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OperationDescriptor describing the "Absolute" operation.NegotiableCapability to this
NegotiableCapabilitySet.
Collection.
CoordinateImage to this collection.
Collection.
List.
SequentialImage to this collection.
Collection rendering if none yet exists, and
adds the specified object to this Collection.
ROI to this one and returns the result
as a new ROI.
Collection
to this Collection.
Collection all elements in the specified
Collection which are AttributedImages.
List all elements in the specified
Collection which are RenderedImages.
Collection rendering if none yet exists, and
adds all of the elements in the specified Collection
to this Collection.
List at the indicated position
all elements in the specified Collection which are
RenderedImages.
OperationDescriptor describing the
"AddCollection" operation.OperationDescriptor describing the "AddConst" operation.OperationDescriptor describing the
"AddConstToCollection" operation.OperationDescriptor describing the "Add" operation.RegistryMode to the existing list.
addSource(Object).
PaintListener to the canvas.
Map to the property set all
entries wherein the key is an instance of String
or CaselessStringKey.
PropertySource to the
name-PropertySource mapping.
PropertyChangeListener to the listener list.
PropertyChangeListener for a specific property.
PropertyChangeListener for a specific property.
PropertyGenerator to the node.
PropertyGenerator to the node.
PropertyGenerator to the node.
addPropertyGenerator("rendered", ...)
PropertyGenerator to the registry,
associating it with a particular descriptor registered against a
registry mode.
Object sink to the list of sinks.
addSink(Object) instead.
PlanarImage sink to the list of sinks of the node.
Object source to the list of sources.
ParameterBlock of this node.
addSource(Object).
TileComputationListener to the list of
registered TileComputationListeners.
TiledImage that another object is
interested in being notified whenever any tile becomes writable
or ceases to be writable.
OperationDescriptor describing the "Affine" operation.OperationDescriptor describing the "AndConst"
operation.OperationDescriptor describing the "And" operation.AreaOpImage.
ParameterListDescriptor of the
supplied NegotiableCapability is compatible with the
ParameterListDescriptor of this class for negotiation
purposes.
PlanarImage with an attribute
of unspecified type.AttributedImage.
AttributedImageCollection with contents
set to the contents of the supplied Collection.
InputStream.
OperationDescriptor describing the "AWTImage" operation.Rectangle of the
destination will be mapped.
Rectangle of the
destination will be mapped.
Rectangle of the
destination will be mapped.
OperationDescriptor describing the "BandCombine" operation.OperationDescriptor describing the "BandMerge" operation.Rectangle for all bands.
OperationDescriptor describing the "BandSelect" operation.OperationDescriptor describing the "Binarize" operation.OperationDescriptor describing the "BMP" operation.ImageEncodeParam for encoding images in
the BMP format.createInstance method.
createInstance method.
createInstance method.
createInstance method.
OperationDescriptor describing the "Border" operation.WritableRaster with additional pixel data taken from a
PlanarImage.BorderExtender that implements
border extension by filling all pixels outside of the image
bounds with constant values.BorderExtenderConstant
with a given set of constants.
BorderExtender that implements
border extension by filling all pixels outside of the image
bounds with copies of the edge pixels.BorderExtender that implements
border extension by filling all pixels outside of the image
bounds with copies of the whole image.BorderExtender that implements
border extension by filling all pixels outside of the image
bounds with copies of the whole image.BorderExtender that implements
border extension by filling all pixels outside of the image
bounds with zeros.OperationDescriptor describing the "BoxFilter" operation.DataBuffer's data array used to store the
pixel data by the image's SampleModel.
ColorCube for dithering RGB byte data into 216 colors.
ColorCube for dithering YCC byte data into 200 colors.
SeekableStream that takes input from an
array of bytes.ByteArraySeekableStream taking
input from an entire input byte array.
ByteArraySeekableStream taking
input from a given segment of an input byte array.
CaselessStringKeys corresponding to the keys of entries
in properties which derived their respective
values from a PropertySource in
propertySources.
TileScheduler which generated
this TileRequest to cancel all tiles in the supplied
parameter array which are associated with this request.
TileScheduler stating that the indicated tiles of the
specified request should not be processed.
true if the given image and encoder param
object are suitable for encoding by this ImageCodec.
Object will
be recognized by getProperty(String,Object).
true if this object supports calls to
seek(pos) with an offset pos smaller
than the current offset, as returned by getFilePointer.
true if seeking backwards is supported.
true since all
FileCacheSeekableStream instances support seeking
backwards.
true since this object supports seeking
backwards.
false since seking backwards is not supported.
true since all
MemoryCacheSeekableStream instances support seeking
backwards.
java.awt.Canvas for use with JAI.CanvasJAI using the
given GraphicsConfiguration.
java.util.Map.CaselessStringKey for the given name.
Raster from
CIEXYZ to sRGB according to the equation:
OperationRegistry for CollectionImageFactory
objects.OperationDescriptor describing the "Clamp" operation.Collection.
Collection rendering if none yet exists, and
removes all of the elements from this Collection.
PropertySource mapping.
CIFRegistry.clearPreferences(...)
. This is currently equivalent to
CIFRegistry.clearPreferences(this, operationName, productName)
OperationDescriptor.
*IFRegistry.clearPreferences(..) on all image operation
related modes.
OperationDescriptor.
OperationDescriptor.
TileEncoderFactorys
under the given formatName and productName in the given
OperationRegistry.
TileDecoderFactorys under the given formatName and
productName in the given OperationRegistry.
clearProductPreferences(...)
which specifies a modeName also. This is
currently equivalent to
clearProductPreferences("rendered", operationName)
PropertySource by
invoking removeProperty() with all known names.
PropertySource mapping.
clearPropertyState("rendered")
OperationRegistry.
RenderingHints associated with this
JAI instance.
RenderingHints associated with this
RemoteJAI instance.
RIFRegistry.clearPreferences(...)
. This is currently equivalent to
RIFRegistry.clearPreferences(this, operationName, productName)
ImageLayout as an Object.
ParameterBlockJAI.
CaselessStringKey as an
Object.
JPEGEncodeParam object.
File.
InputStream.
computeRect variants
should be called by the computeTile method.
raster data to match the state specified in the
isAlphaPremultiplied variable, assuming the data
is currently correctly described by this ColorModel.
CollectionOp
when the wrapped Collection is regenerated.Collection
of images.Collection.
CollectionImageFactory (CIF) interface is intended
to be implemented by classes that wish to act as factories to produce
different collection image operators.CollectionImage chain.CollectionOp that will be used to
instantiate a particular Collection operation from a given
operation registry, an operation name, a ParameterBlock,
and a set of rendering hints.
CollectionOp that will be used to
instantiate a particular Collection operation from a given
operation registry, an operation name, a ParameterBlock,
and a set of rendering hints.
CollectionOp that will be used to
instantiate a particular Collection operation from a given
operation name, a ParameterBlock, and a set of
rendering hints.
colorModel.
OperationDescriptor describing the "ColorConvert" operation.LookupTableJAI which represents a lookup
table which is a color cube.ColorCube with an index
offset common to all bands.
ColorCube with an index
offset common to all bands.
ColorCube with an index
offset common to all bands.
ColorCube with an index
offset common to all bands.
ColorCube
with an index offset common to all bands.
ColormapOpImage with one source image.
ColorModel.
ColorModel.
ColorSpace.
ColorSpace which adds methods to
transform colors represented as pixels in a Raster between
a specific color space and either sRGB or a well-defined C.I.E.ColorSpaceJAI object given the color space
type, the number of components, and an indicator of the preferred
intermediary or connection color space.
ColorSpace.
TIFFField with another
TIFFField by comparing the tags.
DataBuffer.ComponentSampleModel with the specified
parameters.
ComponentSampleModel with the specified
parameters.
OperationDescriptor describing the "Composite" operation.PlanarImage
sources.
Raster
sources.
true if the OpImage returns an
unique Raster object every time computeTile
is called.
false as computeTile() invocations
are forwarded to the RenderedImage source and are
therefore not unique objects in the global sense.
OperationDescriptor describing the "Conjugate" operation.OperationDescriptor describing the "Constant"
operation.Range,
i.e.
true if the ROI contain the point (x, y).
true if the mask contains the point (x, y).
true if a given rectangle (x, y, w, h) is entirely
included within the ROI.
true if a given rectangle (x, y, w, h) is entirely
included within the mask.
true if the ROI contains the point (x, y).
true if the mask contains the point (x, y).
true if a given rectangle (x, y, w, h) is entirely
included within the ROI.
true if a given rectangle (x, y, w, h) is entirely
included within the mask.
true if this Collection
contains the specified object.
Collection rendering if none yet exists, and
returns true if this Collection contains
the specified object.
true if the ROI contains a given Point.
true if the mask contains a given Point.
true if the ROI contains a given Point2D.
true if the mask contains a given Point2D.
Range is fully contained
within this Range.
true if a given Rectangle is
entirely included within the ROI.
true if a given Rectangle is
entirely included within the mask.
true if a given Rectangle2D is
entirely included within the ROI.
true if a given Rectangle2D
is entirely included within the mask.
true if this Collection contains
all of the elements in the specified Collection.
Collection rendering if none yet exists, and
returns true if this Collection contains
all of the elements in the specified Collection.
PixelAccessor can and must set the
data back into the Raster.
PixelAccessor can and must set the
data back into the Raster.
OperationDescriptor describing the "Convolve" operation.AttributedImage instead.isBinary() returns
true), copy the binary data back into the
Raster of the RasterAccessor.
WritableRaster.
RemoteImage
in a user-supplied WritableRaster.
WritableRaster.
RenderedImage into a caller-supplied
WritableRaster.
copyPropertyFromSource("rendered", ...)
GraphicsJAI object that is
a copy of this GraphicsJAI object.
TileDecoder for the specified format that is
capable of handling the supplied arguments.
TileEncoder for the specified format that is
capable of handling the supplied arguments.
CollectionImage given
a ParameterBlock containing the operation's sources and
parameters.
RenderedImage (usually a
RenderedOp) representing the results of applying
a given operation to a particular ParameterBlock and rendering
hints.
CollectionImageFactory (usually a
CollectionOp) representing the results of applying
a given operation to a particular ParameterBlock and rendering
hints.
RemoteRenderedImage representing the
results of remotely applying the given operation to the source(s),
and parameters specified in the specified ParameterBlock,
using the specified rendering hints.
