variable in which the feature list identifier will be written. The returned value is the feature list identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a blob analysis feature list.

Allocate a blob analysis result buffer.

Specifies the system on which to allocate the result buffer. Specifies the address of the variable in which the blob analysis result buffer identifier is to be written. The returned value is the result buffer identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a blob analysis result buffer.

Perform blob analysis calculations.

Specifies the blob identifier image that will be used in calculations. Specifies the grayscale image (not a binary buffer) that will be used to calculate grayscale features. Specifies the identifier of the feature list buffer, previously allocated with MblobAllocFeatureList , that specifies the feature(s) to calculate. Specifies the identifier of a blob analysis result buffer, previously allocated with MblobAllocResult , in which to store calculated results.

Control a blob analysis processing control setting.

Specifies the identifier of the blob analysis result buffer. Specifies the processing setting to control. Specifies the setting required for the control for the processing setting.

Control a blob analysis processing control setting.

Specifies the identifier of the blob analysis result buffer. Specifies the processing setting to control. Specifies the setting required for the control for the processing setting.

Draw specific blob features in the destination image buffer.

Specifies the graphics context to use when drawing. This parameter must be set to one of the following values: Specifies the identifier of the blob analysis result buffer from which to retrieve the features to draw. Specifies the identifier of the destination image buffer in which to draw. You can also choose to annotate an image non-destructively, by drawing into its display's overlay buffer. Specifies the type of operation to perform. Specifies the label of the blob or blobs to draw. Reserved for future expansion and must be set to M_DEFAULT.

Draw blobs that meet a specified fill criterion.

Specifies the identifier of the blob analysis result buffer. Specifies the identifier of the destination image buffer. Specifies which blobs to draw with the specified value. Specifies the value with which to fill the blobs that meet the specified criterion. If the destination buffer is binary, this value must be 0 or 1.

Free the blob analysis result buffer or the feature list.

Specifies the identifier of the blob analysis result buffer or feature list buffer to free. The buffer must have been successfully allocated, using MblobAllocResult or MblobAllocFeatureList , prior to calling this function.

Get the label value of a blob at a specified position.

Specifies the identifier of the blob analysis result buffer where the labels are stored. Note, this function cannot obtain the label values of blobs that have been deleted from the result buffer with MblobSelect . Specifies the X-coordinate of the blob. Specifies the Y-coordinate of the blob. Specifies the address of the variable in which to write the label value. If there is no blob at the specified location, the blob has been deleted, or if the blob's XPos and YPos lie outside the original identifier image, M_NULL is returned instead of the label value. Also, since MblobGetLabel returns the label value, you can set this parameter to M_NULL. The returned value is the label value of the specified blob.

Get the label value of a blob at a specified position.

Get the number of currently included blobs.

Specifies the identifier of the blob analysis result buffer. Specifies the address of the variable in which to write the count. Since MblobGetNumber also returns the number of selected blobs, you can set this parameter to M_NULL. The returned value is the number of included blobs in the specified result buffer.

Get the number of currently included blobs.

Get results for a feature of the included blobs, from a blob result buffer.

Specifies the identifier of the blob analysis result buffer from which to get results. Specifies the feature for which to retrieve the results or opens a dialog box that displays the features stored in the result buffer interactively. Specifies the address of the array in which to write results.

Get results for a feature of the included blobs, from a blob result buffer.

Get results for a feature of a single blob.

Specifies the identifier of the blob analysis result buffer from which to get the result. Specifies the label value of the blob for which to get the result. The label value can be obtained, using MblobGetLabel or MblobGetResult . Note, you cannot obtain results for blobs that have been deleted from the result buffer, using MblobSelect . Specifies the feature for which to retrieve results or opens a dialog box that displays the results stored in the result buffer. Specifies the address in which to write the result retrieved from the blob analysis result buffer.

Get results for a feature of a single blob.

Get the blob run-length encoding information.

