Matrox.MatroxImagingLibrary

Allocate a 3D display.

Specifies the system on which to allocate the 3D display. Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to MIL_TEXT("M_DEFAULT"). Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D display identifier. The returned value is the 3D display identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D display.

Control a MIL 3D display setting.

Specifies the identifier of the target 3D display, previously allocated using M3ddispAlloc. Specifies the type of 3D display setting to control. Specifies the new value to assign to the 3D display setting specified by the ControlType parameter.

Control a MIL 3D display setting.

Copy data to or from a 3D display.

Specifies the identifier of the source object. Note that if the source object is not a 3D display, the destination object must be. Specifies the identifier of the destination object. Note that if the destination object is not a 3D display, the source object must be. Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Free a 3D display.

Specifies the identifier of a 3D display previously allocated with M3ddispAlloc.

Get information about the 3D display's view.

Specifies the identifier of the 3D display. Specifies which aspect of the view to inquire. Specifies the address of the variable in which to write either the X-coordinate, distance, azimuth, elevation, or roll. Specifies the address of the variable in which to write either the Y-coordinate or elevation. Specifies the address of the variable in which to write either the Z-coordinate or roll. Reserved for future expansion and must be set to M_DEFAULT .

Get information about the 3D display's view.

Inquire a MIL 3D display setting.

Specifies the identifier of the target 3D display, previously allocated using M3ddispAlloc. Specifies the type of 3D display setting to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire a MIL 3D display setting.

Specifies the identifier of the target 3D display, previously allocated using M3ddispAlloc. Specifies the type of 3D display setting to inquire. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Add or remove a 3D-displayable container or fully-corrected depth map image buffer to/from the 3D display, and/or open or close the window associated with the 3D display.

Specifies the identifier of the 3D display, previously allocated using M3ddispAlloc. Specifies the MIL identifier of the 3D-displayable container, or fully corrected depth map image buffer, to display. Specifies the action to perform on the specified 3D display. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the point cloud container added to the 3D graphics list of the 3D display.

Select a 3D container to display in a user-defined window.

Specifies the identifier of the 3D display, previously allocated using M3ddispAlloc. Specifies the MIL identifier of the 3D-displayable container, or fully corrected depth map image buffer, to display. Specifies the action to perform on the specified 3D display. Reserved for future expansion and must be set to M_DEFAULT . Specifies the window handle of the user-defined window or child window. Returns the label of the point cloud container added to the 3D graphics list of the 3D display.

Sets the display's view.

Specifies the identifier of the 3D display. Specifies the mode used for setting the view. Specifies the first parameter used to set the view. Specifies the second parameter used to set the view. Specifies the third parameter used to set the view. Specifies if the 3D display should be refreshed.

Allocate a 3D geometry object or transformation matrix object.

Specifies the identifier of the system on which to allocate the 3D geometry object or transformation matrix object. Specifies to allocate a 3D geometry object or transformation matrix object. This parameter must be set to one of the following: Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D geometry object or transformation matrix object identifier. The returned value is the 3D geometry object or transformation matrix object identifier if allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D geometry object or transformation matrix object.

Define a 3D box geometry object.

Specifies the identifier of the 3D geometry object, previously allocated on the required system using M3dgeoAlloc with M_GEOMETRY. Specifies how the box is defined. Specifies the X-coordinate of the first point used to define the box. Specifies the Y-coordinate of the first point used to define the box. Specifies the Z-coordinate of the first point used to define the box. Specifies the X-coordinate of the second point used to define the box, or the length of the box along the X-axis. Specifies the Y-coordinate of the second point used to define the box, or the length of the box along the Y-axis. Specifies the Z-coordinate of the second point used to define the box, or the length of the box along the Z-axis. Reserved for future expansion and must be set to M_DEFAULT .

Copy attributes or settings to or from a 3D geometry object or transformation matrix object.

Specifies the identifier of the source object. Note that if the source object is not a predefined or user-defined 3D geometry object or transformation matrix object, the destination object must be. Specifies the identifier of the destination object. Note that if the destination object is not a predefined or user-defined 3D geometry object or transformation matrix object, the source object must be. Specifies the type of copy operation. Reserved for future expansion and must be set to M_DEFAULT .

Define a 3D cylinder geometry object.

Specifies the identifier of the 3D geometry object, previously allocated on the required system using M3dgeoAlloc with M_GEOMETRY. Specifies how the cylinder is defined. Specifies the X-coordinate of a point on the cylinder's central axis. Specifies the Y-coordinate of a point on the cylinder's central axis. Specifies the Z-coordinate of a point on the cylinder's central axis. Specifies the X-coordinate of the cylinder's second defining point, or the X-component of the cylinder's central axis vector. Specifies the Y-coordinate of the cylinder's second defining point, or the Y-component of the cylinder's central axis vector. Specifies the Z-coordinate of the cylinder's second defining point, or the Z-component of the cylinder's central axis vector. Specifies the cylinder's radius. Specifies to override the default cylinder length. Reserved for future expansion and must be set to M_DEFAULT .

Draw the geometry, defined in the specified 3D geometry object, into a 3D graphics list.

Reserved for future expansion and must be set to M_DEFAULT . Specifies the identifier of the 3D geometry object to draw into the 3D graphics list. The 3D geometry object must have been previously allocated using M3dgeoAlloc with M_GEOMETRY, and defined using M3dgeoBox, M3dgeoCylinder, M3dgeoLine, M3dgeoPlane, or M3dgeoSphere. Specifies the identifier of the 3D graphics list in which to draw. The 3D graphics list must have been previously allocated using M3dgraAlloc. Specifies the label of the 3D graphic in the 3D graphics list to be used as the geometry's parent. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the 3D graphic added to the 3D graphics list.

Free a 3D geometry object or transformation matrix object.

Specifies the identifier of the 3D geometry object or transformation matrix object to free.

Inquire about a 3D geometry object setting or transformation matrix object setting.

Specifies the identifier of the 3D geometry object or transformation matrix object about which to inquire information. Specifies the setting to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_DOUBLE. If the requested information does not fit into a MIL_DOUBLE, this function will return M_NULL or truncate the information.

Inquire about a 3D geometry object setting or transformation matrix object setting.

Specifies the identifier of the 3D geometry object or transformation matrix object about which to inquire information. Specifies the setting to inquire. The returned value is the requested information, cast to a MIL_DOUBLE. If the requested information does not fit into a MIL_DOUBLE, this function will return M_NULL or truncate the information.

Inquire about a 3D geometry object setting or transformation matrix object setting.

Define an arbitrary 3D line geometry object.

Specifies the identifier of the 3D geometry object, previously allocated on the required system using M3dgeoAlloc with M_GEOMETRY. Specifies how the line is defined. Specifies the X-coordinate of the first point used to define the line. Specifies the Y-coordinate of the first point used to define the line. Specifies the Z-coordinate of the first point used to define the line. Specifies the X-coordinate of the second point used to define the line, or the X-component of the vector defining the line's direction and length (if Length is M_DEFAULT). Specifies the Y-coordinate of the second point used to define the line, or the Y-component of the vector defining the line's direction and length (if Length is M_DEFAULT). Specifies the Z-coordinate of the second point used to define the line, or the Z-component of the vector defining the line's direction and length (if Length is M_DEFAULT). Specifies to override the default line length. Reserved for future expansion and must be set to M_DEFAULT .

Get data from a transformation matrix object and place it in a user-supplied array.

Specifies the identifier of the source transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the user array in which to copy the data from the transformation matrix.

Get data from a transformation matrix object and place it in a user-supplied array.

Get the translation, rotation, or scale defined by a given transformation matrix object.

Specifies the identifier of the transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Specifies the type of transformation to retrieve from the given transformation matrix object. Specifies the first address in which to return information about the transformation required. Specifies the second address in which to return information about the transformation required. Specifies the third address in which to return information about the transformation required. Specifies the fourth address in which to return information about the transformation required. Reserved for future expansion and must be set to M_DEFAULT .

Put data from a user-supplied array into a transformation matrix object.

Specifies the identifier of the transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the user array from which to copy the data into the transformation matrix object.

Put data from a user-supplied array into a transformation matrix object.

Specifies the identifier of the transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the user array from which to copy the data into the transformation matrix object.

Set the transformation values of a transformation matrix object.

Specifies the identifier of the transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Specifies the type of transformation to apply. Specifies the first parameter used to define the transformation matrix. Specifies the second parameter used to define the transformation matrix. Specifies the third parameter used to define the transformation matrix. Specifies the fourth parameter used to define the transformation matrix. Specifies how to apply the transformation.

Defines a transformation matrix that can transform points from the working coordinate system into the specified coordinate system, or vice versa.