RenderContext and
a ParameterBlock containing the operation's sources
and parameters.
CollectionImage that represents the
result of an operation (or chain of operations) for a given
ParameterBlock.
CollectionImage that represents the
result of an operation (or chain of operations) for a given
ParameterBlock and RenderingHints.
RenderedImageFactory create() method
which must be implemented by concrete subclasses.
ParameterBlock or the value returned by
getSourcelessImage() if there are no soures.
RemoteRenderedImage representing the results
of an imaging operation represented by the given
OperationNode, whose given old rendering is updated
according to the given PropertyChangeEventJAI.
RenderedImage from the renderable layer.
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp that takes 1 Object parameter.
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp that takes 2 Object parameters.
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp with null
rendering hints.
RenderedOp which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock, and applying the specified
hints to the destination.
RIFRegistry.create(...)
which returns a RenderedImage and not a
PlanarImage. This is currently equivalent to
PlanarImage.wrapRenderedImage(RIFRegistry.create(this,
operationName, paramBlock, renderHints))
RemoteRenderedOp which represents the named
operation to be performed remotely, using the source(s) and/or
parameter(s) specified in the ParameterBlock, and
applying the specified hints to the destination.
RenderedOp that takes 1 RenderedImage source.
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp that takes 1
RenderedImage source and
1 Object parameter.
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp that takes 1
RenderedImage source
and 2 Object parameters.
create(String,ParameterBlock).
RenderedOp that takes 1
RenderedImage source
and 3 Object parameters.
create(String,ParameterBlock).
create(String,ParameterBlock).
create(String,ParameterBlock).
RenderedOp that takes 2
RenderedImage sources.
create(String,ParameterBlock).
RemoteRenderedImage representing the results
of an imaging operation (or chain of operations) for a given
ParameterBlock and RenderingHints.
RenderContext and a
ParameterBlock containing the operation's sources
and parameters.
WritableRaster based on a
ComponentSampleModel with the specified
DataBuffer, width, height, scanline stride, bank
indices, and band offsets.
WritableRaster based on a
ComponentSampleModel with the specified data type,
width, height, scanline stride, bank indices and band offsets.
WritableRaster based on a
ComponentSampleModel with the specified data type,
width, height, and number of bands.
SampleModel with a given data
type, width, height, and number of bands.
SampleModel with a given data
type, width, height, number of bands, bank indices, and band
offsets.
Collection with null
rendering hints.
Collection which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock, and applying the specified
hints to the destination.
CIFRegistry.create(...)
. This is currently equivalent to
CIFRegistry.create(this, operationName, args, hints))
Collection which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock, and applying the specified
hints to the destination.
ColorCube of a specified
data type with zero offset for all bands.
ColorCube of a specified data type.
ColorModel that may be used with the
specified SampleModel.
SampleModel with the specified width and
height that has a data layout compatible with this
ColorModel.
ComponentSampleModel with the specified
width and height.
WritableRaster with the specified width
and height, that has a data layout (SampleModel)
compatible with this ColorModel.
ColorModel with a given
data type, color space, and transparency type.
ComponentColorModel suitable for use with the
given SampleModel.
SampleModel with a given data
type, width, height, and number of bands that is "compatible"
with a given SampleModel.
DataBuffer that corresponds to this ComponentSampleModel.
TileDecoder capable of decoding the encoded
data from the given InputStream using the specified
TileCodecParameterList containing the decoding
parameters to be used.
RenderableImage.
TileEncoder capable of encoding a
Raster with the specified SampleModel
using the encoding parameters specified via the
TileCodecParameterList, to the given
OutputStream.
Graphics2D object that can be used to
paint text and graphics onto the TiledImage.
GraphicsJAI suitable
for rendering to the given Component via the
given Graphics2D instance.
IndexColorModel suitable for the given 1-banded
SampleModel.
ImageDecoder
interface appropriate for that codec.
ImageDecoder
interface appropriate for that codec.
ImageCodec, returns an
implementation of the ImageDecoder interface
appropriate for that codec.
ImageDecoder object suitable for
decoding from the supplied File, using the
supplied ImageDecodeParam object.
ImageDecoder object suitable for
decoding from the supplied InputStream, using the
supplied ImageDecodeParam object.
ImageDecoder object suitable for
decoding from the supplied SeekableStream, using the
supplied ImageDecodeParam object.
ImageCodec, returns an
implementation of the ImageEncoder interface
appropriate for that codec.
ImageEncoder object suitable for
encoding to the supplied OutputStream, using the
supplied ImageEncoderParam object.
PlanarImage that computes the result
of this RenderedOp.
Collection operator that computes
the result of this CollectionOp.
createInstance() optionally marking the node as rendered
according to the parameter.
RenderedOp method to allow the operation
to be performed remotely.
BorderExtender that
implements a given extension policy.
WritableRaster based on a
PixelInterleavedSampleModel with the specified
DataBuffer, width, height, scanline stride, pixel
stride, and band offsets.
WritableRaster based on a
PixelInterleavedSampleModel with the specified
data type, width, height, scanline stride, pixel stride, and
band offsets.
WritableRaster based on a
PixelInterleavedSampleModel with the specified
data type, width, height, and number of bands.
RenderedOp which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock, and applying the specified
hints to the destination.
WritableRaster based on a
SinglePixelPackedSampleModel with the specified
DataBuffer, width, height, scanline stride, and
band masks.
WritableRaster based on a
MultiPixelPackedSampleModel with the specified
DataBuffer, width, height, and bits per pixel.
WritableRaster based on a
SinglePixelPackedSampleModel with the specified
data type, width, height, and band masks.
WritableRaster based on a packed
SampleModel with the specified data type, width,
height, number of bands, and bits per band.
SampleModel with a
given data type, width, height, and number of bands.
SampleModel with a
given data type, width, height, pixel and scanline strides, and
band offsets.
WritableRaster with the specified
SampleModel and DataBuffer.
RenderableOp that represents the named
operation, using the source(s) and/or parameter(s) specified
in the ParameterBlock.
CRIFRegistry.get(...)
This is currently equivalent to CRIFRegistry.get(this,
operationName)
RemoteRenderableOp that represents the named
operation to be performed remotely, using the source(s) and/or
parameter(s) specified in the ParameterBlock.
RenderableOp that represents the named
operation, using the source(s) and/or parameter(s) specified
in the ParameterBlock.
Collection which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock.
Collection which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock.
createRenderableCollectionNS(String,ParameterBlock,RenderingHints).
Collection which represents the named
operation, using the source(s) and/or parameter(s) specified in
the ParameterBlock.
createRenderableNS(String,ParameterBlock,RenderingHints).
RenderableOp that represents the named
operation, using the source(s) and/or parameter(s) specified
in the ParameterBlock.
PlanarImage rendering if none exists
and sets theImage to the resulting value.
Collection rendering associated with this
operation with any contained RenderableImages rendered
using the supplied RenderContext parameter.
RenderableOp method to return a
RemoteRenderedImage that represents the remote rendering
of this image using a given RenderContext.
ComponentSampleModel with a subset of the bands
of this ComponentSampleModel.
TileCache with the default memory
capacity in bytes.
TileCache with the given memory capacity
in bytes.
TileScheduler with the default parallelism
and priorities.
WarpPolynomial or its
subclasses that approximately maps the given scaled destination
image coordinates into the given scaled source image
coordinates.
WritableRaster with the specified
SampleModel and DataBuffer.
WritableRaster with the specified
SampleModel.
ContextualRenderedImageFactory used to
generate renderings.
ContextualRenderedImageFactory (CRIF) of an operation.OperationRegistry for
ContextualRenderedImageFactory objects.OperationDescriptor describing the "Crop" operation.DataBuffer that stores data internally
in double form.double-based DataBuffer
with the specified data arrays.
double-based DataBuffer
with the specified data arrays, size, and per-bank offsets.
double-based DataBuffer
with the specified data array.
double-based DataBuffer
with the specified data array.
double-based DataBuffer
with a specified size.
double-based DataBuffer
with a specified number of banks, all of which are of a
specified size.
DataBuffer that stores data internally in
float form.float-based DataBuffer
with the specified data arrays.
float-based DataBuffer
with the specified data arrays, size, and per-bank offsets.
float-based DataBuffer
with the specified data array.
float-based DataBuffer
with the specified data array.
float-based DataBuffer
with a specified size.
float-based DataBuffer
with a specified number of banks, all of which are of a
specified size.
OperationDescriptor describing the "DCT" operation.Raster that contains the decoded contents
of the InputStream associated with this
TileDecoder.
InputStream
using the given formatName and TileCodecParameterList.
InputStream
using the given formatName and TileCodecParameterList.
Raster that contains the decoded contents
of the InputStream associated with this
TileDecoder.
Raster that contains the decoded
contents of the SeekableStream associated
with this ImageDecoder.
Raster that contains the decoded
contents of the SeekableStream associated
with this ImageDecoder.
RenderedImage that contains the decoded
contents of the SeekableStream associated
with this ImageDecoder.
RenderedImage that contains the decoded
contents of the SeekableStream associated
with this ImageDecoder.
DeferredData wrapper for an object of the
indicated class.
DeferredData to be used to wrap JAI property
values which will be computed at a later time.DeferredProperty.
OperationDescriptor describing the "DFT" operation.OperationDescriptor describing the "Dilate" operation.OperationDescriptor describing the
"DivideByConst" operation.OperationDescriptor describing the "DivideComplex"
operation.OperationDescriptor describing the "Divide" operation.OperationDescriptor describing the
"DivideIntoConst" operation.RenderedOp chain.
Raster using the given formatName and
TileCodecParameterList and writes the encoded data to the
specified OutputStream.
Raster and writes the output
to the OutputStream associated with this
TileEncoder.
OperationDescriptor describing the "Encode" operation.OperationDescriptorImpl while
retaining the ability to perform introspection on the allowable range of
values of the enumeration.EnumeratedParameter with the indicated name
and value.
true if and only if the parameter is an instance
of the class on which this method is invoked and has either the same
name or the same value.
Object equals this
ImageLayout.
Range and the given
Range both have elements of the same Class,
their minimum and maximum values are the same, and their isMinIncluded()
and isMaxIncluded() methods return the same values.
Object equals this one.
OperationDescriptor describing the "Erode" operation.OperationDescriptor describing the "ErrorDiffusion"
operation.ROI with another ROI
and returns the result as a new ROI.