Specifies the identifier of the blob analysis result buffer. Specifies the blob(s) for which to get run length encoding information. Sets the type of the arrays in which the coordinate and length of the runs for a blob will be returned. This parameter can be set to one of the following values: Specifies the address of the array in which to write the X-coordinate of the start (left-most pixel) of each run in the specified blob. Specifies the address of the array in which to write the Y-coordinate of the start of each run in the specified blob. Specifies the address of the array in which to write the length of each run in the specified blob.

Get the blob run-length encoding information.

Inquire about a processing setting associated with a blob analysis result buffer.

Specifies the identifier of a blob analysis result buffer. Specifies the type of processing setting about which to inquire. This parameter can be set to one of the following values. Specifies the address in which the inquiry result will be written. Returns the requested information, cast to a MIL_INT.

Inquire about a processing setting associated with a blob analysis result buffer.

Specifies the identifier of a blob analysis result buffer. Specifies the type of processing setting about which to inquire. This parameter can be set to one of the following values. Returns the requested information, cast to a MIL_INT.

Inquire about a processing setting associated with a blob analysis result buffer.

Draw a labeled image.

Specifies the identifier of the blob analysis result buffer. Specifies the identifier of the destination (labeled) image buffer. This must be a single band, 8 or 16-bit unsigned buffer. Specifies whether or not to clear the destination image buffer before drawing the labeled image into it.

Merge the results of two blob result buffers.

Specifies the identifier of the first source result buffer. SourceResult1 and SourceResult2 cannot be the same. Specifies the identifier of the second source result buffer. SourceResult1 and SourceResult2 cannot be the same. Specifies the identifier of the destination result buffer. DestResult cannot be the same as SourceResult1 or SourceResult2 . Specifies the control settings for the merge operation. This parameter can be set to any combination of the following.

Reconstruct blobs (or blob holes) in an image buffer.

Specifies the identifier of the source image buffer. Specifies the identifier of the image buffer to use as a seed image. Specifies the identifier of the destination (processed blobs) image buffer. Specifies the type of operation to perform. Specifies the processing mode to use.

Select blobs for calculations and result retrieval.

Specifies the identifier of the blob analysis result buffer to use in the blob selection process. Specifies the operation to perform on the specified blobs. This parameter can be set to one of the following. Specifies the feature to use as part of the selection criterion or the status of the blobs to affect. Specifies the condition for the blob selection. Specifies the lower limit of the selected condition. Specifies the upper limit of the selected condition.

Select feature(s) to be calculated.

Specifies the identifier of the feature list buffer. Specifies the feature to add to the feature list.

Add Feret angle to the feature list.

Specifies the identifier of the feature list buffer. Specifies the angle, in degrees, to be used for calculating the general Feret.

Add specified moment to the feature list.

Specifies the identifier of the feature list buffer. Specifies the moment type. Specifies the X-order of the moment. Specifies the Y-order of the moment.

Allocate a 1D data buffer.

Specifies the system on which to allocate the buffer. Specifies the buffer width. The units are determined by the selected buffer attribute. Specifies a combination of two values: the depth and type of the data. Specifies the buffer usage. Specifies the address of the variable in which to write the buffer identifier. The returned value is the buffer identifier. If allocation fails, M_NULL is returned.

Allocate a 1D data buffer.

Allocate a 2D data buffer.

Specifies the system on which to allocate the buffer. Specifies the buffer width. The units are determined by the selected buffer attribute. Specifies the buffer height. The units are determined by the selected buffer attribute. Specifies a combination of two values: the depth and type of the data. Specifies the buffer usage. Specifies the address of the variable in which to write the buffer identifier. The returned value is the buffer identifier. If allocation fails, M_NULL is returned.

Allocate a 2D data buffer.

Allocate a color data buffer.

Specifies the system on which to allocate the buffer. Specifies the number of (x,y) surfaces (also called color bands) to allocate to the buffer. Specifies the buffer width. The units are determined by the selected buffer attribute. Specifies the buffer height. The units are determined by the selected buffer attribute. Specifies a combination of two values: data type and data depth per band. Specifies the buffer usage. Specifies the address of the variable in which to write the buffer identifier. The returned value is the buffer identifier. If allocation fails, M_NULL is returned.

Allocate a color data buffer.