Specifies the identifier of the transformation matrix object, previously allocated on the required system using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Specifies which two axes to use to define the new coordinate system. The first letter determines the first axis, and the second letter determines the second axis. Specifies the X-coordinate of the new coordinate system's origin, expressed in the working coordinate system. Specifies the Y-coordinate of the new coordinate system's origin, expressed in the working coordinate system. Specifies the Z-coordinate of the new coordinate system's origin, expressed in the working coordinate system. Specifies the X-component of the vector aligned with the new coordinate system's first axis, expressed in the working coordinate system. Specifies the Y-component of the vector aligned with the new coordinate system's first axis, expressed in the working coordinate system. Specifies the Z-component of the vector aligned with the new coordinate system's first axis, expressed in the working coordinate system. Specifies the approximate X-component of the vector aligned with the new coordinate system's second axis, expressed in the working coordinate system. Specifies the approximate Y-component of the vector aligned with the new coordinate system's second axis, expressed in the working coordinate system. Specifies the approximate Z-component of the vector aligned with the new coordinate system's second axis, expressed in the working coordinate system. Reserved for future expansion and must be set to M_DEFAULT .

Define a 3D plane geometry object.

Specifies the identifier of the 3D geometry object, previously allocated on the required system using M3dgeoAlloc with M_GEOMETRY. Specifies how the plane is defined. Specifies the first parameter used to define the plane. Specifies the second parameter used to define the plane. Specifies the third parameter used to define the plane. Specifies the fourth parameter used to define the plane. Specifies the fifth parameter used to define the plane. Specifies the sixth parameter used to define the plane. Specifies the seventh parameter used to define the plane. Specifies the eighth parameter used to define the plane. Specifies the ninth parameter used to define the plane. Reserved for future expansion. This parameter must be set to M_DEFAULT .

Restore a 3D geometry object or transformation matrix object from disk.

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

Restore a 3D geometry object or transformation matrix object from disk.

Save a 3D geometry object or transformation matrix object to a file.

Specifies the name and path of the file in which to save the 3D geometry object or transformation matrix object; it is recommended that you use the M3DGEO file extension for easier use with other Matrox Imaging software products. Specifies the identifier of the 3D geometry object or transformation matrix object to save. Reserved for future expansion and must be set to M_DEFAULT .

Save a 3D geometry object or transformation matrix object to a file.

Define a 3D sphere geometry object.

Specifies the identifier of the 3D geometry object, previously allocated on the required system using M3dgeoAlloc with M_GEOMETRY. Specifies the X-coordinate of the sphere's center. Specifies the Y-coordinate of the sphere's center. Specifies the Z-coordinate of the sphere's center. Specifies the sphere's radius. This parameter cannot be set to a negative value. Reserved for future expansion. This parameter must be set to M_DEFAULT .

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

Specifies the file or memory stream. Specifies the system on which to restore the 3D geometry object or transformation matrix object. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the 3D geometry object or transformation matrix object. Specifies the MIL version of the 3D geometry object or transformation matrix object. Reserved for future expansion. This parameter 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 geometry object or transformation matrix object. Specifies the address of the variable in which to write the size of the 3D geometry object or transformation matrix object, in bytes.

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

Add a 3D-displayable point cloud container or fully corrected depth map image buffer to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the 3D-displayable point cloud container or fully corrected depth map image buffer. Specifies the label of the parent of the 3D-displayable point cloud container or fully corrected depth map image buffer. Specifies the identifier of the 3D-displayable point cloud container or fully corrected depth map image buffer to add to the 3D graphics list. Reserved for future expansion. This parameter must be set to M_DEFAULT . Returns the label of the 3D-displayable point cloud container or fully corrected depth map image buffer added to the 3D graphics list.

Allocate a 3D graphics list.

Specifies the system on which to allocate the 3D graphics list. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D graphics list identifier. The returned value is the 3D graphics list identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D graphics list.

Add a circular arc graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the arc graphic. Specifies the label of the parent of the arc graphic in the 3D graphics list. Specifies how the arc graphic is defined. Reserved for future expansion and must be set to M_DEFAULT . Specifies the X-coordinate of the first point used to define the arc. Specifies the Y-coordinate of the first point used to define the arc. Specifies the Z-coordinate of the first point used to define the arc. Specifies the X-coordinate of the second point used to define the arc. Specifies the Y-coordinate of the second point used to define the arc. Specifies the Z-coordinate of the second point used to define the arc. Specifies the X-coordinate of the third point used to define the arc. Specifies the Y-coordinate of the third point used to define the arc. Specifies the Z-coordinate of the third point used to define the arc. Specifies the angle used to define the arc. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the arc graphic added to the 3D graphics list.

Add an axis graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the axis graphic. Specifies the label of the parent of the axis graphic in the 3D graphics list. Specifies the identifier of the transformation matrix that defines the axis graphic's position and orientation with respect to its parent's coordinate system. Specifies the length of the axes. Specifies an optional name for the axis graphic (for example, "Working coordinate system"). If this parameter is not empty, this creates a text graphic with the axis graphic as its parent, and the axis name as its text. Specifies extra options for the appearance of the Name text graphic. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the axis graphic added to the 3D graphics list.

Add a box graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the box graphic. Specifies the label of the parent of the box graphic in the 3D graphics list. Specifies how the box graphic is defined. Specifies the X-coordinate of the first point used to define the box graphic. Specifies the Y-coordinate of the first point used to define the box graphic. Specifies the Z-coordinate of the first point used to define the box graphic. Specifies the X-coordinate of the second point used to define the box graphic, or the length of the box graphic along its coordinate system's X-axis. Specifies the Y-coordinate of the second point used to define the box graphic, or the length of the box graphic along its coordinate system's Y-axis. Specifies the Z-coordinate of the second point used to define the box graphic, or the length of the box graphic along its coordinate system's Z-axis. Specifies the identifier of the transformation matrix that defines the box graphic's orientation with respect to its parent's coordinate system. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the box graphic added to the 3D graphics list.

Control the 3D graphics in a 3D graphics list, as well as their default settings.

Specifies the identifier of the 3D graphics list to control. Specifies the label of the 3D graphic to control. You can also control the default settings of the 3D graphics list itself. Specifies the type of setting to control. Specifies the required value for the setting.

Control the 3D graphics in a 3D graphics list, as well as their default settings.

Copy an object into or out of a 3D graphics list.

Specifies the identifier of the source object. Specifies the label of the 3D graphic in SrcMilObjectId, when the source object is a 3D graphics list. Specifies identifier of the destination object. Specifies the label of the 3D graphic in DstMilObjectId, when the destination object is a 3D graphics list. Specifies the type of copy operation. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the 3D graphic copied into the destination 3D graphics list. If the copy type does not return a new label in the destination 3D graphics list, this function returns M_NO_LABEL .

Add a cylinder graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the cylinder graphic. Specifies the label of the parent of the cylinder graphic in the 3D graphics list. Specifies how the cylinder graphic is defined. Specifies the first parameter used to define the cylinder graphic. Specifies the second parameter used to define the cylinder graphic. Specifies the third parameter used to define the cylinder graphic. Specifies the fourth parameter used to define the cylinder graphic. Specifies the fifth parameter used to define the cylinder graphic. Specifies the sixth parameter used to define the cylinder graphic. Specifies the cylinder graphic's radius. Specifies to override the default cylinder graphic's length. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the cylinder graphic added to the 3D graphics list.

Add a dots graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the dots graphic. Specifies the label of the parent of the dots graphic in the 3D graphics list. Specifies the number of points in the dots graphic. Specifies the list of X-coordinates of the points in the dots graphic. Specifies the list of Y-coordinates of the points in the dots graphic. Specifies the list of Z-coordinates of the points in the dots graphic. Specifies the list of red values of the color of the points in the dots graphic. Specifies the list of green values of the color of the points in the dots graphic. Specifies the list of blue values of the color of the points in the dots graphic. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the dots graphic added to the 3D graphics list.

Add a dots graphic to a 3D graphics list.

Free a 3D graphics list.

Specifies the identifier of the 3D graphics list to free.

Add a grid graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the grid graphic. Specifies the label of the parent of the grid graphic in the 3D graphics list. Specifies how the grid graphic is defined. Specifies the identifier of the transformation matrix that defines the grid graphic's position and orientation with respect to its parent's coordinate system. Specifies the first parameter used to define the grid. Specifies the second parameter used to define the grid. Specifies the third parameter used to define the grid. Specifies the fourth parameter used to define the grid. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the grid graphic added to the 3D graphics list.

Inquire information about a 3D graphic in a 3D graphics list.

Specifies the identifier of the 3D graphics list containing the 3D graphic about which to inquire information. You can inquire the settings of a 3D graphic in the 3D graphics list, as well as the default settings of the 3D graphics list itself. Specifies the label of the 3D graphic to inquire. You can also inquire the default settings of the 3D graphics list itself. Specifies the type of setting to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire information about a 3D graphic in a 3D graphics list.

Specifies the identifier of the 3D graphics list containing the 3D graphic about which to inquire information. You can inquire the settings of a 3D graphic in the 3D graphics list, as well as the default settings of the 3D graphics list itself. Specifies the label of the 3D graphic to inquire. You can also inquire the default settings of the 3D graphics list itself. Specifies the type of setting to inquire. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire information about a 3D graphic in a 3D graphics list.

