This class provides easy access to character-level properties and methods of the CogOCVMaxPattern object. With this class you can navigate amongst all of the character positions within a single line within a single paragraph. You may NOT directly construct this object. Instead, use the CreateCharacterIterator method on either the containing line's iterator or on the top level CogOCVMaxPattern object. Also note that this class can not be persisted.

This class holds all of the result information for a single character.

This class represents the set of geometric character descriptions associated with a single font. We read the geometric description data from a predefined font file. In general a user does not create a font file. We can, however, adjust certain characteristics of a font such as its size and line spacing.

This class encapsulates properties typically used to control rendering, or rendering-based processing of text in a particular font. These are the properties that allow one to fine-tune the correspondence between a CogOCVMaxFont and what is actually observed by a camera.

This class provides easy access to line-level properties and methods of the CogOCVMaxPattern object. With this class you can navigate amongst all of the lines within a single paragraph. You may NOT directly construct this object. Instead, use the CreateLineIterator method on either the containing paragraph's iterator or on the top level CogOCVMaxPattern object. Also note that this class can not be persistedo.

This class holds all of the result information for a single line.

This class provides easy access to paragraph-level properties and methods of the CogOCVMaxPattern object. With this class you can navigate amongst all of the paragraphs within the arrangement. You may NOT directly construct this object. Instead, use the CreateParagraphIterator method on the top level CogOCVMaxPattern object. Also note that this class can not be persisted.

This class holds all of the result information for a single paragraph.

This class holds data provided by the CharacterAdded event. The CharacterAdded event fires in addition to the standard Changed event after one or more characters are added to the arrangement.

This class holds data provided by the CharacterChanged event. The CharacterChanged event fires in addition to the standard Changed event after some aspect of a character in the arrangement has been changed.

This class holds data provided by the CharacterRemoved event. The CharacterRemoved event fires in addition to the standard Changed event after one or more characters in the arrangement have been removed.

This class holds data provided by the LineAdded event. The LineAdded event fires in addition to the standard Changed event after one or more lines are added to the arrangement.

This class holds data provided by the LineChanged event. The LineChanged event fires in addition to the standard Changed event after some aspect of a line in the arrangement has been changed.

This class holds data provided by the LineRemoved event. The LineRemoved event fires in addition to the standard Changed event after one or more lines in the arrangement have been removed.

This class holds data provided by the ParagraphAdded event. The ParagraphAdded event fires in addition to the standard Changed event after one or more paragraphs are added to the arrangement.

This class holds data provided by the ParagraphChanged event. The ParagraphChanged event fires in addition to the standard Changed event after some aspect of a paragraph in the arrangement has been changed.

This class holds data provided by the ParagraphRemoved event. The ParagraphRemoved event fires in addition to the standard Changed event after one or more paragraphs in the arrangement have been removed.

This class holds data provided by the TrainProgress event. The TrainProgess event fires periodically during training.

This class holds data provided by the TuneProgress event. The TuneProgress event fires periodically during tuning.

This class provides help in defining a pose for a text paragraph. The general usage model assumes that you have: a) An image depicting the actual text in question, b) A font object, and c) The text (one or more strings), and from these you wish to determine a pose at which the CogOCVMax operator or tool might process the image. There are five basic steps. First, set up the CogOCVMaxPoseHelper object by setting the Font and Text properties (and optionally modifying the FontRenderParams property). Second, call the InitialPoseEstimate() method to get a first guess at what the desired pose might be. Third, call the FinalPosePrepare() method to create a CogCompositeShape graphic using the estimated initial pose. Fourth, add the graphic to the interactive display and allow the user to dynamically adjust the position, rotation, size, scale, or skew of this graphic so as to superimpose the graphic on the corresponding text in the image. Fifth, call the FinalPoseComplete() method with the (user modified) CogCompositeShape graphic. This final step will yield a CogTransform2DLinear that describes the user specified pose.

This class holds all of the result information for an entire pattern.

This class encapsulates the run time parameters used by Execute(CogImage8Grey, ICogRegion, CogOCVMaxRunParams).

This class encapsulates all of the parameters used to run the arrangement and/or character searches.

This class provides tool level access to the CogOCVMaxPattern operator. This class encapsulates all of the classes required to perform an OCVMax inspection.

This class encapsulates properties used to tune the CogOCVMaxPattern object.

Constants used to select the type of registration (fitting) done for each character found.

Constants which describe the overall outcome for the inspection of a single character.

Constants to aid in specifying which characters within a given font to incorporate in the alphabet for a particular paragraph. These help provide an easier way to specify an alphabet than explicitly listing each character.

Constants used to specify which poses to compute at run time. Computing poses takes additional execution time and may not be needed in all applications. Note that poses of individual characters are always computed.

Enumeration of data that can be included in the tool's CurrentRecord.

Constants used in customizing a CogOCVMaxPattern object.

Constants to help specify which aspect of a particular search degree of freedom (DOF) is being accessed. Only one such attribute may be accessed at a time.

Constants used to specify search degree(s) of freedom (DOFs).

Constants used to identify the character origins of an imported image font.

Constants used to identify the type of an imported font.

Enumeration of Non-Diagnostic data that can be included in the tool's LastRunRecord.

Enumeration of Diagnostic data that can be included in the tool's LastRunRecord.

Constants used to specify desired result graphics for CogOCVMaxParagraphResult::CreateResultGraphics().

Constants for specifying the brightness or darkness of the characters to be inspected relative to their background.

Constants used to specify the amount of refinement done on the transform that represents the deformation for a particular character.

Constants used to specify how we compute the score for each character. Note: ScoreUsingClutter is usually preferable to allow confusion to be computed more reliably, whereas ScoreWithoutClutter may be necessary in noisy images.

Constants used to specify which pattern properties to tune.

Constants used to select the type of verification performed on each character.