HistogramCV Class Reference

OpenCV Histogram puzzle comparator class. More...

Inheritance diagram for HistogramCV:

Collaboration diagram for HistogramCV:

Public Member Functions
def	__init__ (self, theParams=CfgHistogramCV())
def	compare (self, piece_A, piece_B, tauMatch=None)
def	extractFeature (self, piece)
def	score (self, piece_A, piece_B)
Public Member Functions inherited from MatchDifferent
def	compare (self, piece_A, piece_B)
	Compare two puzzle pieces. More...
Public Member Functions inherited from Matcher
tuple[float, np.ndarray]	estimateAffineMatch (self, piece_A, piece_B)
	Estimate the rigid affine transform that aligns piece A to piece B. More...
"Matcher"	fit (self, groups, list[str]|None labels=None)
	Given raw data regarding expected element instances, identify model to differentiate them if possible for this matcher type. More...
"Matcher"	fitFromImageSegmented (self, Irgb, Iseg, hasLabs=False)
	Given an image and a segmentation, generate fit. More...
def	solveMatchedPuzzle (self, puzzle, sol)

Additional Inherited Members
Static Public Member Functions inherited from Matcher
tuple[np.ndarray, np.ndarray]	pcaFrame (piece)
	Estimate a signed PCA frame from a puzzle piece's foreground pixels. More...
Public Attributes inherited from Matcher
	params

Detailed Description

OpenCV Histogram puzzle comparator class.

Constructor & Destructor Documentation

__init__()

def __init__	(		self,
			theParams = CfgHistogramCV()
	)

@brief  Constructor for the puzzle piece histogram class.

@param[in]  tau     Threshold param to determine difference.

Reimplemented from MatchDifferent.

Member Function Documentation

compare()

def compare	(		self,
			piece_A,
			piece_B,
			tauMatch = None
	)

@brief Compare histogram features and return the shared PCA alignment.

@return Tuple of ``(is_match, rotation_degrees, affine)``.  The affine
        transform maps @p piece_A global pixels onto @p piece_B.

extractFeature()

def extractFeature	(		self,
			piece
	)

@brief Compute histogram from the raw puzzle data.
       See https://opencv-tutorial.readthedocs.io/en/latest/histogram/histogram.html

@param[in]  piece   Puzzle piece to use.

@param[out] Puzzle piece histogram.

Reimplemented from Matcher.

score()

def score	(		self,
			piece_A,
			piece_B
	)

@brief Compute the score between two passed puzzle piece data.

@param[in] piece_A      Template instance saving a piece's info.
@param[in] piece_B      Template instance saving a piece's info.

@param[out] Distance of the feature vectors. (Overload if not proper).

Reimplemented from Matcher.

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The documentation for this class was generated from the following file:

• /home/mary/python/puzzle_solver/puzzle/pieces/matchDifferent.py