Add a line graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the line graphic. Specifies the label of the parent of the line graphic in the 3D graphics list. Specifies how the line graphic is defined. Reserved for future expansion and must be set to M_DEFAULT . Specifies the first parameter used to define the line graphic. Specifies the second parameter used to define the line graphic. Specifies the third parameter used to define the line graphic. Specifies the fourth parameter used to define the line graphic. Specifies the fifth parameter used to define the line graphic. Specifies the sixth parameter used to define the line graphic. Specifies to override the default line graphic's length. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the line graphic added to the 3D graphics list.

Add a node to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the node. Specifies the label of the parent of the node in the 3D graphics list. Specifies the identifier of the transformation matrix that defines the node graphic's position and orientation with respect to its parent's coordinate system. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the node added to the 3D graphics list.

Add a plane graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the plane graphic. Specifies the label of the parent of the plane graphic in the 3D graphics list. Specifies how the plane graphic is defined. Specifies the first parameter used to define the plane graphic. Specifies the second parameter used to define the plane graphic. Specifies the third parameter used to define the plane graphic. Specifies the fourth parameter used to define the plane graphic. Specifies the fifth parameter used to define the plane graphic. Specifies the sixth parameter used to define the plane graphic. Specifies the seventh parameter used to define the plane graphic. Specifies the eighth parameter used to define the plane graphic. Specifies the ninth parameter used to define the plane graphic. Specifies the size of the plane graphic. Finite plane graphics are square-shaped. If the plane graphic is infinite, it is clipped using the 3D graphics list's clipping box, which results in a polygon with 3 to 6 edges. Reserved for future expansion. This parameter must be set to M_DEFAULT . Returns the label of the plane graphic added to the 3D graphics list.

Add a polygon graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the polygon graphic. Specifies the label of the parent of the polygon graphic in the 3D graphics list. Reserved for future expansion. This parameter must be set to M_DEFAULT . Specifies the number of vertices in the polygon. Specifies the list of X-coordinates of the vertices. Specifies the list of Y-coordinates of the vertices. Specifies the list of Z-coordinates of the vertices. Specifies the list of X-coordinates of the points in the texture image that map to the specified vertices for the texture mapping. Specifies the list of Y-coordinates of the points in the texture image that map to the specified vertices for the texture mapping. Specifies the identifier of the image buffer to be used as a texture. Reserved for future expansion. This parameter must be set to M_DEFAULT . Returns the label of the polygon graphic added to the 3D graphics list.

Add a polygon graphic to a 3D graphics list.

Remove a 3D graphic from a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to remove the 3D graphic or node. Specifies the label of the 3D graphic to remove. Reserved for future expansion and must be set to M_DEFAULT .

Add a sphere graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the sphere graphic. Specifies the label of the parent of the sphere graphic in the 3D graphics list. Specifies the X-coordinate of the center of the sphere graphic. Specifies the Y-coordinate of the center of the sphere graphic. Specifies the Z-coordinate of the center of the sphere graphic. Specifies the sphere graphic's radius. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the sphere graphic added to the 3D graphics list.

Add a text graphic to a 3D graphics list.

Specifies the identifier of the 3D graphics list in which to add the text graphic. Specifies the label of the parent of the text graphic in the 3D graphics list. Specifies the address of the string containing the text that must be shown in the text graphic. Specifies the identifier of the transformation matrix that defines the text graphic's position and orientation with respect to its parent's coordinate system. Specifies extra options for the appearance of the text graphic. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the text graphic added to the 3D graphics list.

Allocate a 3D image processing context.

Specifies the identifier of the system on which to allocate the 3D image processing context. Specifies the type of 3D image processing context to allocate. This parameter must be set to one of the following: Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D image processing context identifier. The returned value is the 3D image processing context identifier if allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D image processing context.

Allocate a 3D image processing result buffer.

Specifies the system on which to allocate the result buffer. Specifies the type of result buffer to allocate. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D image processing result buffer identifier. The returned value is the 3D image processing result buffer identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D image processing result buffer.

Perform a point-to-point arithmetic operation on depth maps and 3D geometries.

Specifies the first source image buffer or 3D geometry object. Specifies the second source image buffer or 3D geometry object. Specifies the identifier of the destination image buffer in which to put the result of the arithmetic operation. Specifies the identifier of the image buffer to use as a mask, if needed. Specifies the operation to perform. Specifies which Z-coordinate to select for geometries with more than 1 Z-coordinate for a given pair of X- and Y-coordinates. Specifies how to handle the camera calibration information of the destination image buffer.

Estimate a recommended depth map image buffer size from a source container's point cloud.

Specifies a calculate map size 3D image processing context. Specifies the identifier of the source container containing a 3D-processable point cloud. Specifies the identifier of the axis-aligned 3D box geometry object to use to limit the calculation to points within the box. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the estimated depth map image buffer size in X. Specifies the address of the variable in which to write the estimated depth map image buffer size in Y.

Calibrate an image buffer based on the bounding box of a container's point cloud or an axis-aligned 3D box geometry, to prepare the buffer to hold a depth or intensity map.

Specifies the identifier of the source point cloud container or 3D geometry object. Specifies the identifier of the destination image buffer with which to associate the calibration information for a depth map. Specifies the identifier of the destination image buffer with which to associate the calibration information for an intensity map. Specifies the identifier of the MIL object that defines the relationship between the relative and absolute coordinate systems in the depth map. Specifies how to adjust the X and Y pixel sizes. Specifies the sign of the Z-scale. Specifies where to place valid values in the depth map.

Control a 3D image processing context.

Specifies the identifier of the 3D image processing context to control. The context must have been previously allocated on the system using M3dimAlloc. Specifies the type of control to set. Specifies the required value for the control.

Control a 3D image processing context.

Copy the extent box of a depth map into a 3D geometry.

Specifies the identifier of the source depth map image buffer. Specifies the identifier of the destination 3D geometry object. Specifies how to copy the depth map's extent box into the 3D geometry object. Reserved for future expansion and must be set to M_DEFAULT .

Copy a group of results into a 3D geometry object or transformation matrix object.

Specifies the identifier of a 3D image processing result buffer. Specifies the identifier of a 3D geometry object or transformation matrix object. Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Crop points in a point cloud based on a specified 3D geometry or calibrated mask image buffer.

Specifies the identifier of the source container containing a 3D-processable point cloud. Specifies the identifier of the destination container in which to store the resulting point cloud. The container must have been previously allocated using MbufAllocContainer with M_PROC, and must not be a child container. Specifies the identifier of the 3D geometry object or calibrated mask image buffer used to crop the points. Reserved for future expansion and must be set to M_NULL . Specifies how to organize the resulting point cloud. Specifies which points to keep, relative to the cropping object set with ImageBufOrGeometry3dgeoId.

Fill gaps in a depth map and, optionally, an intensity map, according to gap filling context controls.

Specifies a fill gaps 3D image processing context. Specifies the image buffer identifier of the depth map on which to fill gaps. Specifies the image buffer identifier of the intensity map on which to fill gaps. The image buffer must be an 8-bit or 16-bit unsigned, 1-band or 3-band buffer. Reserved for future expansion and must be set to M_DEFAULT .

Free a 3D image processing context or result buffer.

Specifies the identifier of the 3D image processing context or result buffer to free. These must have been successfully allocated (using M3dimAlloc or M3dimAllocResult) prior to calling this function.

Get the specified type of result from a 3D image processing result buffer.

Specifies the identifier of the 3D image processing result buffer from which to retrieve results. Specifies the type of result to retrieve. Specifies the address of the array in which to write the requested information. The returned value is the requested information, cast to a MIL_DOUBLE. If the requested information does not fit into a MIL_DOUBLE, this function will return M_NULL or truncate the information.

Get the specified type of result from a 3D image processing result buffer.

Inquire about a 3D image processing context.

Specifies the identifier of the 3D image processing context about which to inquire information. Specifies the setting to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire about a 3D image processing context.

Specifies the identifier of the 3D image processing context about which to inquire information. Specifies the setting to inquire. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire about a 3D image processing context.

Apply the specified transformation matrix to the 3D points of a specified point cloud or to a 3D geometry.

Specifies the source point cloud container or 3D geometry object. Specifies the destination container or 3D geometry object. Specifies the identifier of the transformation matrix object. Reserved for future expansion and must be set to M_DEFAULT .

Transform a list of 3D coordinates using the specified transformation matrix, and store the resulting coordinates in the specified destination arrays.

Specifies the identifier of the transformation matrix object. Specifies the number of points in the arrays. Specifies the address of the array that contains the source X-coordinates, or when ControlFlag is set to M_PACKED, the address of the array that contains a packed set of source X-, Y-, and Z-coordinates. Specifies the address of the array that contains the source Y-coordinates. Specifies the address of the array that contains the source Z-coordinates. Specifies the address of the array in which to store the destination X-coordinates, or when ControlFlag is set to M_PACKED, the address of the array in which to store a packed set of destination X-, Y-, and Z-coordinates. Specifies the address of the array in which to store the destination Y-coordinates. Specifies the address of the array in which to store the destination Z-coordinates. Specifies whether source or destination points are passed and/or returned in a packed format, or specifies to apply only rotation and scale transformations.