OperationDescriptor describing the "Exp" operation.WritableRaster that
lie outside the bounds of a given PlanarImage.
Raster that lie
outside the bounds of a given PlanarImage with
suitably reflected copies of the entire image.
Raster that lie
outside the bounds of a given PlanarImage with
copies of the edge pixels of the image.
Raster that lie
outside the bounds of a given PlanarImage with
copies of the entire image.
Raster that lie
outside the bounds of a given PlanarImage with
zeros.
Raster that lie
outside the bounds of a given PlanarImage with
constant values.
BorderExtender describing the method by which
source data are extended to provide sufficient context for
calculation of the pixel values of backward mapped coordinates
according to the interpolation method specified.
OperationDescriptor describing the "Extrema" operation.SeekableStream that may be used to wrap
a regular InputStream.MemoryCacheSeekableStream that takes
its source data from a regular InputStream.
OperationDescriptor describing the "FileLoad" operation.SeekableStream that takes its input
from a File or RandomAccessFile.FileSeekableStream from a
File.
FileSeekableStream from a
RandomAccessFile.
FileSeekableStream from a
String path name.
OperationDescriptor describing the "FileStore" operation.OperationDescriptor describing the "FilteredSubsample"
operation.close() method.
LookupTableJAI is closest
in Euclidean distance to the argument pixel.
ColorModel class that works with pixel values that
represent color and alpha information as separate samples, using
float or double elements.ComponentColorModel from the
specified parameters.
getFD().sync() on the underlying
RandomAccessFile.
OperationDescriptor describing the "Format" operation.Rectangle of the specified source
will be mapped.
Rectangle of the specified source
will be mapped.
Rectangle of the specified source
will be mapped.
SeekableStream that may be used
to wrap a regular InputStream efficiently.InputStreamForwardSeekableStream from a
regular InputStream.
ImageDecodeParam for decoding images
in the FlashPIX format.FPXDecodeParam.
FPXDecodeParam
to decode a given resolution.
OperationDescriptor describing the "FPX" operation.Raster from
CIEXYZ to the color space represented by this class.
Raster of colors represented as pixels
from CIEXYZ to IHS.
Raster from
sRGB to the color space represented by this class.
Raster of colors represented as pixels
from sRGB to IHS.
GeometricOpImage.
imageCollection.
RemoteRIF registered under the given
protocol name in the specified OperationRegistry.
RenderedImageFactory
object registered against the operation name.
CollectionImageFactory
object registered against the operation name.
RenderableCollectionImageFactory object
registered against the operation name.
RemoteCRIF registered under the given
protocol name in the specified OperationRegistry.
TileEncoderFactory
object registered against the given format name.
TileDecoderFactory
object registered against the given format name.
ContextualRenderedImageFactory object
registered against the operation name.
NegotiableCapabilitys with the given
category as a List.
NegotiableCapabilitys with the given
category and capability name added previously, as a List.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
BufferedImage.
BufferedImage.
PlanarImage representation of the
ROI.
PlanarImage.
LinkedList of Rectangles
for a given rectangular region of the ROI.
LinkedList of Rectangles
for a given rectangular region of the ROI.
LinkedList of Rectangles for
a given rectangular region of the ROI.
LinkedList of Rectangles for
a given rectangular region of the ROI.
RenderableImage.
RenderableImage.
Shape representation of the
ROI, if possible.
isBinary() returns
true), return the binary data as a packed byte array.
int[bands][bins].
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
ColorSpace, sRGB.
boolean.
boolean.
boolean.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
BorderExtender object associated with
this class instance.
BorderExtender object associated with
this class instance.
Rectangle.
Rectangle.
Rectangle.
Rectangle2D.
Rectangle2D.
String
null
if the data are not stored in a byte array.
null
if the data are not stored in a byte array.
ParameterBlock of this node as a byte.
byte.
byte.
byte.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
null if pi is null or
if no match is found.
NegotiableCapability.
NegotiableCapability objects that have been added
previously, as a List.
NegotiableCapability
objects that have been added previously, as a List.
NegotiableCapability.
ParameterBlock of this node as a char.
char.
char.
char.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
ImageCodec associated with the given
name.
Enumeration of all regstered
ImageCodec objects.
Collection rendering associated with
this operation.
Collection of values which are currently
valid for this class, null if there are no valid values.
ColorModel of the image.
ColorModel associated with this image.
ColorModel of the rendered image.
PlanarImage to return the
ColorModel of the remote image.
colorModel if it is valid, and
otherwise returns the value from the supplied RenderedImage.
TileCodecParameterList valid for the
specified modeName and compatible with the supplied
TileCodecParameterList.
TileCodecParameterList valid for the
specified modeName and compatible with the supplied
TileCodecParameterList.
TileCodecParameterList valid for the
specified modeName and compatible with the supplied
TileCodecParameterList.
TileCodecParameterList valid for the
specified modeName and compatible with the supplied
TileCodecParameterList.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
IllegalArgumentException since
the pixel values cannot be placed into an int array.
ColorSpace defined in the image's
ColorModel.
ColorSpace.
Strings.
null if pi is null or
if no match is found.
theImage
which may be null if no rendering has yet been created.
Raster.
double data array of the default(first) bank.
float data array of the default(first) bank.
Raster.
DeferredData.
Raster.
Raster.
RemoteImage.
Raster.
Raster.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
ColorModel, given an array of unnormalized
color/alpha components.
ColorModel, given an integer pixel representation
in the default RGB color model.
TileDecoder as a
NegotiableCapability.
true if palette entries will be decoded as
shorts, resulting in an output image with short datatype.
Class object indicating the proper
subclass of ImageDecodeParam to be used with this
ImageCodec.
TileCodecParameterList interface.
TileCodecParameterList interface.
Strings indicating the names
of registered ImageCodecs that may be appropriate
for reading the given SeekableStream.
ComponentSampleModel flag
which is by default true.
ComponentColorModel created based on
the indicated dataType and numBands.
PNGEncodeParam.Palette,
PNGEncodeParam.Gray, or
PNGEncodeParam.RGB appropriate for encoding
the given image.
JAIinstance.
TileCodecParameterList.
TileCodecParameterList.
TileCodecParameterList.
TileCodecParameterList.
TileCodecParameterList, adding a
"sampleModel" parameter with the specified value to the parameter
list.
TileCodecParameterList, adding a
"sampleModel" parameter with the specified value to the parameter
list.
TileCodecParameterList, adding a
"sampleModel" parameter with the specified value to the parameter
list.
TileCodecParameterList, adding a
"sampleModel" parameter with the specified value to the parameter
list.
RegistryElementDescriptor
corresponding to a descriptorClass
and a descriptorName.
RegistryElementDescriptor corresponding to
descriptorName which supports the specified mode.
Set of all descriptor classes over
all registry modes.
descriptorClass.
List of all RegistryElementDescriptor
corresponding to the descriptorClass.
RegistryElementDescriptors registered
under a given registry mode.
Class of which the deserialized form of the
supplied Class will be an instance.
getDestClass("rendered")
getDestClass("rendered")
Class that describes the type of
destination this operation produces for the specified mode.
Class that describes the type of
destination this operation produces for the specified mode.
SampleModel suitable for holding the output
of a lookup operation on the source data described by a given
SampleModel with this table.
SampleModel suitable for holding the output
of a lookup operation on the source data described by a given
SampleModel with this table.
ColorCube.
null
if the data are not stored in a double array.
null
if the data are not stored in a double array.
ParameterBlock of this node as a double.
double.
double.
double.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
downSampler on the
image at the current resolution level.
downSampler on the
image at the current resolution level.
java.awt.Image.UndefinedProperty if the specified
property is not set on the image.
java.awt.Image.UndefinedProperty if the specified
property is not set on the image.
java.awt.Image.UndefinedProperty if the specified
property is not set on the image.
java.awt.Image.UndefinedProperty if the specified
property is not set on the image.
int.
int.
int.
int.
double.
double.
double.
double.
Class of the elements of this Range.
float.
float.
float.
float.
TileEncoder as a
NegotiableCapability.
getGenerateEncodeParam() is true,
this method may be called after decoding has completed, and
will return an instance of PNGEncodeParam containing
information about the contents of the PNG file just decoded.
Class object indicating the proper
subclass of ImageEncodeParam to be used with this
ImageCodec.
TileCodecParameterList interface.
TileCodecParameterList interface.
Strings indicating the names
of registered ImageCodecs that may be appropriate
for writing the given RenderedImage, using the
optional ImageEncodeParam, which may be
null.
EnumeratedParameter.
EnumeratedParameter.
EnumeratedParameter objects
corresponding to the parameter with the specified name.
EnumeratedParameter objects
corresponding to the parameter with the specified name.
public,
static final Fields
that are instances of "paramClass".
Raster.
setExtraFields().
Iterator specified via
setExtraImages() or null if none was
supplied or if a null value was supplied.
Iterator over all factory objects
registered with the specified factory and operation names over
all products.
OperationDescriptor.
null
if the data are not stored in a float array.
null
if the data are not stored in a float array.
ParameterBlock of this node as a float.
float.
float.
float.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
RasterAccessor.
getGeneratedPropertyNames("rendered", ...)
true if an instance of
PNGEncodeParam will be available after an image
has been decoded via the getEncodeParam method.
List containing representations of the
objects that generated this NegotiableCapability.
Graphics object that may be used to draw
into this image.
GraphicsJAI for drawing to
this canvas.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
ColorSpace, sRGB.
RemoteImage in pixels.
PlanarImage to return the height
of the remote image.
RenderableOp to return the
rendering-independent height of the image, as queried from the remote
server.
RenderedImage.
null otherwise.
setIFDOffset() or
null if no value has been set.
TIFFDirectory.
null if no match is found.
null if c is null or
if no match is found.
null if cp is null or
if no match is found.
CollectionImage was created by a
CollectionImageFactory then return a reference to
that factory; otherwise return null.
InputStream associated with this
TileDecoder.
InputStream containing the encoded data.
SeekableStream associated with
this ImageDecoder.
null
if the data are not stored in an integer array.
null
if the data are not stored in an integer array.
true if Adam7 interlacing will be used.
Interpolation object associated with
this class instance.
ParameterBlock of this node as an int.
int.
int.
int.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
Iterator over all
RenderedImageFactory objects registered under the
operation name over all products.
