Uses of Class
adams.data.image.transformer.crop.AbstractCropAlgorithm

Packages that use AbstractCropAlgorithm

Package	Description
adams.data.image.transformer
adams.data.image.transformer.crop
adams.flow.transformer.locateobjects

Uses of AbstractCropAlgorithm in adams.data.image.transformer

Fields in adams.data.image.transformer declared as AbstractCropAlgorithm

Modifier and Type	Field	Description
protected AbstractCropAlgorithm	Cropping.m_Algorithm	the crop algorithm to use.

Methods in adams.data.image.transformer that return AbstractCropAlgorithm

Modifier and Type	Method	Description
AbstractCropAlgorithm	Cropping.getAlgorithm()	Returns the crop algorithm.

Methods in adams.data.image.transformer with parameters of type AbstractCropAlgorithm

Modifier and Type	Method	Description
void	Cropping.setAlgorithm(AbstractCropAlgorithm value)	Sets the crop algorithm.

Uses of AbstractCropAlgorithm in adams.data.image.transformer.crop

Subclasses of AbstractCropAlgorithm in adams.data.image.transformer.crop

Modifier and Type	Class	Description
class	BinaryCrop	Turns image into binary (ie black and white) image and determines the largest rectangle encompassing a (white) object in the middle to crop to. When looking for a black object, check the 'invert' option.
class	CropBackground	Picks the background at the specified anchor position and crops to the smallest possible rectangle.
class	NoCrop	Dummy crop algorithm, performs no cropping at all.
class	RectangleCrop	Turns the image into one with only two indexed colors and then determines from all four sides the locations where the color changes from the one on the edge.
class	RelativeCrop	Crops the image to specified width and height.
class	SimpleCrop	Simple cropping algorithm that uses a fixed window.
class	ThresholdedCrop	Simple cropping algorithm that assumes a good contrast between background and foreground. Algorithm: - create histogram of grayscale image - remove counts from histogram that fall below noise-level - determine left-most (L) and right-most (R) non-zero count - divide region between L and R into two and determine highest peak in each (LP and RP) - 8-bit threshold is halfway between LP and RP - determine first pixel that is above threshold from top, bottom, left and right, which is used for the crop

Uses of AbstractCropAlgorithm in adams.flow.transformer.locateobjects

Fields in adams.flow.transformer.locateobjects declared as AbstractCropAlgorithm

Modifier and Type	Field	Description
protected AbstractCropAlgorithm	CroppedLocator.m_Crop	the crop algorithm to use.
protected AbstractCropAlgorithm	XScreenMaskLocator.m_Crop	Cropping algorithm.

Methods in adams.flow.transformer.locateobjects that return AbstractCropAlgorithm

Modifier and Type	Method	Description
AbstractCropAlgorithm	CroppedLocator.getCrop()	Returns the crop algorithm.
AbstractCropAlgorithm	XScreenMaskLocator.getCrop()	Get cropping algorithm.

Methods in adams.flow.transformer.locateobjects with parameters of type AbstractCropAlgorithm

Modifier and Type	Method	Description
void	CroppedLocator.setCrop(AbstractCropAlgorithm value)	Sets the crop algorithm.
void	XScreenMaskLocator.setCrop(AbstractCropAlgorithm value)	Set cropping algorithm.