Decode the color information of a single-band, Bayer color-encoded image.

Specifies the identifier of the source image buffer. Specifies the identifier of the destination image buffer. Specifies whether white balance correction and gamma correction are performed, and the coefficients and exponents used to perform these corrections, respectively. Identifies the Bayer pattern to use in the conversion, and specifies whether the white balance correction coefficients will be calculated.

Allocate a 1D child data buffer within a specific region of the first row of a parent data buffer.

Specifies the identifier of the parent buffer. Specifies the offset of the child buffer relative to the parent buffer's top-left pixel. Specifies the width of the child buffer. Specifies the address of the variable in which the child buffer identifier is to be written. The returned value is the child buffer identifier. If allocation fails, M_NULL is returned.

Allocate a 1D child data buffer within a specific region of the first row of a parent data buffer.

Allocate a child buffer within a specific region of a parent buffer.

Specifies the identifier of the parent buffer. Specifies the horizontal pixel offset of the child buffer's top-left pixel, relative to the parent buffer's top-left pixel. Specifies the vertical pixel offset of the child buffer's top-left pixel, relative to the parent buffer's top-left pixel. Specifies the width of the child buffer. Specifies the height of the child buffer. Specifies the address of the variable in which the child buffer identifier is to be written. The returned value is the child buffer identifier. If allocation fails, M_NULL is returned.

Allocate a child buffer within a specific region of a parent buffer.

Allocate a color-band child data buffer within a color parent buffer.

Specifies the identifier of the parent buffer. Specifies the color band of the parent data buffer from which to allocate the child data buffer. Specifies the address of the variable in which the child buffer identifier is to be written. The returned value is the child buffer identifier. If allocation fails, M_NULL is returned.

Allocate a color-band child data buffer within a color parent buffer.

Allocate a child data buffer within a color parent buffer.

Specifies the identifier of the parent buffer. Specifies the color band of the parent data buffer from which to allocate the child data buffer. Specifies the horizontal offset of the child buffer, relative to the parent buffer's top-left pixel. Specifies the vertical offset of the child buffer, relative to the parent buffer's top-left pixel. Specifies the width of the child buffer. Specifies the height of the child buffer. Specifies the address of the variable in which the child buffer identifier is to be written. The returned value is the child buffer identifier. If allocation fails, M_NULL is returned.

Allocate a child data buffer within a color parent buffer.

Move and resize a child buffer within the parent buffer.

Specifies the identifier of the child buffer to move and/or resize. Specifies the new X-offset. Specifies the new Y-offset. Specifies the new width. Specifies the new height. This parameter is reserved for future use.

Clears a buffer to a specified color.

Specifies the identifier of the buffer to clear. Specifies the grayscale or RGB color value with which to clear the buffer.

Control a specified data buffer setting.

Specifies the identifier of the buffer to control. Specifies the buffer setting to control. Specifies the value needed for the setting.

Control a specified data buffer setting.

Specifies the identifier of the buffer to control. Specifies the buffer setting to control. Specifies the value needed for the setting.

Change an operation control type setting of a kernel buffer or structuring element buffer.

Specifies the identifier of the kernel buffer or structuring element buffer. Specifies the operation to perform during a neighborhood operation when using the specified buffer. Specifies the new value to assign to the operation setting specified by the OperationControlType parameter.

Control a specified region of a buffer.

Specifies the identifier of the buffer to control. Specifies the horizontal pixel offset of the region. Specifies the vertical pixel offset of the region. Specifies the width of the region, in pixels. Specifies the height of the region, in pixels. Specifies the band of the region. This parameter can be set to one of the following values. Specifies the type of buffer setting to control. Specifies the value required for the setting.

Copy data from one buffer to another.

Specifies the identifier of the source data buffer. Specifies the identifier of the destination data buffer.

Copy buffer, clipping data outside the destination buffer.

Specifies the identifier of the source data buffer. Specifies the identifier of the destination data buffer. Specifies the horizontal pixel offset of the destination buffer area at which to start copying data. Specifies the vertical pixel offset of the destination buffer area at which to start copying data.

Copy one or all bands of an image buffer.