Iterator over all
CollectionImageFactory objects registered under the
operation name over all products.
Iterator over all
TileEncoderFactory objects registered under the
given format name over all products.
Iterator over all
TileDecoderFactory objects registered under the
given format name over all products.
ParameterBlock of this node as a long.
long.
long.
long.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
Range.
PlanarImage to return the X
coordinate of the column immediately to the right of the rightmost
column of the remote image.
PlanarImage to return the Y
coordinate of the row immediately below the bottom row of the
remote image.
Range.
PlanarImage to return the X
coordinate of the leftmost column of the remote image.
RenderableOp to return the
minimum X coordinate of the rendering-independent image data, as
queried from the remote server.
minX if it is valid, and
otherwise returns the value from the supplied RenderedImage.
PlanarImage to return the Y
coordinate of the uppermost row of the remote image.
RenderableOp to return the
maximum X coordinate of the rendering-independent image data, as
queried from the remote server.
minY if it is valid, and
otherwise returns the value from the supplied RenderedImage.
descriptorClass.
GlobalName value in the resources and is visible
to all.
OperationRegistry.
EnumeratedParameter
when it was constructed.
RemoteDescriptor will be registered in the
OperationRegistry.
NegotiableNumericRange.
Negotiable.
NegotiableCollection.
Number
subclass.
NegotiableCapabilitySet
for the specified category and returns the single
NegotiableCapability that is the negotiated result for
the given category, if the negotiation succeeds, null
otherwise.
NegotiableCapability that is the
negotiated result for the given category from the current class.
Negotiable that
represents the set of valid values for the given parameter.
setNegotiationPreferences() method.
byte.
double.
float.
int.
long.
short.
Class of the Object returned as the result
of the negotiation.
Class of the object that would be returned
from the getNegotiatedValue method on a successful
negotiation.
Class of the Object returned as the result
of the negotiation.
Class of the negotiated value.
setNegotiationPreferences() method.
setNegotiationPreferences() method.
setNegotiationPreferences() method.
TIFFDirectory.
getSourceObject(int).
Number that is currently the valid value
for this class.
SeekableStream.
IntegerSequence.
getParameterListDescriptor(modeName).getNumParameters()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
getParameterListDescriptor(modeName).getNumParameters()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
ParameterBlock of this node.
PlanarImage sources
this image has.
ParameterBlock of this node.
getObject().
ParameterBlock of this node as an Object.
Object.
Object.
OP_COMPUTE_BOUND,
OP_IO_BOUND, or OP_NETWORK_BOUND to
indicate how the operation is likely to spend its time.
OperationDescriptor associated with this
ParameterBlockJAI.
getDescriptor(...)
where the mode name is explicitly specified.
getDescriptors(
OperationDescriptor.class) which returns a List and
not a Vector. This is currently equivalent to
new Vector(getDescriptors(OperationDescriptor.class))
String.
String.
String.
String.
String.
getDescriptorNames(
OperationDescriptor.class).
OperationRegistry being used by
thisJAIinstance.
OperationRegistry being used by this
RemoteJAI instance.
CIFRegistry.getOrderedList(...)
which returns a List and not a
Vector. This is currently equivalent to
new Vector(CIFRegistry.getOrderedList(this, operationName,
productName))
OperationDescriptor, in an
ordering that satisfies all of the pairwise preferences that
have been set.
OperationDescriptor, in an ordering
that satisfies all of the pairwise preferences that have
been set.
OperationDescriptor, in an ordering
that satisfies all of the pairwise preferences that have
been set.
TileEncoderFactorys registered
in the given OperationRegistry under the given
formatName and productName, in an ordering that satisfies
all of the pairwise preferences that have been set.
TileDecoderFactorys registered
in the given OperationRegistry under the given
formatName and productName, in an ordering that satisfies
all of the pairwise preferences that have been set.
getOrderedProductList(...)
which accepts a modeName also. This is
currently equivalent to
getOrderedProductList("rendered", operationName)
RIFRegistry.getOrderedList(...)
which returns a List and not a
Vector. This is currently equivalent to
new Vector(RIFRegistry.getOrderedList(this, operationName,
productName))
propertyName originally passed to
the class constructor.
OutputStream to which the encoded data will
be written.
OutputStream to which the encoded data
will be written.
Raster
in a packed byte array.
ImageDecodeParam interface.
getParameterListDescriptor(modeName).getParamClasses()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Classes that describe the types
of parameters.
getParameterListDescriptor(modeName).getParamClasses()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Classes that describe the types
of parameters.
Class objects describing the types
of the parameters.
getParameterListDescriptor(modeName).getParamDefaults()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Objects that define the default
values of the parameters.
getParameterListDescriptor(modeName).getParamDefaults()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Objects that define the default
values of the parameters.
getParameterListDescriptor(modeName).getParamDefaultValue(...)
This will for the time being return the above value for
modeName = getSupportedModes()[0]
getParameterListDescriptor(modeName).getParamDefaultValue()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
ParameterBlock of the associated node
by reference.
ParameterBlock of this node.
ParameterBlock of this node.
ParameterBlock of this node.
ParameterBlock of this node.
ParameterBlock that specifies the
sources and parameters for the operation to be performed by
this PlanarImageServerProxy.
ParameterListDescriptor.
ParameterListDescriptor.
ParameterListDescriptor that provides
descriptions of the parameters associated with the operator
and mode.
ParameterListDescriptor that describes
the associated parameters (NOT sources).
ParameterListDescriptor that describes
the associated parameters (not sources).
ParameterListDescriptor that describes
the associated parameters (NOT sources).
ParameterListDescriptor that describes
the associated parameters (NOT sources).
ParameterListDescriptor that describes
the associated parameters (NOT sources).
Vector of parameters stored in the
ParameterBlock of this node.
getParameterListDescriptor(modeName).getParamValueRange()
This will for the time being use getSupportedModes()[0]
for modeName.
If the parameter is not a sub-class of the Number
class then this method returns null.
Else if the above getParamValueRange() returns a non-null
Range then it returns the getMaxValue()
of that Range.
Else returns the MAX_VALUE of the corresponding
Number class.
getParameterListDescriptor(modeName).getParamValueRange()
This will for the time being return "getMaxValue" of the above
return value for modeName = getSupportedModes()[0]
getParameterListDescriptor(modeName).getParamValueRange()
This will for the time being use getSupportedModes()[0]
for modeName.
If the parameter is not a sub-class of the Number
class then this method returns null.
Else if the above getParamValueRange() returns a non-null
Range then it returns the getMinValue()
of that Range.
Else for Float and Double parameters
it returns the corresponding -MAX_VALUE and
MIN_VALUE for other Number classes.
getParameterListDescriptor(modeName).getParamValueRange()
This will for the time being return "getMinValue" of the above
return value for modeName = getSupportedModes()[0]
getParameterListDescriptor(modeName).getParamNames()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Strings that are the
names of the parameters associated with this descriptor.
getParameterListDescriptor(modeName).getParamNames()
This will for the time being return the above value for
modeName = getSupportedModes()[0]
Strings that are the
names of the parameters associated with this descriptor.
Range that represents the range of valid
values for the specified parameter.
Range that represents the range of valid
values for the specified parameter.
true if gamma correction is to be performed
on the image data.
double
array, one sample per array element.
Raster
in an unpacked primitive array.
SampleModel.
getParallelism() but applies only to
prefetchTiles().
getPriority() but applies only to
prefetchTiles().
RenderedImages.
scheduleTiles() processing.
bytes.
String.
Class of the objects produced by this
registry mode.
getProductPreferences(...)
which accepts a modeName also. This is
currently equivalent to
getProductPreferences("rendered", operationName)
Hashtable containing the
image properties by reference.
Map all properties currently available
via this PropertySource.
java.awt.Image.UndefinedProperty if the property
with the specified name is not defined.
java.awt.Image.UndefinedProperty if the specified
property is not set on the image.
Collection.
getProperty(String,Object) instead.
getProperty(String,Object) instead.
PropertyGenerators implementing
property inheritance for the "Shear" operation.
PropertyGenerators implementing
property inheritance for the "UnsharpMask" operation.
PropertyGenerators implementing
property inheritance for the "MinFilter" operation.
PropertyGenerators implementing
property inheritance for the "SubsampleBinaryToGray" operation.
PropertyGenerators implementing
property inheritance for the "Translate" operation
PropertyGenerators implementing
property inheritance for the "Scale" operation.
PropertyGenerators implementing
property inheritance for the "Affine" operation.
PropertyGenerators implementing
property inheritance for the "ImageFunction" operation.
PropertyGenerators implementing
property inheritance for the "GradientMagnitude" operation.
PropertyGenerators implementing
property inheritance for the "Warp" operation.
PropertyGenerators implementing
property inheritance for the "Rotate" operation.
PropertyGenerators implementing
property inheritance for the "Convolve" operation.
PropertyGenerators implementing
property inheritance for the "Transpose" operation.
PropertyGenerators implementing
property inheritance for the "BoxFilter" operation.
PropertyGenerators implementing
property inheritance for the "MaxFilter" operation.
PropertyGenerators implementing
property inheritance for the "Dilate" operation.
PropertyGenerators implementing
property inheritance for the "MedianFilter" operation.
PropertyGenerators implementing
property inheritance for the "Erode" operation.
PropertyGenerators implementing
the property inheritance for this operator that may be used as
a basis for the operation's property management.
PropertyGenerators implementing
the property inheritance for this descriptor.
PropertyGenerators implementing
property inheritance for the "Conjugate" operation.
PropertyGenerators implementing
property inheritance for the "IDFT" operation.
PropertyGenerators implementing
property inheritance for the "Conjugate" operation.
PropertyGenerators implementing
property inheritance for the "Magnitude" operation.
PropertyGenerators implementing
property inheritance for the "DivideComplex" operation.
PropertyGenerators implementing
property inheritance for the "MagnitudeSquared" operation.
PropertyGenerators implementing
property inheritance for the "DFT" operation.
PropertyGenerators implementing
property inheritance for the "MultiplyComplex" operation.
PropertyGenerators implementing
property inheritance for the "Phase" operation.
PropertyGenerators implementing
the property inheritance for this descriptor.
PropertyGenerators implementing
the property inheritance for this operation.
null if none are recognized.
Strings recognized as names by this
property source.
Strings recognized as names by
this property source.
