com.sun.media.jai.opimage

This OpImage takes the absolute value of the pixel values of an image.

This OpImage adds the pixel values of two source images on a per-band basis.

This OpImage logically "ands" the pixel values of two source images on a per-band basis.

The layout of the PlanarImage may be specified using the ImageLayout parameter at construction.

This OpImage performs the arbitrary interband linear combination of an image using the specified matrix.

This OpImage bandmerges the pixel values of two or more source images. The data type byte is treated as unsigned, with maximum value as 255 and minimum value as 0. There is no attempt to rescale binary images to the approapriate gray levels, such as 255 or 0.

This OpImage maps all the pixels of an image whose value falls within a given range to a constant on a per-band basis. Each of the lower bound, upper bound, and constant arrays may have only one value in it.

It adds a border around a source image.

This OpImage maps all the pixel values of an image that are less than a lower bound to that lower bound value, and all that are greater than a upper bound to that upper bound value.

This OpImage generates an optimal lookup table from the source RGB image.

Class implementing the RIF interface for the ColorQuantizer operator.

For two source images source1 and source2, this OpImage places the foreground source1 in front of the background source2.

For two source images src1 and src2, this OpImage places the foreground src1 in front of the background src2.

ConstantOpImage defines a constant PlanarImage.

This class implements a convolution operation.

This class implements a convolution operation.

Tiles that are completely inside or intersect the cropped region (this image's bounds) are simply forwarded from the source.

The DCT operation is implemented using a one-dimensional fast cosine transform (FCT) which is applied successively to the rows and the columns of the image.

The DFT operation is implemented using a one-dimensional decimation in time fast Fourier transform (FFT) which is applied successively to the rows and the columns of the image.

This OpImage divides the pixel values of the first source image by the second source image pixels on a per-band basis.

This class implements an erosion operation.

Grey Scale Erosion is a spatial operation that computes each output sample by subtract elements of a kernel to the samples surrounding a particular source sample with some care. A mathematical expression is:

For a kernel K with a key position (xKey, yKey), the erosion of image I at (x,y) is given by:

 max{a:  a + K(xKey+i, yKey+j) <= I(x+i,y+j): all (i,j) }
 all possible (i,j) means that both I(x+i,y+j) and K(xKey+i, yKey+j)
 are in bounds.

This class implements an erosion operation.

Grey Scale Erosion is a spatial operation that computes each output sample by subtract elements of a kernel to the samples surrounding a particular source sample with some care. A mathematical expression is:

For a kernel K with a key position (xKey, yKey), the erosion of image I at (x,y) is given by:

 max{a:  a + K(xKey+i, yKey+j) <= I(x+i,y+j): all (i,j) }
 all possible (i,j) means that both I(x+i,y+j) and K(xKey+i, yKey+j)
 are in bounds.

This OpImage performs dithering of its source image into a single band image using a specified color map and error filter.

This OpImage takes the natural exponential of the pixel values of an image.

A class extending GeometricOpImage to subsample and antialias filter images.

Class implementing the RIF interface for the FilteredSubsample operator.

In renderable mode this operation is designed to execute on the server as many composed operations (those specified via parameters) as the server's capability permits.

This OpImage negates the pixel values of the source image on a per-band basis by subtracting the pixel values from the maximum value of the respective data type.

This OpImage takes the natural logarithm of the pixel values of an image.

Although Lookup is supported in the renderable layer, it is necessary to understand that in some situations the operator may not produce smooth results.

This OpImage performs the general table lookup on a source image by passing it through a lookup table.

This implementation assumes that the number of bands in the source image is at least two.

This OpImage chooses the maximum pixel values of the two source images on a per-band basis.

This OpImage chooses the minimum pixel values of the two source images on a per-band basis.

This OpImage multiplies the pixel values of two source images on a per-band basis.

This OpImage performs a logical "not" operation on the the pixel values of the source image on a per-band basis.

This OpImage logically "ors" the pixel values of two source images on a per-band basis.

This OpImage overlays one rendered image (source2) on top of another (source1).

PatternOpImage defines an image consisting of a repeated pattern.

The "Piecewise" operation maps the pixel values of an image using a piecewise linear function represented by a set of breakpoints for each band.

The number of bands in the destination image is clamped to twice the minimum number of bands across all source images.

The "Rescale" operation maps the pixel values of an image from one range to another range by multiplying each pixel value by one of a set of constants and then adding another constant to the result of the multiplication.

This OpImage subtracts the pixel values of the second source image from the first source images on a per-band basis.

This OpImage maps all the pixels of an image whose value falls within a given range to a constant on a per-band basis. Each of the lower bound, upper bound, and constant arrays may have only one value in it.

The layout for the destination image may be specified via the ImageLayout parameter.

This OpImage logically "xors" the pixel values of two source images on a per-band basis.