Transform a list of 3D coordinates using the specified transformation matrix, and store the resulting coordinates in the specified destination arrays.

Merge multiple point clouds into a single point cloud.

Specifies the address of the array that holds the identifiers of point cloud containers to merge. Specifies the identifier of the destination container in which to store the resulting unorganized point cloud. The container must have been previously allocated using MbufAllocContainer with M_PROC, and must not be a child container. Specifies the size of the array passed to SrcContainerBufIdArrayPtr. Specifies the subsample 3D image processing context identifier, previously allocated using M3dimAlloc with M_SUBSAMPLE_CONTEXT. Reserved for future expansion and must be set to M_DEFAULT .

Create a 3D mesh structure for a point cloud.

Specifies a mesh 3D image processing context. Specifies the identifier of the 3D-processable point cloud container to use as the source. Specifies the identifier of the destination container, previously allocated using MbufAllocContainer with M_PROC. Reserved for future expansion and must be set to M_DEFAULT .

Compute a point cloud's unit normal vectors.

Specifies a normals 3D image processing context. Specifies the identifier of the source container containing a 3D-processable point cloud. Specifies the identifier of the destination container, previously allocated using MbufAllocContainer with M_PROC. Reserved for future expansion and must be set to M_DEFAULT .

Takes the profile of a depth map or point cloud, along a specified slicing plane.

Specifies the identifier of the source point cloud container or depth map image buffer. Specifies the identifier of the profile 3D image processing result buffer. The result buffer must have been allocated using M3dimAllocResult with M_PROFILE_RESULT. Specifies the type of profile to generate. Specifies the first parameter. Depends on ProfileType. Specifies the second parameter. Depends on ProfileType. Specifies the third parameter. Depends on ProfileType. Specifies the fourth parameter. Depends on ProfileType. Specifies the fifth parameter. Depends on ProfileType. Reserved for future expansion and must be set to M_DEFAULT .

Project a point cloud or 3D geometry onto the XY (Z=0) plane to generate a fully corrected depth map.

Specifies a source container or 3D geometry object. Specifies the identifier of the destination depth map image buffer, previously allocated using MbufAlloc2d. Specifies the identifier of the destination intensity map image buffer. Specifies the projection mode. Specifies the overlap mode, which determines a pixel's gray level when multiple points correspond to the same destination depth map pixel. Specifies additional options. Reserved for future expansion and must be set to M_DEFAULT .

Remove 3D points from a point cloud, based on a specified condition.

Specifies the identifier of the source point cloud container, previously allocated using MbufAllocContainer with M_PROC. Specifies the identifier of the destination container in which to place the modified point cloud. Specifies which points to remove. Reserved for future expansion and must be set to M_DEFAULT .

Restores a 3D image processing context from disk.

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

Restores a 3D image processing context from disk.

Rotate a specified point cloud or 3D geometry.

Specifies the source point cloud container or 3D geometry object. Specifies the destination container or 3D geometry object. Specifies the type of rotation to apply to the point cloud or 3D geometry. Specifies an attribute of the rotation. Specifies an attribute of the rotation. Specifies an attribute of the rotation. Specifies an attribute of the rotation. Specifies the X-coordinate of the point around which the rotation is performed. Specifies the Y-coordinate of the point around which the rotation is performed. Specifies the Z-coordinate of the point around which the rotation is performed. Reserved for future expansion and must be set to M_DEFAULT .

Subsample a point cloud to generate a less dense point cloud, or sample a meshed point cloud to generate a denser point cloud.

Specifies a subsample or surface sample 3D image processing context. Specifies the identifier of the source container containing a 3D-processable point cloud. Specifies the identifier of the destination container in which to place the generated point cloud. Reserved for future expansion and must be set to M_DEFAULT .

Save a 3D image processing context to a file.

Specifies the name and path of the file in which to save the 3D image processing context; it is recommended that you use the M3DIM file extension for easier use with other Matrox Imaging software products. Specifies the identifier of the 3D image processing context to save. Reserved for future expansion and must be set to M_DEFAULT .

Save a 3D image processing context to a file.

Scale a specified point cloud or 3D geometry.

Specifies a source point cloud container or 3D geometry object. Specifies the destination container or 3D geometry object. Specifies the factor by which to scale in X. Specifies the factor by which to scale in Y. Specifies the factor by which to scale in Z. Specifies the X-coordinate of the point that defines the center of the scaling operation. Specifies the Y-coordinate of the point that defines the center of the scaling operation. Specifies the Z-coordinate of the point that defines the center of the scaling operation. Reserved for future expansion and must be set to M_DEFAULT .

Compute a variety of statistics on a point cloud or depth map.

Specifies a previously allocated statistics 3D image processing context (used to evaluate multiple statistical calculations), or a predefined statistics 3D image processing context (used to evaluate a single statistical calculation). Specifies the identifier of the source container containing a 3D-processable point cloud, or specifies the identifier of the source depth map image buffer. Specifies the identifier of the statistics 3D image processing result buffer. Reserved for future expansion and must be set to M_DEFAULT .

Load, restore, or save a 3D image processing context from/to a file or memory stream.

Specifies the file or memory stream. Specifies the system on which to restore the 3D image processing context. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the 3D image processing context. Specifies the MIL version of the 3D image processing context. Reserved for future expansion. This parameter 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 image processing context. Specifies the address of the variable in which to write the size of the 3D image processing context, in bytes.

Load, restore, or save a 3D image processing context from/to a file or memory stream.

Translate a specified point cloud or 3D geometry.

Specifies a source point cloud container or 3D geometry object. Specifies the destination container or 3D geometry object. Specifies the displacement in the X-direction. Specifies the displacement in the Y-direction. Specifies the displacement in the Z-direction. Reserved for future expansion and must be set to M_DEFAULT .

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

Specifies the identifier of the 3D reconstruction context. Specifies the identifier of the 3D reconstruction result buffer in which to store the laser line data. The 3D reconstruction result buffer must have been previously allocated using M3dmapAllocResult with M_LASER_CALIBRATION_DATA, M_POINT_CLOUD_RESULT, or M_DEPTH_CORRECTED_DATA. 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, if using a 3D camera. Reserved for future expansion. This parameter must be set to M_NULL . Specifies the label of the point cloud in the result buffer in which to add the laser line data, if the result buffer has been allocated using M3dmapAllocResult with M_POINT_CLOUD_RESULT. Specifies the function's control flag. This parameter must be set to one of the following values:

Allocate a 3D reconstruction context or a 3D draw context.

Specifies the identifier of the system on which to allocate the 3D reconstruction context or 3D draw context. Specifies to allocate a 3D reconstruction context or 3D draw context. This parameter must be set to one of the following: Specifies the 3D reconstruction mode of the context, which determines how data is represented. Specifies the address of the variable in which to write the 3D reconstruction context or 3D draw context. The returned value is the 3D reconstruction context or 3D draw context identifier if allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D reconstruction context or a 3D draw context.

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: Reserved for future expansion and 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.

Calibrate a 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 camera calibration context that contains the 3D camera calibration data or M_NULL . Reserved for future expansion and must be set to M_DEFAULT .

Calibrate a 3D reconstruction setup that uses multiple camera-laser pairs.

Specifies the address of an array containing the identifiers of the 3D reconstruction context used to extract the laser line from grabbed images. Specifies the address of an array containing the identifiers of the 3D reconstruction result buffers that contains the laser line data required for calibration. Specifies the address of an array containing the identifiers of the camera calibration contexts of the cameras used to grab the laser lines. Specifies the number of camera-laser pairs. Specifies the function's control flag.

Clear a 3D reconstruction result buffer of some or all of its content.

Specifies the identifier of the 3D reconstruction result buffer to clear. Specifies the point cloud(s) in the specified 3D reconstruction result buffer. Specifies the operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Control a profiling 3D reconstruction context, draw 3D reconstruction context, or 3D reconstruction result buffer.

Specifies the identifier of the profiling 3D reconstruction context, draw 3D reconstruction context, or 3D reconstruction result buffer whose setting to modify. The profiling 3D reconstruction context or draw 3D reconstruction context must have been previously allocated using M3dmapAlloc with M_LASER or M_DRAW_3D_CONTEXT, respectively. The 3D reconstruction result buffer must have been previously allocated using M3dmapAllocResult with M_DEPTH_CORRECTED_DATA, M_LASER_CALIBRATION_DATA, or M_POINT_CLOUD_RESULT. Specifies the point cloud(s) in the specified 3D reconstruction result buffer, or the entire result buffer itself, to control. Specifies the type of setting to control. Specifies the required value for the setting.

Control a profiling 3D reconstruction context, draw 3D reconstruction context, or 3D reconstruction result buffer.

Copy one or more point clouds from one M_POINT_CLOUD_RESULT result buffer to another.