Strings recognized as names by
this property source.
null
if no property names are recognized.
Strings recognized as names by
this property source.
Strings naming properties emitted
by this property generator.
null if none are recognized.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
Strings recognized as names by
this property source that begin with the supplied prefix.
null if no property names
are recognized.
Strings recognized as names by
this property source that begin with the supplied prefix.
getProperty.
PropertySource of the property value.
PropertySource suitable for
use by a given CollectionOp.
PropertySource suitable for
use by a given CollectionOp.
PropertySource suitable for
use by a given OperationNode.
PropertySource suitable for
use by the specified OperationNode.
CRIFRegistry.getPropertySource(op)
PropertySource suitable for
use by a given RenderableOp.
RIFRegistry.getPropertySource(op)
PropertySource suitable for
use by a given RenderedOp.
String that identifies the remote imaging
protocol.
String that identifies the remote imaging
protocol.
String that identifies the remote imaging
protocol.
String that identifies the remote imaging
protocol.
Range of values which are currently valid
for this class, null if there are no valid values.
raw parameter.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
ColorSpace, sRGB.
OperationRegistry used by the associated
node.
OperationRegistry that is used
by this node.
OperationRegistry that is used
by this node.
OperationRegistry that is used
by this node.
OperationRegistry that is used
by this node.
RegistryMode corresponding to
this OperationNode.
RegistryMode corresponding to
this RenderableOp.
RegistryMode corresponding to
this OperationNode.
RegistryMode corresponding to
this RenderedOp.
RegistryMode corresponding to
this CollectionOp.
RegistryMode corresponding to
this RemoteRenderedOp.
RegistryMode corresponding to
this RenderableOp.
OperationRegistry.
getRemoteProperty
method.
getDestClass("renderable")
getDestClass("renderable")
getSourceClasses("renderable")
getSourceClasses("renderable")
PlanarImage rendering associated with this
RenderedOp node.
JAI instance, or null
if no value is associated with the given key.
RenderingHints of this node.
RemoteJAI instance, or null
if no value is associated with the given key.
RenderingHints of the associated node
by reference.
RenderingHints of this node
or null.
RenderingHints of this node.
RenderingHints associated with this
JAI instance.
RenderingHints of this node or
null.
RenderingHints of this node or
null.
RenderingHints associated with the
operation to be performed by this PlanarImageServerProxy.
RenderingHints associated with this
RemoteJAI instance.
ResourceBundle.
Locale in a ResourceBundle.
Locale.
IllegalArgumentException, since pixel
values for this ColorModel are not conveniently
representable as a single int.
int.
double.
double.
float.
float.
SampleModel of the image.
SampleModel associated with this image.
SampleModel of the rendered image.
PlanarImage to return the
SampleModel of the remote image.
sampleModel if it is valid, and
otherwise returns the value from the supplied RenderedImage.
Serializer for a given class c.
Serializers currently
resident in the repository which directly support the specified
Class.
String that identifies the server.
String that identifies the server.
String identifying the remote server machine.
String that identifies the server.
String that identifies the server.
URL that points to an HTML page containing
instructions on constructing a server name string for the protocol
with which this class is associated.
URL that points to documentation
containing instructions on constructing a server name string for
the protocol with which this class is associated.
OperationDescriptors that describe
the operations supported by the server.
OperationDescriptors that describe
the operations supported by the server.
OperationDescriptors that describe
the operations supported by the server.
null
if the data are not stored in a short array.
null
if the data are not stored in a short array.
ParameterBlock of this node as a short.
short.
short.
short.
ParameterListImpl to throw
an IllegalArgumentException since parameter values in this class
are Negotiable and therefore cannot be returned as
a primitive data type.
Vector containing the currently available
PlanarImage sinks of this image (images for which
this image is a source), or null if no sinks are
present.
null if
there are none.
getSourceImage().
getSourceObject().
getSourceClasses("rendered")
getSourceClasses("rendered")
Classes that describe the types
of sources required by this operation for the specified mode.
Classes that describe the types
of sources required by this operation for the specified mode.
PlanarImage source stored in the
ParameterBlock of this node.
ParameterBlock.
Strings that are the names
of the sources of this operation.
Strings that are the names
of the sources of this operation.
ParameterBlock of this node.
Vector.
RenderedImages that are the sources of
image data for this RenderedImage.
Vector containing the image sources.
Vector of sources stored in the
ParameterBlock of this node.
SerializableRenderedImage has not been
serialized, this method returns a Vector containing
only the RenderedImage passed to the constructor; if
this image has been deserialized, it returns null.
getState(Object o, RenderingHints h) with
the RenderingHints parameter h set
to null.
StreamSegment object indicating the
location of the initial portion of a desired segment in the
source stream.
StreamSegment object
indicating the location of the initial portion of a desired
segment in the source stream.
TiledImage that shares the tile
Rasters of this image.
TiledImage that shares the tile
Rasters of this image.
TiledImage that shares the tile
Rasters of this image.
Serializer.
isSupportedClass() method of this class may be invoked
and return true.
true if alpha (transparency) will
be prevented from appearing in the output.
Strings.
OperationRegistry which uses reader-writer locks to
wrap every method with a read or a write lock as appropriate.
tileX, tileY) as a
Raster.
Raster.
null is returned.
Raster.
tileX, tileY) of the
primary image as a Raster.
TileCache being used by thisJAIinstance.
TileCache being used by this
RemoteJAI instance.
tileCacheMetric instance variable by reference.
tileCacheMetric instance variable by reference.
Comparator currently set for use in ordering
the CachedTiles stored by the TileCache.
TileComputationListeners as of the moment this
method is invoked.
PlanarImage to return the X
coordinate of the upper-left pixel of tile (0, 0) remotely.
tileGridXOffset if it is valid, and
otherwise returns the value from the supplied RenderedImage.
PlanarImage to return the Y
coordinate of the upper-left pixel of tile (0, 0) remotely.
tileGridYOffset if it is valid, and
otherwise returns the value from the supplied RenderedImage.
PlanarImage to return the height
of a tile remotely.
setTileSize().
RenderedImage.
Rectangle.
TileComputationListeners specified as
monitoring the request.
Rectangle indicating the active area of
a given tile.
Rasters indicated by the
tileIndices array.
tileIndices
of the rendered image as an array of Rasters.
Rasters from the cache.
TileScheduler being used by thisJAIinstance.
TILE_STATUS_* constants defined in
this interface to indicate the status of the specified tile (optional
operation).
PlanarImage to return the width
of a tile remotely.
setTileSize().
tileWidth if it is valid, and
otherwise returns the value from the supplied RenderedImage.
-Float.MAX_VALUE if pi is null
or if no match is found.
PerspectiveTransform
associated with this WarpPerspective object.
AffineTransform associated
with this WarpAffine object.
PlanarImage source of this
SnapshotImage.
TileCodecParameterList
is valid for, as a String array.
EnumeratedParameter
when it was constructed.
null otherwise.
RemoteImage in pixels.
PlanarImage to return the width
of the remote image.
RenderableOp to return the
rendering-independent width of the image, as queried from the remote
server.
width if it is valid, and
otherwise returns the value from the supplied RenderedImage.
Point objects indicating which tiles
are checked out for writing.
null of no tiles are so held.
OperationDescriptor describing the "GIF" operation.OperationDescriptor describing the "GradientMagnitude"
operation.GraphicsJAI that
wraps a given instance of Graphics2D for drawing
to a given Component.
GZIPTileCodecDescriptor
ColorModel supports alpha.
true if the image has a non-null
ColorModel which is compatible with the image's
SampleModel; false otherwise.
ImageLayout.
Range object.
CaselessStringKey.
true if any tile is being held by a
writer, false otherwise.
height.
RenderedImage.OperationDescriptor defines the "Histogram"
operation.OperationDescriptor describing the "IDCT" operation.OperationDescriptor describing the "IDFT" operation.type
ColorSpace.TYPE_HSV, 3 components, and preferred
intermediary space sRGB.
OperationDescriptor describing the "IIP" operation.OperationDescriptor describing the "IIPResolution"
operation.paint
just after the image has been painted on the image canvas.Collection of objects.
ImageDecoder interface
useful for subclassing.ImageDecoderImpl with a given
InputStream and ImageDecodeParam
instance.
ImageDecoderImpl with a given
SeekableStream and ImageDecodeParam
instance.
CollectionImageFactory which created this
CollectionImage; may be null which
implies that the CollectionImage was not created
by a CollectionImageFactory.
OperationDescriptor describing the "ImageFunction"
operation.OpImage.ImageLayout with no parameters set.
ImageLayout with only the image dimension
parameters set.
ImageLayout with all its parameters set.
ImageLayout with its tile grid layout,
SampleModel, and ColorModel parameters set.
ImageLayout with all its parameters set
to equal those of a given RenderedImage.
RenderedImage.ImageMIPMap from a
RenderedOp chain.
RenderedImage.AttributedImageCollection instead.AttributedImageCollection instead.Raster with respect to its enclosing image.
Raster with respect to its enclosing image.
SampleModel in the encoded data stream.
SampleModel in the encoded data stream.
OperationRegistry from an
InputStream.
SeekableStream associcted with this
ImageEncoder.
InputStream containing the encoded data to decode.
Interpolation object describing the subpixel
interpolation method.
InterpolationNearest.
Range with the
given Range.
ROI with another ROI and returns the result as
a new ROI.
true if a given rectangular region
intersects the ROI.
true if a given rectangle (x, y, w, h)
intersects the mask.
true if a given rectangular region
intersects the ROI.
true if a given rectangle (x, y, w, h)
intersects the mask.
Range intersects the
given Range.
true if a given Rectangle
intersects the ROI.
true if a given Rectangle
intersects the mask.
true if a given Rectangle2D
intersects the ROI.
true if a given Rectangle2D
intersects the mask.
OperationDescriptor describing the "Invert" operation.RasterAccessor represents binary data.
true if the supplied Raster's
SampleModel is compatible with this
FloatDoubleColorModel.
SampleModel is
compatible with this ColorModel.
true if the image has a
ComponentColorModel;
false otherwise.
true if the image has a
ComponentSampleModel;
false otherwise.
compressed.
true if successive renderings with the same
arguments may produce different results.
RenderContext, ParameterBlock))
with the same arguments may produce different results.
true if this Collection
contains no elements.
Collection rendering if none yet exists, and
returns true if this Collection contains
no element.
