Collaboration diagram for de.uniba.sme.bambirds.vision.VisionHelper:

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Static Public Member Functions
static void	imageFilter (BufferedImage image, Rectangle crop, HSVFilter filter)

static void	loopFillObjects (BufferedImage img, Rectangle crop, FillProcessing processor)

static void	fill (Point seed, Point offset, boolean[][] ignorePixel, boolean[][] bitmask, FillProcessing proc)

static BufferedImage	screenshotWithoutMovingParts (BufferedImage image)

static double	calculateScalingFactor (final BufferedImage img, Level currentLevel, Point releasePoint, long tapTime)

Static Private Attributes
static final Logger	log = LogManager.getLogger(VisionHelper.class)

static VisualDebugger	DBG = new VisualDebugger("VisionSling")

static int	birdsXMax = 0

static int	birdsWidthMax = 0

Member Function Documentation

◆ calculateScalingFactor()

static double de.uniba.sme.bambirds.vision.VisionHelper.calculateScalingFactor	(	final BufferedImage	img,
		Level	currentLevel,
		Point	releasePoint,
		long	tapTime
	)

static

After a shot get the display parabola

static void de.uniba.sme.bambirds.vision.VisionHelper.fill	(	Point	seed,
		Point	offset,
		boolean	ignorePixel[][],
		boolean	bitmask[][],
		FillProcessing	proc
	)

static

Start flood fill on single pixel.

Parameters

seed	Start point of flood fill
offset	Apply offset if using a clipping rect
ignorePixel	Bitmask to skip certain pixels
bitmask	Bitmask to indicate relevant areas
proc	User defined function

static void de.uniba.sme.bambirds.vision.VisionHelper.imageFilter	(	BufferedImage	image,
		Rectangle	crop,
		HSVFilter	filter
	)

static

Loop over the whole image (or part of it) and call user function on HSV values.

Parameters

crop	Don't use complete image but a clipped segment
filter	User defined function for processing

static void de.uniba.sme.bambirds.vision.VisionHelper.loopFillObjects	(	BufferedImage	img,
		Rectangle	crop,
		FillProcessing	processor
	)

static

Loop over image and create seeds for flood fill algorithm

Parameters

crop	Don't use complete image but a clipped segment
processor	User defined function

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