Specifies the identifier of the 3D reconstruction result buffer containing the source point clouds to copy/move. The 3D reconstruction result buffer must have been previously allocated using M3dmapAllocResult with M_POINT_CLOUD_RESULT. Specifies the point cloud(s) to copy/move from the source M_POINT_CLOUD_RESULT result buffer. Specifies the identifier of the 3D reconstruction result buffer in which to copy/move the source point cloud(s). The 3D reconstruction result buffer must have been previously allocated using M3dmapAllocResult with M_POINT_CLOUD_RESULT. You can specify the same identifier as the SrcResult3dmapId identifier, but the label to assign the copied/moved point cloud must be different. Specifies a new label in the destination M_POINT_CLOUD_RESULT result buffer in which to copy/move the source point cloud(s). Specifies the type of operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Copy a group of results from a 3D reconstruction result buffer into a container or an image buffer.

Specifies the identifier of the 3D reconstruction result buffer containing point cloud or laser line data. Specifies the point cloud(s) in the specified 3D reconstruction result buffer to copy. Specifies the identifier of the destination container or image buffer in which to save the copied information. Specifies the type of copy operation to perform. Specifies whether to copy reflectance values, when the SrcResult3dmapId parameter is set to an M_POINT_CLOUD_RESULT result buffer.

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

Specifies the identifier of the 2D graphics context to use. This parameter must be set to one of the following values: Specifies the identifier of a 3D reconstruction context or result buffer. Specifies the identifier of the destination image buffer or 2D graphics list in which to draw. Specifies what to draw in the destination image buffer or 2D graphics list. Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to M_DEFAULT .

Draw 3D annotations based on a laser line profiling 3D reconstruction context.

Specifies the identifier of the 3D draw context that specifies the annotations to draw and how to draw them. This parameter must be set to one of the following values: Specifies the identifier of the laser line profiling 3D reconstruction context, previously allocated using M3dmapAlloc with M_LASER and M_CALIBRATED_CAMERA_LINEAR_MOTION. Reserved for future expansion and must be set to M_DEFAULT . Specifies the identifier of the 3D graphics list in which to draw. You can specify a 3D graphics list that you have previously allocated using M3dgraAlloc, or you can specify the identifier of the 3D display's internal graphics list (inquired using M3ddispInquire with M_3D_GRAPHIC_LIST_ID). Specifies the label of the 3D graphic in the 3D graphics list to be used as the annotation's parent. Specifies the identifier of the image buffer containing the texture image, which you can apply to the drawn laser plane to enhance its visibility. Reserved for future expansion and must be set to M_DEFAULT . Returns the parent label of the graphics added to the graphics list.

Free a 3D reconstruction context or a 3D reconstruction result buffer.

Specifies the identifier of the 3D reconstruction context or 3D reconstruction result buffer 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. Specifies the point cloud(s) in the specified 3D reconstruction result buffer, or the entire result buffer itself, from which to get results. 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 profiling 3D reconstruction context, draw 3D reconstruction context, or result buffer.

Specifies the identifier of the profiling 3D reconstruction context, draw 3D reconstruction context, or result buffer about which to inquire information. Specifies the point cloud(s) in the result buffer about which to inquire, or specifies the entire result buffer itself. Specifies the setting to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about a profiling 3D reconstruction context, draw 3D reconstruction context, or result buffer.

Specifies the identifier of the profiling 3D reconstruction context, draw 3D reconstruction context, or result buffer about which to inquire information. Specifies the point cloud(s) in the result buffer about which to inquire, or specifies the entire result buffer itself. Specifies the setting to inquire. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about a profiling 3D reconstruction context, draw 3D reconstruction context, or result buffer.

Restore a 3D object from disk.

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

Restore a 3D object from disk.

Save a 3D object to a file.

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

Save a 3D object to a file.

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

Specifies the file or memory stream. Specifies the system on which to restore the 3D object. Specifies the operation to perform on the 3D object. Specifies the type of stream in which to store/from which to restore the 3D object. Specifies the MIL version of the 3D 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 object. Specifies the address of the variable in which to write the size of the 3D object, in bytes.

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

Perform stereo vision triangulation to find 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 contexts 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 ( NumCalibrations x NumPoints). 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 camera calibration contexts. 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 stereo vision triangulation. This parameter must be greater or equal to 1. Specifies the world coordinate system that is common to all the specified camera calibration contexts. Reserved for future expansion and must be set to M_DEFAULT .

Perform stereo vision triangulation to find the 3D world coordinates of points from their pixel location in the image plane of two or more cameras.

Allocate a 3D metrology context.

Specifies the system on which to allocate the 3D metrology context. Specifies the type of 3D metrology context to allocate. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the identifier of the 3D metrology context, if allocation is successful. Since M3dmetAlloc also returns the 3D metrology context identifier, you can set this parameter to M_NULL . The returned value is the 3D metrology context's identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D metrology context.

Allocates a 3D metrology result buffer.

Specifies the identifier of the system on which to allocate the 3D metrology result buffer. Specifies the type of 3D metrology result buffer to allocate. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D metrology result buffer identifier, if allocation is successful. Since M3dmetAllocResult also returns the 3D metrology result buffer identifier, you can set this parameter to M_NULL . The returned value is the 3D metrology result buffer's identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocates a 3D metrology result buffer.

Control a setting for a 3D metrology context.

Specifies the identifier of the fit 3D metrology context or statistics 3D metrology context to control. Specifies the setting to control. Specifies the value needed for the control.

Control a setting for a 3D metrology context.

Specifies the identifier of the fit 3D metrology context or statistics 3D metrology context to control. Specifies the setting to control. Specifies the value needed for the control.

Copy a 3D geometry into, or out of, a fit 3D metrology context.

Specifies the MIL object from which to copy the 3D geometry. Specifies the identifier of the MIL object in which to copy the 3D geometry. Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Copy a group of results from a fit 3D metrology result buffer into an image buffer, 3D geometry object, or a transformation matrix.

Specifies the identifier of the fit 3D metrology result buffer from which to copy results. The fit 3D metrology context must have been allocated using M3dmetAllocResult with M_FIT_RESULT, and must contain the results of a call to M3dmetFit. Specifies the identifier of the image buffer, 3D geometry object, or transformation matrix object into which the results will be copied. Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Calculates the distance between a point cloud or depth map, and a point cloud, depth map, or 3D geometry object.

Specifies the source point cloud container or depth map image buffer. Specifies the reference object with respect to which distances will be measured. Specifies the identifier of the buffer in which to store the calculated distances. Specifies the type of distance to calculate. Specifies an optional maximum distance for which to complete calculations when the reference MIL object is a point cloud container. Reserved for future expansion and must be set to M_DEFAULT .

Draw the result of a fit operation into a 3D graphics list.

Reserved for future expansion and must be set to M_DEFAULT . Specifies the identifier of the fit 3D metrology result buffer. Specifies the identifier of the 3D graphics list in which to draw. Specifies the label of the 3D graphic in the 3D graphics list to use as the geometry's parent. Reserved for future expansion and must be set to M_DEFAULT . Returns the label of the 3D graphic added to the 3D graphics list.

Fits a 3D geometry to a point cloud or depth map.

Specifies the fit 3D metrology context. Specifies the point cloud or depth map to which to fit the 3D geometry. Specifies the type of 3D geometry object to use in the fit operation. Note that 3D box geometry objects are not supported. Specifies the identifier of the fit 3D metrology result buffer in which to store the results of the fit operation. Specifies the distance from the 3D geometry, beyond which points are considered outliers and will be ignored during the fit operation. Reserved for future expansion and must be set to M_DEFAULT .

Free a 3D metrology context or result buffer.

Specifies the identifier of the 3D metrology context or result buffer to free. These must have been successfully allocated using M3dmetAlloc or M3dmetAllocResult prior to calling this function.

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

Specifies the identifier of a fit 3D metrology result buffer or statistics 3D metrology result buffer, from which to retrieve results. Specifies the type of result to retrieve. Specifies the address in which to write the results. The returned value is the requested information, cast to a MIL_DOUBLE. If the requested information does not fit into a MIL_DOUBLE, this function will return M_NULL or truncate the information.

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

Inquire information about a 3D metrology context.

Specifies the identifier of the 3D metrology context to inquire. Specifies the type of information about which to inquire. Specifies the address of the variable in which to write the requested information. The returned value is the requested information, if it is a MIL_INT. If the requested information is a MIL_DOUBLEor if it is a MIL_INT64on a 32-bit system, this function will return M_NULL .

Inquire information about a 3D metrology context.

Specifies the identifier of the 3D metrology context to inquire. Specifies the type of information about which to inquire. The returned value is the requested information, if it is a MIL_INT. If the requested information is a MIL_DOUBLEor if it is a MIL_INT64on a 32-bit system, this function will return M_NULL .

Inquire information about a 3D metrology context.

Restore a 3D metrology context from disk.

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

Restore a 3D metrology context from disk.

Save a 3D metrology context to a file.

Specifies the name and path of the file in which to save the 3D metrology context; it is recommended that you use the M3DMET file extension for easier use with other Matrox Imaging software products. Specifies the identifier of the 3D metrology context to save. Reserved for future expansion and must be set to M_DEFAULT .

Save a 3D metrology context to a file.

Compute a variety of statistics on the distances between a point cloud or depth map, and a point cloud, depth map, or 3D geometry.