NegotiableCapability objects have been
added.
Range is empty, i.e.
true if the format is recognized in the
initial portion of a stream.
true if the format is recognized in the
input data stream.
true if the operation should be computed
immediately for all supported modes of this operation during
the call to JAI.create(); that is, the operation
is placed in immediate mode.
true if the operation should be computed
immediately for all supported modes of this operation during
the call to JAI.create(); that is, the operation
is placed in immediate mode.
JAI.create().
JAI.create().
true if the image has an
IndexColorModel;
false otherwise.
true if the specified data type is
an integral data type, such as byte, ushort, short, or int.
Range.
Range.
true if the image has a
MultiPixelPackedSampleModel;
false otherwise.
true if the pixel data of this image may be
packed into a byte array.
true if the image has a
PackedColorModel;
false otherwise.
true if the destination and/or all the
sources are single-bit, single-band images, and their pixel
data may be packed into a byte array.
true if the destination and the source
are both single-bit, single-band images, and their pixel
data may be packed into a byte array.
true if the destination and both sources
are all single-bit, single-band images, and their pixel
data may be packed into a byte array.
NegotiableCapabilitySet is an
aggregation of preference NegotiableCapability's,
false otherwise.
NegotiableCapability is a
preference, false otherwise.
isModeSupported("renderable")
isModeSupported("renderable")
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true because this operation supports renderable mode.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
true since renderable operation is supported.
isModeSupported("rendered")
isModeSupported("rendered")
true if the image has a
SinglePixelPackedSampleModel;
false otherwise.
TileRequest implementation supports the
getTileStatus() method.
Serializer the getSupportedClass()
method of which returns a value equal to the parameter supplied
to this method according to equals().
true if a tile is locked.
true if a tile has writers.
topDown parameter.
true if all the parameters specified by the argument are set.
TileCodecParameterList are valid for the specified
registry mode name, false otherwise.
Iterator over the elements in this
Collection.
Collection rendering if none yet exists, and
returns an Iterator over the elements in this
Collection.
JAIclass.
JAIRMIDescriptor.
ImageDecodeParam for decoding images in
the JPEG format.JPEGDecodeParam object with default
parameter values.
OperationDescriptor describing the "JPEG" operation.JPEGTileCodecDescriptor
Convolve .BorderExtender object values.
ColorModel initialization
when a valid ColorModel may not be derived by
inheritance.
ColorModel initialization.
RenderedImage created by
invoking createDefaultRendering() on a node of type
RenderableOp in a renderable processing chain.
ImageLayout object values.
Interpolation object values.
Integer object values representing whether
the operation is compute, network, or I/O bound.
OperationRegistry object values.
TileCache object values.
RenderingHints do not contain a default
hint corresponding to this key.
TileCodecs.
TileCodecs.
TileCodecs.
TileScheduler object values.
OperationDescriptor describing the "Log" operation.OperationDescriptor describing the "Lookup" operation.OperationDescriptor describing the "Magnitude" operation.OperationDescriptor describing the
"MagnitudeSquared" operation.RenderContext into a
RenderContext for each source.
RenderContext into a
RenderContext for each of the operation's sources.
reset() method.
reset() method.
InputStream.
true if marking is supported.
true since marking is supported.
InputStream.
OperationDescriptor describing the "MatchCDF" operation.OperationDescriptor describing the "Max" operation.OperationDescriptor describing the "MaxFilter" operation.OperationDescriptor describing the "Mean" operation.OperationDescriptor describing the "MedianFilter" operation.SeekableStream that may be used to wrap
a regular InputStream.MemoryCacheSeekableStream that takes
its source data from a regular InputStream.
LinkedList of Rectangles
representing run lengths of pixels in the ROI into a minimal
list wherein vertically abutting Rectangles are
merged.
minX.
minY.
OperationDescriptor describing the "Min" operation.OperationDescriptor describing the "MinFilter" operation.OperationDescriptor describing the "MultiplyComplex"
operation.OperationDescriptor describing the
"MultiplyConst" operation.OperationDescriptor describing the "Multiply" operation.NegotiableCapability represents the capabilities of an
object.NegotiableCapability with the specified
category and capabilityName.
NegotiableCapability objects.NegotiableCapabilitySet.
Collection to implement the
Negotiable interface.NegotiableCollection given an
Collection.
NegotiableCollection given an array of
Objects.
Number to implement the Negotiable interface.NegotiableNumeric given a byte.
NegotiableNumeric given a double.
NegotiableNumeric given a float.
NegotiableNumeric given an int.
NegotiableNumeric given a long.
NegotiableNumeric given a Number.
NegotiableNumeric given a short.
Range which contains numeric elements,
to implement the Negotiable interface.NegotiableNumericRange given an
Range containing elements of a subclass of
Number.
NegotiableNumericRange that contains the range
of values that are common to this NegotiableNumericRange
and the one supplied.
Negotiable object that represents the
set intersection of this Negotiable with the
given Negotiable.
NegotiableCollection that contains those
elements that are common to this NegotiableCollection
and the one supplied.
NegotiableNumeric that contains the value
that is common to this NegotiableNumeric
and the one supplied, i.e the Number encapsulated in
both the NegotiableNumeric are equal.
NegotiableCapability
and the given NegotiableCapability.
NegotiableCapabilitySet and the given
NegotiableCapabilitySet, if the negotiation succeeds.
Object that signifies that
a parameter has no default value.
Object that signifies that a parameter has
no default value.
OperationNode.
OperationNode.
OperationNode.
OperationDescriptor describing the "Not" operation.ContextualRenderedImageFactory representing an operation
which performs no processing of its image source(s) per se, i.e., a no-op.NullCRIF.
OperationDescriptor describing the "Null" operation.OpImage subclass that simply transmits its
source unchanged.NullOpImage.
ColorSpace.
ColorModel.
ColorModel.
Rectangle.
OperationDescriptor interface that is suitable for
subclassing.isRenderedSupported() and
isRenderableSupported() to figure out the supported modes.
isRenderedSupported() and
isRenderableSupported() to figure out the supported modes.
ParameterListDescriptor
to describe the parameters for each mode.
null, this name will be used as a parameter to
JAI.create() in
create(RenderContext,ParameterBlock); otherwise the RIF
create(ParameterBlock,RenderingHints) method implemented
in the extending class will be invoked.
OperationNodes
to consolidate common functionality.OperationNodeSupport instance.
OperationDescriptor describing the "OrConst" operation.OperationDescriptor describing the "OrderedDither"
operation.OperationDescriptor describing the "Or" operation.OutputStream to write the encoded data to.
OperationDescriptor describing the "Overlay" operation.PixelAccessor to store packed
image data along with access information.ImageCanvas.paint just after
the image has been drawn on the canvas.
ImageDecodeParam object associated with this
ImageEncoder.
ParameterBlock that
allows the use of default parameter values and getting/setting
sources and parameters by name.ParameterBlockJAI for
use with an operation described by a particular
OperationDescriptor.
ParameterBlockJAI for
use with an operation described by a particular
OperationDescriptor and a registry mode.
ParameterBlockJAI for a particular
operation by name.
ParameterBlockJAI for a
particular operation by name and a registry mode.
ParameterListDescriptor
interface.ParameterList
interface.ParameterListImpl using the specified
ParameterListDescriptor.
TileCodecParameterList object containing the
encoding parameters.
TileCodecParameterList object containing the
decoding parameters.
OperationDescriptor describing the "Pattern" operation.OperationDescriptor describing the "PeriodicShift"
operation.true if and only if it is legal for this
Serializer to be used to serialize a subclass.
OperationDescriptor describing the "Phase" operation.OperationDescriptor describing the "Piecewise" operation.RenderedImage's Rasters, as
well as performing pixel-to-color data translation based on the
image's SampleModel and ColorModel.PixelAccessor from a
RenderedImage.
PixelAccessor given a valid
SampleModel and a (possibly null)
ColorModel.
RenderedImage is expressed as a collection of pixels.PlanarImage which represents an image on a
remote server machine.PlanarImageServerProxy using the specified
name of the server to perform the specified operation on, using the
sources and parameters specified by the supplied
ParameterBlock and supplied RenderingHints.
ImageDecodeParam for decoding images in
the PNG format.PNGDecodeParam.
OperationDescriptor describing the "PNG" operation.ImageEncodeParam for encoding images in
the PNG format.PNGEncodeParam.Gray.
PNGEncodeParam.Palette.
PNGEncodeParam.RGB.
OperationDescriptor describing the "PNM" operation.ImageEncodeParam for encoding images in
the PNM format.PointOpImage with one source image.
PointOpImage with two source images.
PointOpImage with three source
images.
OperationDescriptor describing the "PolarToComplex"
operation.TileScheduler that the specified tiles from
the given PlanarImage might be needed in the near future.
CaselessStringKeys to values.
PropertyChangeListener.
PropertyChangeListener.
PropertyChangeListener.
PropertyChangeListener.
PropertyChangeListener.
PropertyChangeEvents.PropertyChangeEventJAI.
PropertyChangeEvent source.
PropertyChangeSupport
which adds an accessor for the parameter passed to the constructor.PropertyChangeSupportJAI object.
PropertySource from which the value of the named
property is to be drawn.
PropertySource but in the guise of an event
as defined for Java Beans.PropertySourceChangeEvent.
PropertySource interface.PropertySourceImpl instance with
no properties set.
PropertySourceImpl instance which
will derive properties from one or both of the supplied parameters.
CaselessStringKeys to
PropertySources.
Range object given the Class
of the elements in the Range, the minimum value and
the maximum value.
Range object given the Class
of the elements in the Range, the minimum value and
the maximum value.
Raster containing the pixel data.
Raster containing the pixel data.
ComponentSampleModel format and binary image data in
a zero-offset byte array format even when the original data are not
so stored.WritableRaster and SampleModel objects.RawTileCodecDescriptor.
OperationRegistry for
RenderableCollectionImageFactory objects.File.
InputStream.
len bytes of data from the input stream into
an array of bytes.
len bytes of data from the input stream into
an array of bytes.
len bytes of data from the input stream into
an array of bytes.
File.
len bytes of data from the input array into
an array of bytes.
InputStream.
len bytes of data from the input stream into
an array of bytes.
boolean from this stream.
double from this stream.
double from this stream in little-endian order.
writeExternal
method.
float from this stream.
float from this stream in little-endian order.
b.length bytes from this stream into the byte
array, starting at the current stream pointer.
len bytes from this stream into the byte
array, starting at the current stream pointer.