Specifies the identifiers of the source data buffer. Specifies the identifiers of the destination data buffer. Specifies the color band to copy. Set Band to one of the following values:

Copy a two-dimensional region of one or all bands of an image buffer to another buffer.

Specifies the identifier of the source data buffer. Specifies the identifier of the destination data buffer. Specifies the source color band from which to copy. SrcBand can be set to one of the following values: Specifies the horizontal pixel offset of the region to read relative to the source buffer starting coordinate. Specifies the vertical pixel offset of the region to read relative to the source buffer starting coordinate. Specifies the destination color band in which to copy. Specifies the horizontal pixel offset of the region to write relative to the destination buffer starting coordinate. Specifies the vertical pixel offset of the region to write relative to the destination buffer starting coordinate. Specifies the width of the region to be copied, starting from the specified offset ( SrcOffX , DestOffX ). Specifies the height of the region to be copied, starting from the specified offset ( SrcOffY , DestOffY ).

Copy conditionally the source buffer to the destination buffer.

Specifies the identifier of the source data buffer. Specifies the identifier of the destination data buffer. Specifies the identifier of the condition buffer. Specifies the condition for which the condition buffer is tested. Specifies the pixel value for the specified condition.

Copy buffer with mask.

Specifies the identifier of the source data buffer. Note that the source data buffer cannot be of type floating-point. Specifies the identifier of the destination data buffer. Note that the destination data buffer cannot be of type floating-point. Specifies the mask value.

Create a two-dimensional data buffer.

Specifies the MIL system on which to create the buffer. Sets the buffer width. Sets the buffer height. Sets a combination of two values: data type and data depth per band. Specifies the buffer usage. Specifies the physical nature of the buffer. Sets the size of the pitch. Specifies the MIL identifier of a buffer, or a pointer to the data array, to which to map the created MIL buffer. Specifies the address of the variable in which the buffer identifier is to be written. The returned value is the buffer identifier. If allocation fails, an identifier of 0 is returned.

Create a two-dimensional data buffer.

Create a color data buffer.

Specifies the MIL system on which to create the buffer. Sets the number of (x,y) surfaces (also called color bands) that the buffer should have to contain each color component of the data. Sets the buffer width. Sets the buffer height. Sets a combination of two values: data depth and data type, per band. Specifies the buffer usage. Specifies the physical nature of the buffer. Sets the size of the pitch. Specifies one or more data pointers that address the memory to which to map the created MIL buffer. Specifies the address of the variable in which the buffer identifier is to be written. The returned value is the buffer identifier. If allocation fails, M_NULL is returned.

Create a color data buffer.

Inquire about the buffer data in a file.

Specifies the file that contains the buffer data. Specifies the type of buffer setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested information about the buffer data in the specified file, cast to MIL_INT. If the requested information is not available, M_INVALID is returned.

Inquire about the buffer data in a file.

Specifies the file that contains the buffer data. Specifies the type of buffer setting about which to inquire. The returned value is the requested information about the buffer data in the specified file, cast to MIL_INT. If the requested information is not available, M_INVALID is returned.

Inquire about the buffer data in a file.

Export a data buffer to a file.

Specifies the name and path of the file in which to save the data buffer. Specifies the file format. Specifies the identifier of the data buffer to save.

Export a data buffer to a file.

Specifies the name and path of the file in which to save the data buffer. Specifies the file format. Specifies the identifier of the data buffer to save.

Export a sequence of image buffers to an AVI file.

Specifies the name and path of the AVI file. Specifies the format of the file. Specifies the address of the array containing the MIL identifiers of the image buffers to export, or the address of the variable containing the remote system identifier. Specifies the number of image buffers to export. Specifies the frame rate (number of image buffers/second) of the sequence. Specifies whether to append the image buffers to the AVI file, if the file already exists, or overwrite the file.

Export a sequence of image buffers to an AVI file.

Free a data buffer.

Specifies the identifier of the data buffer to deallocate.

Get data from a buffer and place it in a user-supplied array.

Specifies the identifier of the source buffer. Specifies the address of the user array in which to copy source buffer data.