Specifies a previously allocated statistics 3D metrology context (used to evaluate multiple statistical calculations), or a predefined statistics 3D metrology context (used to evaluate a single statistical calculation). Specifies the source point cloud container or depth map image buffer. Specifies the identifier of the reference MIL object, with respect to which distances will be measured. Specifies the identifier of the statistics 3D metrology result buffer in which to store the results. The result buffer must have been allocated using M3dmetAllocResult with M_STATISTICS_RESULT. Specifies the type of distance to calculate. Specifies the condition for which distance measurements will be used in statistics calculations. Specifies the lower limit of the selected condition. Specifies the upper limit of the selected condition. Reserved for future expansion and must be set to M_DEFAULT .

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

Specifies the file or memory stream. Specifies the system on which to restore the 3D metrology context. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the 3D metrology context. Specifies the MIL version of the 3D metrology context. Reserved for future expansion. This parameter 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 metrology context. Specifies the address of the variable in which to write the size of the 3D metrology context, in bytes.

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

Computes the volume of a point cloud's mesh or of a depth map, delimited optionally by a specified reference object.

Specifies the point cloud or depth map for which to calculate the volume. Specifies the reference MIL object to use to define a closed 3D shape whose volume to calculate. Specifies how to calculate the total volume, given the position of the source MIL object relative to the reference object. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the calculated volume. Specifies the address of the variable in which to write the status of the volume calculation. The returned value is the computed volume, if successful. If the volume calculation fails, M_NULL is returned.

Computes the volume of a point cloud's mesh or of a depth map, delimited optionally by a specified reference object.

Allocate a 3D registration context.

Specifies the identifier of the system on which to allocate the 3D registration context. Specifies the type of 3D registration context to allocate. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the pairwise 3D registration context identifier. The returned value is the context's identifier. If allocation fails, M_NULL is returned.

Allocate a 3D registration context.

Allocate a 3D registration result buffer.

Specifies the system on which to allocate the result buffer. Specifies the type of result buffer to allocate. Reserved for future expansion. This parameter must be set to M_DEFAULT . Specifies the address of the variable in which to write the 3D registration result buffer identifier. The returned value is the result buffer identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a 3D registration result buffer.

Perform the registration operation on the given point clouds and write the resulting transformation matrices into the pairwise 3D registration result buffer.

Specifies the identifier of the pairwise 3D registration context to use for the registration operation. The context must have been previously allocated using M3dregAlloc. Specifies the address of the array containing the identifiers of the point cloud containers. The point clouds must be 3D-processable; use MbufInquireContainer with M_3D_PROCESSABLE to ensure that the containers contain 3D-processable point clouds. The number of containers supplied in the array should be less than or equal to the number of registration elements in the registration context. Specifies the size of the array passed to ContainerBufIdArrayPtr. Specifies the pairwise 3D registration result buffer identifier in which to store results. The result buffer must have been previously allocated using M3dregAllocResult. Reserved for future expansion and must be set to M_DEFAULT .

Perform the registration operation on the given point clouds and write the resulting transformation matrices into the pairwise 3D registration result buffer.

Control a pairwise 3D registration context or a pairwise 3D registration result buffer.

Specifies the identifier of the pairwise 3D registration context or a pairwise 3D registration result buffer to control. Specifies what to control. Set this parameter to one of the following values: Specifies the setting to change. Specifies the setting's new value.

Control a pairwise 3D registration context or a pairwise 3D registration result buffer.

Copy a preregistration transformation matrix from a 3D registration context into a transformation matrix object.

Specifies the identifier of the 3D registration context. The context must have been previously allocated using M3dregAlloc with M_PAIRWISE_REGISTRATION_CONTEXT. Specifies the index of the registration element in the context. Specifies the identifier of a transformation matrix. The transformation matrix must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Reserved for future expansion and must be set to M_DEFAULT . Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Copy a transformation matrix from a 3D registration result buffer to a transformation matrix object.

Specifies the identifier of the pairwise 3D registration result buffer. The pairwise 3D registration result buffer must have been previously allocated using M3dregAllocResult. Specifies the index of the registration result element associated with the source point cloud. Specifies relative to which coordinate system (the global coordinate system or that of a point cloud) to retrieve the copied transformation matrix. Specifies the identifier of the destination transformation matrix object. The transformation matrix object must have been previously allocated using M3dgeoAlloc with M_TRANSFORMATION_MATRIX. Specifies the type of copy operation to perform. Reserved for future expansion and must be set to M_DEFAULT .

Free a 3D registration context or a 3D registration result buffer.

Specifies the identifier of the 3D registration context or 3D registration result buffer to free. These must have been successfully allocated (using M3dregAlloc or M3dregAllocResult) prior to calling this function.

Get the specified type of result from a pairwise 3D registration result buffer.

Specifies the identifier of the pairwise 3D registration result buffer, previously allocated using M3dregAllocResult with M_PAIRWISE_REGISTRATION_RESULT. Specifies the registration result element for which to retrieve results. Specifies the type of result to get. Specifies the address in which to write the results. The returned value is the requested information, cast to a MIL_DOUBLE. If the requested information does not fit into a MIL_DOUBLE, this function will return M_NULL or truncate the information.

Get the specified type of result from a pairwise 3D registration result buffer.

Inquire information about a pairwise 3D registration context or a pairwise 3D registration result buffer.

Specifies the identifier of the 3D pairwise registration context or a pairwise 3D registration result buffer to inquire. Specifies to inquire a pairwise 3D registration context, an individual registration element (or all registration elements), or a pairwise 3D registration result buffer. Set this parameter to one of the following values: Specifies the type of setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire information about a pairwise 3D registration context or a pairwise 3D registration result buffer.

Specifies the identifier of the 3D pairwise registration context or a pairwise 3D registration result buffer to inquire. Specifies to inquire a pairwise 3D registration context, an individual registration element (or all registration elements), or a pairwise 3D registration result buffer. Set this parameter to one of the following values: Specifies the type of setting about which to inquire. The returned value is the requested information, cast to a MIL_INT64. If the requested information does not fit into a MIL_INT64, this function will return M_NULL or truncate the information.

Inquire information about a pairwise 3D registration context or a pairwise 3D registration result buffer.

Merge point clouds using the results of a previous call to M3dregCalculate.

Specifies the identifier of the pairwise 3D registration result buffer. The pairwise 3D registration result buffer must have been successfully allocated using M3dregAllocResult, and contain the result of a successful call to M3dregCalculate. Specifies the address of the array containing the identifiers of the point cloud containers. The point clouds must be 3D-processable. You can check that the point clouds are 3D-processable using MbufInquireContainer with M_3D_PROCESSABLE. You can set some entries in the array to M_NULL to merge a subset of the point clouds. Specifies the size of the array passed to ContainerBufIdArrayPtr. Specifies the identifier of the destination container in which to store the transformed and merged point clouds. The container must have been previously allocated using MbufAllocContainer with M_PROC. Specifies the identifier of a 3D image processing subsampling context. This context is used to subsample the resulting point cloud after the merging is complete. Reserved for future expansion and must be set to M_DEFAULT .

Merge point clouds using the results of a previous call to M3dregCalculate.

Restore a 3D registration context or result buffer from disk.

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

Restore a 3D registration context or result buffer from disk.

Save a 3D registration context or 3D registration result buffer to a file.

Specifies the name and path of the file in which to save the 3D registration context or 3D registration result buffer. It is recommended that you use the M3DREG file extension for easier use with other Matrox Imaging software products. Specifies the identifier of the 3D registration context or 3D registration result buffer to save. Reserved for future expansion and must be set to M_DEFAULT .

Save a 3D registration context or 3D registration result buffer to a file.

Sets the rough location of the working coordinate system of a point cloud with respect to either the working coordinate system of another point cloud, or the global coordinate system.

Specifies the identifier of the pairwise 3D registration context in which to store the rough location. Specifies the index of the registration element in the pairwise 3D registration context to set. Specifies the reference of the registration element in Context3dregId. Specifies the identifier of the MIL object from which to copy the rough location. Specifies the index of the registration element or registration result element in the MIL object passed to the ParamId parameter. Specifies an attribute of the transformation that specifies a rough location. Reserved for future expansion and must be set to M_DEFAULT .

Load, restore, or save a 3D registration context or result buffer from/to a file or memory stream.

Specifies the file or memory stream. Specifies the system on which to restore the 3D registration context or 3D registration result buffer. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the pairwise 3D registration context or pairwise 3D registration result buffer. Specifies the MIL version of the 3D registration context or result buffer. Reserved for future expansion. This parameter 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 registration context or result buffer. Specifies the address of the variable in which to write the size of the 3D registration context or result buffer, in bytes.

Load, restore, or save a 3D registration context or result buffer from/to a file or memory stream.

Allocate a MIL application context.

Specifies the computer name or IP address of the cluster manager. Specifies the type of initialization to perform on the MIL application context. Specifies the address of the variable in which to write the application context identifier. The returned value is the application context identifier. If allocation fails, M_NULL is returned.

Allocate a MIL application context.

Closes a connection to a remote MIL application.