Raster from which the
data are to be retrieved.
Raster where the
data are to be accessed.
RemoteCRIF with the given
OperationRegistry under the given protocolName
RemoteRIF with the given
OperationRegistry under the given protocolName.
TileDecoderFactory with the given
OperationRegistry under the given formatName and
productName.
TileEncoderFactory with the given
OperationRegistry under the given formatName and
productName.
CIFRegistry.register(...)
. This is currently equivalent to
CIFRegistry.register(this, operationName, productName, CIF)
ImageCodec with its format name, as
determined by its getFormatName() method.
CRIFRegistry.register(...)
. This is currently equivalent to
CRIFRegistry.register(this, operationName, productName, CRIF)
registerDescriptor(odesc)
RIFRegistry.register(...)
. This is currently equivalent to
RIFRegistry.register(this, operationName, productName, RIF)
Serializer to the repository.
updateRegistry() of the registered
service provider of OperationRegistrySpi found
in the classpath corresponding to this class loader.
OperationRegistry.RemoteCRIF interface is equivalent to the
ContextualRenderedImageFactory for operations that are
intended to be performed remotely.OperationRegistry for RemoteCRIF objects.RemoteDescriptor interface, and is suitable for
subclassing.RemoteDescriptorImpl given the protocol name
and the URL that points to documentation regarding the
format of the server name String.
javax.media.jai.remote.RemoteJAI.RemoteImage from a RenderableOp
and RenderContext.
RemoteImage from a RenderedImage.
RemoteImage from a RenderedOp,
i.e., an imaging directed acyclic graph (DAG).
RemoteImagingException is an Exception thrown
to indicate that an error condition was
encountered during remote image processing.RemoteImagingException with no detail
message.
RemoteImagingException with the
specified detail message.
RemoteJAI instance with the given
protocol name and server name.
RemoteJAI instance with the given
protocol name, server name, OperationRegistry
and TileCache.
RenderableOp for remote operations.RemoteRenderableOp using the specified
operation registry, given the name of the remote imaging protocol,
the name of the server to perform the operation on, the name of the
operation to be performed remotely and a ParameterBlock
containing RenderableImage sources and other parameters.
RemoteRenderableOp using the default
operation registry, given the name of the remote imaging protocol,
the name of the server to perform the operation on, the name of the
operation to be performed remotely and a ParameterBlock
containing RenderableImage sources and other parameters.
RemoteRenderableRegistryMode for describing
the "remoteRenderable" registry mode.
RemoteRenderedImage is an interface commonly used to
represent objects which contain or can produce image data in the form of
Rasters from locations that are remote.RemoteRenderedOp that will be used to
instantiate a particular rendered operation to be performed remotely
using the specified operation registry, the name of the remote imaging
protocol, the name of the server to perform the operation on, an
operation name, a ParameterBlock, and a set of
rendering hints.
RemoteRenderedOp that will be used to
instantiate a particular rendered operation to be performed remotely
using the default operation registry, the name of the remote imaging
protocol, the name of the server to perform the operation on, an
operation name, a ParameterBlock, and a set of
rendering hints.
RemoteRenderedRegistryMode for describing
the "remoteRendered" registry mode.
RemoteRIF interface is intended to be implemented by
classes that wish to act as factories to produce different renderings
remotely, for example by executing a series of remote operations on
a set of sources, depending on a specific set of parameters, properties,
and rendering hints.OperationRegistry for RemoteRIF objects.SequentialImage that contains the
specified time stamp from this collection.
NegotiableCapability from this
NegotiableCapabilitySet.
Collection.
CoordinateImage that contains the
specified coordinate from this collection.
SequentialImage that contains the
specified camera position from this collection.
Collection rendering if none yet exists, and
removes the specified object from this Collection.
CoordinateImage that contains the
specified image from this collection.
SequentialImage that contains the
specified image from this collection.
Collection.
Collection rendering if none yet exists, and
removes all this Collection's elements that are also
contained in the specified Collection.
PaintListener from the canvas.
PlanarImage.
WritablePropertySource.
CollectionImage.
ImageMIPMap.
MultiResolutionRenderableImage.
RenderableImageAdapter.
RenderableOp as well as from its property
environment.
PropertySource.
RenderedOp as well as from its property
environment.
CollectionOp as well as from its property
environment.
PropertyChangeListener from the listener list.
PropertyChangeListener for a specific property.
PropertyChangeListener for a specific property.
removePropertyGenerator("rendered", ...)
PropertyGenerator from its association
with a particular descriptor/registry-mode in the registry.
PropertySource mapping all entries
which refer to the supplied PropertySource.
JAI instance.
RemoteJAI instance.
Object sink from the list of sinks.
removeSink(Object) instead.
PlanarImage sink from the list of sinks of
the node.
Object source from the list of sources.
Object source from the
ParameterBlock of this node.
removeSource(Object).
ParameterBlock of this node.
TileComputationListener from the list of
registered TileComputationListeners.
TiledImage that a particular TileObserver no
longer wishes to receive updates on tile writability status.
RenderableCollectionImageFactory (RCIF) interface
is intended to be implemented by classes that wish to act as factories
to produce different collection image operators.OperationDescriptor describing the "Renderable" operation.Graphics2D with
RenderableImage semantics.RenderableGraphics given a bounding
Rectangle2D.
PlanarImage wrapper for a non-writable
RenderedImage.CollectionImage which is also a
RenderedImage.RenderedImageList.
RenderedImageList from the supplied
List.
RenderedOp that will be used to
instantiate a particular rendered operation from the specified
operation registry, an operation name, a ParameterBlock,
and a set of rendering hints.
RenderedOp that will be used to
instantiate a particular rendered operation from the default
operation registry, an operation name, a ParameterBlock,
and a set of rendering hints.
RenderedOp
node is re-rendered.RenderingChangeEvent.
OperationDescriptor describing the "Rescale" operation.mark()
method.
mark()
method.
InputStream.
PropertySource.
PropertySource.
String array.
Collection that are
contained in the specified Collection.
Collection rendering if none yet exists, and
retains only the elements in this Collection that are
contained in the specified Collection.
Raster from
sRGB to CIEXYZ according to the equation:
OperationRegistry for RenderedImageFactory
objects.Shape.OperationDescriptor describing the "Rotate" operation.sampleModel.
SampleModel.
SampleModel.
OperationDescriptor describing the "Scale" operation.WarpOpImage for use by further
extension classes that perform image scaling.ScaleOpImage from a RenderedImage
source, an optional BorderExtender, x and y scale
and translation factors, and an Interpolation
object.
OutputStream which can seek to an arbitrary offset.SeekableOutputStream from a
RandomAccessFile.
java.io.InputStream that
allows seeking within the input, similar to the
RandomAccessFile class.SegmentedSeekableStream provides a view of a
subset of another SeekableStream consiting of a series
of segments with given starting positions in the source stream and
lengths.SegmentedSeekableStream given a
SeekableStream as input, a list of the starting
positions and lengths of the segments of the source stream, and
a boolean indicating whether the output
SegmentedSeekableStream should support seeking
backwards.
SegmentedSeekableStream given a
SeekableStream as input, a list of the starting
positions of the segments of the source stream, the common
length of each segment, the total length of the segments and
a boolean indicating whether the output
SegmentedSeekableStream should support seeking
backwards.
SegmentedSeekableStream
given a SeekableStream as input,
an instance of StreamSegmentMapper,
and a boolean indicating whether the
output SegmentedSeekableStream should
support seeking backwards.
AttributedImage instead.RenderedImage interface.SerializableRenderedImage wrapper for a
RenderedImage source.
SerializableRenderedImage wrapper for a
RenderedImage source.
SerializableRenderedImage wrapper for a
RenderedImage source.
Serializer instances.URL pointing to the documentation regarding
the format of the server name String.
setParameter instead.
setParameter instead.
setParameter instead.
setParameter instead.
setParameter instead.
setParameter instead.
setParameter instead.
RenderedImage on top of the
current contents of the TiledImage.
RenderedImage on top of the
current contents of the TiledImage and its
intersection with the supplied ROI.
setParameter instead.
CIFRegistry.setPreference(...)
. This is currently equivalent to
CIFRegistry.setPreference(this, operationName, productName,
preferredCIF, otherCIF)
colorModel to the supplied value and marks it as valid.
Raster within
a specific region.
Raster
within a specific region.
raster.
TiledImage to be a copy of a
supplied Raster.
TiledImage to be a copy of a
supplied Raster.
DataBuffer
from a primitive array of type TransferType.
DataBuffer from a
primitive array of type TransferType.
createDefaultRendering() on a RenderableOp.
java.util.Deflater.DEFAULT_COMPRESSION or a
value in the range [1,9] where larger values indicate more compression.
int.
int.
int.
int.
double.
double.
double.
double.
float.
float.
float.
float.
Iterator of additional images to be written
after the image passed as an argument to the ImageEncoder.
PNGEncodeParam will be
available after an image has been decoded via the
getEncodeParam method that encapsulates information
about the contents of the PNG file.
List as the generators for this
NegotiableCapability.
imageFactory instance variable to the supplied
value.
SampleModel and ColorModel using
values from an ImageLayout object.
memoryThreshold value to a floating
point number that ranges from 0.0 to 1.0.
minX to the supplied value and marks it as valid.
minY to the supplied value and marks it as valid.
Date, to be
stored with this image.
setSource(Object,int).
OperationRegistry to be used by thisJAIinstance.
OperationRegistry to be used by this
RemoteJAI instance.
Raster
using a primitive array.
scheduleTiles().
ImageDecodeParam interface.
byte.
char.
double.
float.
int.
long.
Object.
short.
boolean value.
boolean value.
boolean value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
byte value.
byte value.
byte value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
char value.
char value.
char value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
double value.
double value.
double value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
float value.
float value.
float value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
int value.
int value.
int value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
long value.
long value.
long value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
Object value.
Object value.
Object value.
Negotiable
object can be added as the value of the parameter.
short value.
short value.
short value.
ParameterListImpl to throw
an IllegalArgumentException since parameter values set on this class
must be a Negotiable.
ParameterBlock of the associated node by
reference.
ParameterBlock of this node.
ParameterBlock of this node.
ParameterBlock of this node.
