puzzle.utils.puzzleProcessing Namespace Reference

Functions
def	calibrate_real_puzzle (theImageMea, thePrevImage=None, theCalibrated=None, params=ParamPuzzle, option=1, verbose=False)
def	calibrate_real_puzzle_sequence (img_folder, option, fsize=1, verbose=False)
def	create_synthetic_puzzle (theImageSol, theMaskSol_src, explodeDis=(200, 200), moveDis=(2000, 100), rotateRange=70, ROTATION_ENABLED=True, verbose=False)

Variables
	cpath = fpath.rsplit('/', 1)[0]
	fpath = os.path.realpath(__file__)

Function Documentation

calibrate_real_puzzle()

def puzzle.utils.puzzleProcessing.calibrate_real_puzzle	(		theImageMea,
			thePrevImage = None,
			theCalibrated = None,
			params = ParamPuzzle,
			option = 1,
			verbose = False
	)

@brief  To obtain the solution board or the pieces in the solution area.

Args:
    theImageMea: The input image.
    thePrevImage: The pre-saved image of last frame.
    theCalibrated: Load a pre-saved board, otherwise create an empty one.
    params: Parameter settings to extract the pieces.
    option: The option 0 is to assemble the puzzle while option 1 is to disassemble the puzzle
    verbose: Whether to debug

Returns:
    thePrevImage: The updated previous image.
    theCalibrated: A board of calibrated pieces.

calibrate_real_puzzle_sequence()

def puzzle.utils.puzzleProcessing.calibrate_real_puzzle_sequence	(		img_folder,
			option,
			fsize = 1,
			verbose = False
	)

@brief  To obtain the solution board from an image sequence for calibration.

Args:
    img_folder: The path to the image folder. We assume the image name like XX_0.png
    option: The option 0 is to assemble the puzzle while option 1 is to disassemble the puzzle
    fsize: The scale to resize the input image.
    verbose: Whether to debug

Returns:
    theCalibrated: A board of calibrated pieces

create_synthetic_puzzle()

def puzzle.utils.puzzleProcessing.create_synthetic_puzzle	(		theImageSol,
			theMaskSol_src,
			explodeDis = (200,200),
			moveDis = (2000,100),
			rotateRange = 70,
			ROTATION_ENABLED = True,
			verbose = False
	)

@brief create a synthetic/exploded/rotated measured board & solution board from a foreground image & background image.

Args:
    theImageSol: The source RGB image.
    theMaskSol_src: The source template image.
    explodeDis: The exploded distance setting, (xx,yy).
    moveDis: The moved distance setting, (xx,yy).
    rotateRange: The range of the rotation.
    ROTATION_ENABLED: The flag signifying rotation option.
    verbose: The flag signifying debug or not.

Returns:
    theGridMea: The measured board.
    theGridSol: The solution board.
    gt_pAssignments: The ground truth assignments.

Variable Documentation

cpath

cpath = fpath.rsplit('/', 1)[0]

fpath

fpath = os.path.realpath(__file__)