Specifies the remote application to disconnect from.

Control an application environment setting.

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

Control a MIL multi-core processing application environment setting.

Reserved for future expansion. 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.

Control a MIL multi-core processing application environment setting.

Perform a file operation on a local or a remote computer.

Specifies the identifier of the application context to use. Specifies the file on the target or source computer to use for the operation. Specifies the destination application in which to copy the file specified using Comp1FileName during the M_FILE_COPY or M_FILE_COPY_MIL_DLL operation. Specifies the directory (and optionally a new file name) in computer 2 in which to copy the file specified using Comp1FileName. Specifies the operation to perform on the specified file. Reserved for future expansion. Specifies the address of the user data that used by some operations.

Perform a file operation on a local or a remote computer.

Free a MIL application.

Specifies the application to free.

Get error codes and related information.

Specifies the identifier of the application context to use. 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.

Get information about a hooked event.

Specifies the identifier of the application context to use. 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. If the operation fails, a non-null (!M_NULL) value is returned.

Get information about a hooked event.

Hook a function to an event.

Specifies the identifier of the application context to use. 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 identifier of the application context to use. 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 information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about an application setting.

Specifies the identifier of the application context to use. Specifies the type of application setting about which to inquire. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about an application setting.

Inquire about published MIL objects on a Distributed MIL publishing application.

Specifies the identifier of the application context to use. Specifies the type of Distributed MIL connection setting about which to inquire. Specifies an attribute of the inquire operation to perform. Specifies an attribute of the inquire operation to perform. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about published MIL objects on a Distributed MIL publishing application.

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

Specifies the identifier of the application context to use. Specifies the type of multi-core processing application environment setting about which to inquire. Reserved for future expansion and 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 a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information. The return value is undefined for M_CORE_AFFINITY_MASK, M_CORE_AFFINITY_MASK_PROCESS, M_MEMORY_BANK_AFFINITY_MASK, and M_MEMORY_BANK_CORE_AFFINITY_MASK.

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

Connect to a Distributed MIL publishing application.

Specifies the computer to which to connect, and if necessary the listening port of the publishing application. Reserved for future expansion. Reserved for future expansion. Specifies the address in which to write the remote application identifier returned by this function.

Control or inquire a MIL timer's setting or value.

Specifies the identifier of the application context to use. Specifies the control to exert on the MIL timer. Specifies the address of the variable in which to store the timer information produced by M_TIMER_READ or M_TIMER_RESOLUTION. The returned value, for M_TIMER_READ and M_TIMER_RESOLUTION, is the requested information cast to a MIL_DOUBLE. For M_TIMER_RESET and M_TIMER_WAIT, this function returns 0.0.

Control or inquire a MIL timer's setting or value.

Specifies the identifier of the application context to use. Specifies the control to exert on the MIL timer. The returned value, for M_TIMER_READ and M_TIMER_RESOLUTION, is the requested information cast to a MIL_DOUBLE. For M_TIMER_RESET and M_TIMER_WAIT, this function returns 0.0.

Control or inquire a MIL timer's setting or value.

Create a user MIL trace marker or section in a trace log.

Specifies the identifier of the application context to use. Specifies the type of trace marker to create. Specifies a value that identifies this trace marker or section. Specifies a value relevant to the trace marker or section, or relevant to the surrounding code. Specifies a string relevant to the trace marker or section, or relevant to the surrounding code.

Create a user MIL trace marker or section in a trace log.

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 or template setting.

Specifies the identifier of the bead context to control. Specifies the bead template (one or all) to control, or specifies that you are controlling a global setting of the bead context. Specifies the type of control to set. Specifies the required value for the control.

Control a bead context or template setting.

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

Specifies the identifier of the 2D graphics context to use. This parameter must be set to one of the following values: Specifies the identifier of the bead context or bead result buffer that this function will use to perform the drawing operation. The 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 or 2D graphics list in which to draw. Specifies the drawing operation to perform. Specifies the type of points that this function will use to perform the drawing operation. Specifies the templates (one or all) that this function will use to perform the drawing operation, or specifies that you are performing a general type of drawing operation. Specifies the set of template points (one or all) for which to perform the drawing operation, or specifies that you are performing a general type of drawing operation. Specifies whether MIL performs drawings with fail-type points differently than drawings with other types of points.

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 and/or vertex closest to a source point.

Specifies the identifier of the bead context. Specifies the bead template in which the closest vertex is expected to be located. Specifies the source point's X-position. Specifies the source point's Y-position. 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 vertex. Specifies whether to retrieve the closest template and/or the closest vertex.

Get the template and/or vertex closest to a source point.

Get results from a bead result buffer.

Specifies the identifier of the bead result buffer from which to get results. Specifies the label or index of the template for which to get results, or specifies that you are getting general results related to all templates. Specifies the trained points (one or all) for which to get results or specifies that you are getting general results. Specifies the result to get. Specifies the address in which to write the requested information.

Get results from a bead result buffer.

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

Specifies the identifier of the bead context or the identifier of the bead result buffer about which to inquire. Specifies the bead template about which to inquire, or specifies that you are inquiring about a global setting of the bead context or result. Specifies the type of setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

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

Specifies the identifier of the bead context or the identifier of the bead result buffer about which to inquire. Specifies the bead template about which to inquire, or specifies that you are inquiring about a global setting of the bead context or result. Specifies the type of setting about which to inquire. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

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

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 camera calibration context 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 camera calibration context associated with the training image.

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 camera calibration context from the bead context, or save the camera calibration context 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 a bead context. Specifies to add a new bead template to a bead context, or specifies another operation to perform with a template that is already in a context. Specifies the type of the new bead template to add to a bead context, or specifies that the type information is not required. Specifies a unique label for a new bead template to add to a bead context, or specifies the index or label of a template in a context (or all templates in a context) with which to perform the operation. Specifies information required for the operation. 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 containing the training image with which to train the templates, or specifies to train the templates without a training image (or with a previously saved training image). Specifies whether to save the training image ( TrainingImageBufId).

Verify beads in the target image according to their corresponding template.

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 context.

Specifies the system on which to allocate the context. Reserved for future expansion. This parameter must be set to M_DEFAULT . Reserved for future expansion. This parameter must be set to M_DEFAULT . Specifies the address of the variable in which to write the identifier of the Blob Analysis context. The returned value is the Blob Analysis context's identifier if the allocation is successful. If allocation fails, M_NULL is returned.

Allocate a Blob Analysis context.

Allocate a Blob Analysis result buffer.

Specifies the system on which to allocate the result buffer. Reserved for future expansion. This parameter must be set to M_DEFAULT . Reserved for future expansion. This parameter must be set to M_DEFAULT . Specifies the address of the variable in which to write the identifier of the Blob Analysis result buffer. The returned value is the result buffer's 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 identifier of the Blob Analysis context, that specifies the feature(s) to calculate, and other settings related to the blob analysis operation. Specifies the identifier of the image buffer to use as the blob identifier image. This image is used to distinguish blob pixels from background pixels and which pixels belong to which blob. Specifies the identifier of the image buffer to use as the grayscale image. This image is used to supply the intensity of blob pixels when calculating features with a grayscale definition. Specifies the identifier of a Blob Analysis result buffer, in which to store calculated results.

Control a blob analysis setting.

Specifies the identifier of the Blob Analysis context or result buffer. Specifies the setting to change. Specifies the setting's new value.

Control a blob analysis setting.

Specifies the identifier of the Blob Analysis context or result buffer. Specifies the setting to change. Specifies the setting's new value.

Draw specific blob features in the destination image buffer or 2D graphics list.

Specifies the identifier of the 2D 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 or 2D graphics list in which to draw. Specifies the type of operation to perform. Specifies the label or index of the blob or blobs whose information to draw. Reserved for future expansion and must be set to M_DEFAULT .

Free the Blob Analysis context or result buffer.

Specifies the identifier of the Blob Analysis context or result buffer to free. The buffer must have been successfully allocated, using MblobAllocResult or MblobAlloc, 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 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 label or index of the blob for which to get results, or specifies that you are getting general results related to all blobs. This parameter must be set to one of the following values: Specifies the type of result to retrieve. 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.

Inquire about a Blob Analysis setting.

Specifies the identifier of a Blob Analysis context or result buffer. Specifies the type of setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about a Blob Analysis setting.

Specifies the identifier of a Blob Analysis context or result buffer. Specifies the type of setting about which to inquire. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information.

Inquire about a Blob Analysis setting.

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. SrcResultBlobId1 and SrcResultBlobId2 cannot be the same. Specifies the identifier of the second source result buffer. SrcResultBlobId1 and SrcResultBlobId2 cannot be the same. Specifies the identifier of the destination result buffer. DstResultBlobId cannot be the same as SrcResultBlobId1 or SrcResultBlobId2. Specifies the control settings for the merge operation. This parameter can be set to any 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.

Restore a blob context from disk.

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

Save a blob context to a file.

Specifies the name and path of the file in which to save the blob context. Specifies the identifier of the blob context to save. Reserved for future expansion and must be set to M_DEFAULT .

Save a blob context to a file.