ParameterBlock of this node.
Vector of parameters to a given
Vector.
Raster
using a primitive array.
Raster
using a primitive array.
TileDecoderFactory
objects in the given OperationRegistry under the given
formatName and productName.
TileEncoderFactory
objects in the given OperationRegistry under the given
formatName and productName.
setParallelism() but applies only to
prefetchTiles().
setPriority() but applies only to
prefetchTiles().
scheduleTiles().
setProductPreference(...)
which specifies a modeName also. This is
currently equivalent to setProductPreference("rendered",
operationName, preferredProductName, otherProductName)
Hashtable containing the image properties
to a given Hashtable.
Hashtable of the source image
to the supplied Hashtable.
PlanarImage.
WritablePropertySource.
CollectionImage.
ImageMIPMap.
MultiResolutionRenderableImage.
RenderableImageAdapter.
PropertySource.
RemoteRenderedOp to the specified arguments..
RemoteRenderableOp to the specified arguments..
String identifying the remote imaging protocol.
String identifying the remote imaging protocol.
OperationRegistry that is used by the associated
node.
OperationRegistry that is used by
this node.
OperationRegistry that is used by
this node.
OperationRegistry that is used by
this node.
OperationRegistry that is used by
this node.
JAI instance.
RenderingHints of this node.
RemoteJAI instance.
RenderingHints of the associated node.
RenderingHints of this node.
RenderingHints of this node.
RenderingHints associated with this
JAI instance.
RenderingHints of this node.
RenderingHints of this node.
RenderingHints associated with this
RemoteJAI instance.
RIFRegistry.setPreference(...)
. This is currently equivalent to
RIFRegistry.setPreference(this, operationName, productName,
preferredRIF, otherRIF)
double value.
DataBuffer using a double for input.
float value.
DataBuffer using a float for input.
int value.
sampleModel to the supplied value and marks it as valid.
String identifying the server.
String identifying the server.
ParameterBlock
of this node to a new source object.
setSource(Object, int).
Object value.
RenderedImage to be returned by
the RenderedImageFactory.create() method when there are
no sources in the ParameterBlock.
List of
PlanarImages.
ParameterBlock of this node
with a new list of sources.
TileCache to be used by thisJAI
instance.
TileCache to be used by this
RemoteJAI.
Comparator which imposes an order on the
CachedTiles stored in the TileCache.
tileGridXOffset to the supplied value and marks it as valid.
tileGridYOffset to the supplied value and marks it as valid.
TileScheduler to be used by thisJAI
instance.
tileWidth to the supplied value and marks it as valid.
width to the supplied value and marks it as valid.
OperationDescriptor describing the "Shear" operation.Set of WeakReferences to the
sinks of this CollectionImage.
Collection.
Collection rendering if none yet exists, and
returns the number of elements in this Collection.
InputStream.
n bytes of input discarding the
skipped bytes.
n bytes of input discarding the
skipped bytes.
WritableRenderedImage.SnapshotImage from a PlanarImage
source.
SourcelessOpImage.
Strings that are the names of the
sources of this operation.
OperationDescriptor describing the "Stream" operation.long starting position and an int
length.StreamSegment.
StreamSegment with a
given starting position and length.
SegmentedSeekableStream
class.OperationDescriptor describing the "SubsampleBinaryToGray"
operation.Range of values that are in this
Range but not in the given Range.
ROI from this one and returns the
result as a new ROI.
OperationDescriptor describing the "SubtractConst"
operation.OperationDescriptor describing the "Subtract"
operation.OperationDescriptor describing the
"SubtractFromConst" operation.suppressAllProperties("rendered", ...)
suppressProperty("rendered", ...)
PropertySource containing the combined properties
of all of the node's sources.
PropertySource containing the combined properties
of all of the node's sources.
PropertySource containing the combined properties
of all of the node's sources.
OperationDescriptor describing the "Threshold" operation.ImageDecodeParam for decoding images in
the TIFF format.TIFFDecodeParam.
OperationDescriptor describing the "TIFF" operation.ImageEncodeParam for encoding images in
the TIFF format.tileGridXOffset.
tileGridYOffset.
tileHeight.
tileWidth.
TileCodecDescriptor
interface and is suitable for subclassing.TileCodecDescriptorImpl with the given
format name and booleans to specify whether layout
information is included in the encoded stream.
ParameterListImpl that is specific to
tile codecs.TileCodecParameterList.
TileScheduler for non-prefetch background processing.InputStream
into a Raster.TileDecoders.TileDecoder interface
useful for subclassing.TileDecoderImpl.
OperationRegistry for TileDecoderFactory objects.TileDecoderRegistryMode for describing
the "tileDecoder" registry mode.
WritableRenderedImage.TiledImage with a given layout,
SampleModel, and ColorModel.
TiledImage equivalent to a given
RenderedImage.
TiledImage equivalent to a given
RenderedImage but with specific tile dimensions.
Raster
into an OutputStream.TileEncoders.TileEncoder interface
useful for subclassing.TileEncoderImpl.
OperationRegistry for TileEncoderFactory objects.TileEncoderRegistryMode for describing
the "tileEncoder" registry mode.
TileScheduler request to compute
a specific set of tiles for a given image with optional monitoring by
TileComputationListeners.Collection.
Collection rendering if none yet exists, and
returns an array containing all of the elements in this
Collection.
Collection rendering if none yet exists, and
returns an array containing all of the elements in this
Collection whose runtime type is that of the specified
array.
Raster from
the color space represented by this class to CIEXYZ.
Raster of colors represented as pixels
from IHS to CIEXYZ.
Raster from
the color space represented by this class to sRGB.
Raster of colors represented as pixels
from IHS to sRGB.
String which includes the basic information
of this image.
String containing the values of all valid fields.
String representation of the sequence.
String representation of this
EnumeratedParameter as a concatentation of the form
String containing the values of all valid fields.
String representation of this Range.
getName().
SampleModel.
ROI by a
given AffineTransform.
OperationDescriptor describing the "Translate" operation.ColorModel.
OperationDescriptor describing the "Transpose" operation.Range with the given
Range.
PixelAccessor to store unpacked
image data and the information needed to access it.RemoteCRIF previously registered
under the given protocolName in the given
OperationRegistry.
RemoteRIF previously registered
under the given protocolName in the given
OperationRegistry.
TileDecoderFactory previously
registered under the given formatName and productName in the given
OperationRegistry.
TileEncoderFactory previously
registered under the given formatName and productName in the given
OperationRegistry.
CIFRegistry.unregister(...)
. This is currently equivalent to
CIFRegistry.unregister(this, operationName, productName, CIF)
ImageCodec object currently
responsible for handling the named format.
CRIFRegistry.unregister(...)
. This is currently equivalent to
CRIFRegistry.unregister(this, operationName, productName, CRIF)
unregisterDescriptor(...)
which accepts an OperationDescriptor
and not a operationName.
RIFRegistry.unregister(...)
. This is currently equivalent to
RIFRegistry.unregister(this, operationName, productName, RIF)
Serializer from the repository.
CIFRegistry.unsetPreference(...)
. This is currently equivalent to
CIFRegistry.unsetPreference(this, operationName, productName,
preferredCIF, otherCIF)
TileDecoderFactory objects in the given
OperationRegistry under the given formatName
and productName.
TileEncoderFactory objects in the given
OperationRegistry under the given formatName and productName.
unsetProductPreference(...)
which specifies a modeName also. This is
currently equivalent to unsetProductPreference("rendered",
operationName, preferredProductName, otherProductName)
RIFRegistry.unsetPreference(...)
. This is currently equivalent to
RIFRegistry.unsetPreference(this, operationName, productName,
preferredRIF, otherRIF)
OperationDescriptor describing the "UnsharpMask" operation.UntiledOpImage.
UntiledOpImage.
CollectionImage previously
created by this CollectionImageFactory as a function
of how the sources, parameters and hints of the operation have
changed.
OperationRegistry with the
operations specified by the given InputStream.
OperationDescriptor describing the "URL" operation.validateArguments("rendered", ...)
validateArguments("rendered", ...)
true if this operation/mode is capable of
handling the input source(s) and/or parameter(s)
specified in the ParameterBlock, or
false otherwise, in which case an explanatory
message may be appended to the StringBuffer.
true if this operation/mode is capable of
handling the input source(s) and/or parameter(s)
specified in the ParameterBlock, or
false otherwise, in which case an explanatory
message may be appended to the StringBuffer.
validateParameters(getSupportedModes()[0], ...)
true if this operation is capable of handling
the input parameters.
true if this operation is capable of
handling the input parameters for the specified mode.
validateArguments("renderable", ...)
validateArguments("renderable", ...)
validateSources("renderable", ...)
validateSources("rendered", ...)
true if this operation supports the
specified mode, and is capable of handling the given input
source(s) for the specified mode.
true if there is at least one source
and the first source is a RenderedImage or
RenderableImage.
RenderedImage in a Vector.
Vector containing a single
element equal to the supplied RenderedImage.
RenderedImages in a Vector.
Vector containing two
elements equal to the supplied RenderedImages
in the order given.
RenderedImages in a Vector.
Warp object describing the backwards pixel
map.
WarpAffine with pre- and post-scale
factors of 1.
WarpAffine with a given transform mapping
destination pixels into source space.
WarpAffine with pre- and post-scale
factors of 1.
WarpAffine with a given transform mapping
destination pixels into source space.
WarpCubic with pre- and post-scale
factors of 1.
WarpCubic with a given transform mapping
destination pixels into source space.
OperationDescriptor describing the "Warp" operation.WarpPerspective with a given
transform mapping destination pixels into source space.
WarpQuadratic with pre- and
post-scale factors of 1.
WarpQuadratic with a given transform mapping
destination pixels into source space.
width.
SeekableStream that will read from a
given InputStream, optionally including support
for seeking backwards.
RenderedImage to produce a
PlanarImage.
PropertySource which permits setting
the values of JAI properties in addition to obtaining their names
and values.WritablePropertySource
interface.WritablePropertySourceImpl instance with
no properties set.
WritablePropertySourceImpl instance which
will derive properties from one or both of the supplied parameters.
PlanarImage wrapper for a
WritableRenderedImage.WritableRenderedImageAdapter.
OperationRegistry to
a stream as specified in the writeExternal method.
OperationDescriptor describing the "XorConst" operation.OperationDescriptor describing the "Xor" operation.
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