Specifies the name and path of the file in which to save the blob context. Specifies the identifier of the blob context to save. Reserved for future expansion and must be set to M_DEFAULT .

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.

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

Specifies the file or memory stream. Specifies the system on which to restore the blob context. Specifies the operation to perform. Specifies the type of stream in which to store/from which to restore the blob context. Specifies the MIL version of the blob context. 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 blob context. Specifies the address of the variable in which to write the size of the blob context, in bytes.

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

Perform a transformation/modification on blob analysis results.

Specifies the identifier of the source result buffer. Specifies the identifier of the destination result buffer. DstResultBlobId must be set to the same result buffer as SrcResultBlobId(that is, the transformation is done in-place). Specifies the operation to perform. Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to M_DEFAULT .

Allocate a 1D data buffer.

Specifies the MIL 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 MIL 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 MIL 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.

Allocate a buffer and add it as a component of a container.

Specifies the MIL identifier of the container to which to add the component. Specifies the number of (x,y) surfaces (also called 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 component type, which identifies what kind of information the component stores. 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 buffer and add it as a component of a container.

Allocate a container.

Specifies the MIL system on which to allocate the container. Specifies the container usage. Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the container identifier. The returned value is the container identifier. If allocation fails, M_NULL is returned.

Allocate a container.

Allocate an image buffer or a container (automatically determined by MIL) with settings appropriate for grabbing using the specified digitizer.

Specifies the MIL system on which to allocate the image buffer or the container. This parameter should be set to one of the following values: Specifies the digitizer to use as a reference for determining the settings of the image buffer or container to allocate. Specifies the usage of the image buffer or container. Reserved for future expansion and must be set to M_DEFAULT . Reserved for future expansion and must be set to M_DEFAULT . Specifies the address of the variable in which to write the image buffer or container identifier. The returned value is the identifier of the image buffer or container. If allocation fails, M_NULL is returned.

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 balancing and gamma correction are performed, and the coefficients and exponents used to perform these corrections, respectively. Specifies the Bayer pattern to use in the conversion, and whether the white balancing 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 successful. 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 band or bands 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 successful. 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 successful. If allocation fails, M_NULL is returned.

Allocate a child data buffer within a color parent buffer.

Allocate a child data buffer within a color parent buffer and, if necessary, performs a clipping operation.

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 clipping status is written. 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 successful. If allocation fails, M_NULL is returned.

Allocate a child data buffer within a color parent buffer and, if necessary, performs a clipping operation.

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 clipping status is written. 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 successful. If allocation fails, M_NULL is returned.

Allocate a child data buffer within a color parent buffer and, if necessary, performs a clipping operation.

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 clipping status is written. 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 successful. If allocation fails, M_NULL is returned.

Allocate a child data buffer within a color parent buffer and, if necessary, performs a clipping operation.

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 clipping status is written. 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 successful. If allocation fails, M_NULL is returned.

Allocate a child container.

Specifies the identifier of the parent container. Specifies the number of elements in the array of criteria that will be applied to the parent container. Specifies the address of an array of criteria that will be used to determine which components from the parent container to make part of the child container. Specifies whether to have the child container contain the components that meet at least one of the criteria, or only the components that meet all of the criteria. Specifies the address of the variable in which to write the identifier of the child container. The returned value is the child container identifier, if successful. If allocation fails, M_NULL is returned.

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 of the child buffer relative to the parent buffer's top-left pixel. Specifies the new Y-offset of the child buffer relative to the parent's top-left pixel. Specifies the new width of the child buffer. Specifies the new height of the child buffer. Specifies the function's control flag.

Clears a buffer, or the components of a container, to a specified color.

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

Conditionally clears a buffer to a specified color.

Specifies the identifier of the data buffer to conditionally clear. Specifies the red component of the clear color, or, if DstBufId is a single band, this value is used as the clear color. Specifies the green component of the clear color. Specifies the blue component of the clear color. Specifies the identifier of the condition buffer. Specifies the condition for which the condition buffer is tested. Specifies the color value for the specified condition.

Clones a data buffer or container.

Specifies the identifier of the source buffer or container to clone. Specifies the system on which to allocate the clone. Specifies the width of the clone. If the source is a container, this must be set to M_DEFAULT. Specifies the height of the clone. If the source is a container, this must be set to M_DEFAULT. Reserved for future expansion and must be set to M_DEFAULT . Specifies the attributes of the clone. For both buffers and containers you can specify that the clone will retain the same attributes as the source by setting this parameter to M_DEFAULT. Specifies the control settings for the cloning operation. Specifies the address of the variable in which to write the buffer or container identifier. The returned value is the buffer or container identifier. If allocation fails, M_NULL is returned.

Clones a data buffer or container.

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.

Control a specified area of a buffer.

Specifies the identifier of the buffer to control. Specifies the horizontal pixel offset of the area. Specifies the vertical pixel offset of the area. Specifies the width of the area, in pixels. Specifies the height of the area, in pixels. Specifies the band of the area. 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.

Control a setting of the specified container, or one of its components.

Specifies the identifier of the container to control, or of which to control a component. Specifies what to control; either the container itself, or a component of the container. Specifies the setting to control. Specifies the value needed for the setting.

Control a setting of the specified container, or one of its components.

Converts 3D data to a format that is 3D-processable and/or 3D-displayable.

Specifies the identifier of the source container or fully corrected depth map image buffer to convert. Specifies the identifier of the destination container or image buffer in which to store the converted data. Specifies the identifier of a 1-band, 1D M_ARRAY buffer containing the Y-axis value for each row of coordinates stored in the range or disparity component of the source container. Specifies which operations to apply to the data during conversion. Specifies whether to generate an error when there is missing or ambiguous information in the source, or to compensate by making assumptions about the missing information.

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, DstOffX). Specifies the height of the region to be copied, starting from the specified offset ( SrcOffY, DstOffY).

Copy a data buffer, or components of a container, to components of a destination container.

Specifies the identifier of the source data buffer or container. Specifies the identifier of the destination container. Specifies the criterion which will be used to determine which components of the source container to copy. If the source is a data buffer, this parameter must be set to M_DEFAULT . Specifies how to copy the source buffer or component(s) to the destination container. Specifies whether to copy the data, settings, and attributes.

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 color 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. Specifies the buffer width. Specifies the buffer height. Specifies a combination of two values: data type and data depth. Specifies the buffer usage. Specifies the physical nature of the buffer. Specifies the size of the pitch. Specifies the MIL identifier of the buffer, or a pointer to the data array, on 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. Specifies the number of (x,y) surfaces (also called color bands) that the buffer should have to contain each color component of the data. Specifies the buffer width. Specifies the buffer height. Specifies a combination of two values: data depth and data type, per band. Specifies the buffer usage. Specifies the physical nature of the buffer. This parameter can be set to one of the values below. Specifies 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 to write the buffer identifier. The returned value is the buffer identifier. If allocation fails, M_NULL is returned.

Create a color data buffer.

Create a component in the specified container.

Specifies the MIL identifier of the container in which to create the buffer component. Specifies the number of (x,y) surfaces (also called color bands) that the buffer should have to contain each color component of the data. Specifies the buffer width. Specifies the buffer height. Specifies a combination of two values: data depth and data type, per band. Specifies the buffer usage. Specifies the physical nature of the buffer. This parameter can be set to one of the values below. Specifies 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 component type, which identifies what kind of information the buffer component stores. 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.

Inquire about the data in a file.

Specifies the file that contains the data. Specifies the type of file setting about which to inquire. Specifies the address in which to write the requested information. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information. If the requested information is not available, M_INVALID is returned. If an AVI file is specified but its codec is not known, M_AVI_CODEC_UNSUPPORTED is returned.

Inquire about the data in a file.

Specifies the file that contains the data. Specifies the type of file setting about which to inquire. The returned value is the requested information, cast to a MIL_INT. If the requested information does not fit into a MIL_INT, this function will return M_NULL or truncate the information. If the requested information is not available, M_INVALID is returned. If an AVI file is specified but its codec is not known, M_AVI_CODEC_UNSUPPORTED is returned.

Inquire about the data in a file.

Export a data buffer or container to a file.

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

Export a data buffer or container to a file.

Specifies the name and path of the file in which to save the data buffer or container. Specifies the file format. Specifies the identifier of the data buffer or container 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 image buffers to export or, when opening or closing ( M_OPEN, M_OPEN + M_APPEND, or M_CLOSE) a file on a remote computer, a MIL system allocated on the remote computer. Specifies the number of MIL identifiers passed to the BufArrayPtrOrSystemIdPtr parameter (image buffers or system identifiers). Specifies the frame rate (number of images/sec) of the sequence. Specifies whether to write, overwrite, or append the image buffers to the AVI file.

Export a sequence of image buffers to an AVI file.

Free a data buffer or container.

Specifies the identifier of the data buffer or container to deallocate.

Free one or more buffer components of a specified container.

Specifies the MIL identifier of the container which contains the component(s) to be freed. Specifies the criterion used to determine which component(s) will be freed from the container. Reserved for future expansion and must be set to M_DEFAULT .

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 the data from the source buffer.