Public

getWritableTile

getHeight

getMinX

getMinY

getWidth

releaseWritableTile

getMinTileX

getMinTileY

addTileObserver

getNumXTiles

getNumYTiles

getSampleModel

getTile

getTileHeight

getTileWidth

removeTileObserver

getTileGridXOffset

getTileGridYOffset

OutputStreamWriter

Start an intent from android

An "abstract" representation of a file system entity identified by a pathname.
The pathname may be a

java.io.File

Thrown when a file specified by a program cannot be found.

java.io.FileNotFoundException

A buffer for bytes. A byte buffer can be created in either one of the following
ways:

 *  #allocate

java.nio.ByteBuffer

The base class for all formats. This is an abstract base class which specifies
the protocol for clas

java.text.Format

XPath provides access to the XPath evaluation environment and expressions.

Evaluation of XPath Expr

javax.xml.xpath.XPath

The LoggerFactory is a utility class producing Loggers for various logging APIs,
most notably for lo

org.slf4j.LoggerFactory

findViewById

onRequestPermissionsResult

scheduleAtFixedRate

/**
     * Creates an iterator for the given region in the given image.
     *
     * @param  input    the image which contains the sample values to read.
     * @param  output   the image where to write the sample values, or {@code null} for read-only iterator.
     * @param  subArea  the image region where to perform the iteration, or {@code null}
     *                  for iterating over all the image domain.
     * @param  window   size of the window to use in {@link #createWindow(TransferType)} method, or {@code null} if none.
     */

/**
     * Verify Rendered image conformity.
     */

"rendered image and writable rendered image dimensions are not conform.\n"

"rendered image and writable rendered image tiles configuration are not conform.\n"

// TODO : Should be required only for Direct iterators (working directly with data buffers)

"rendered image and writable rendered image haven't got same datas type"

/**
 * Performs the Flood Fill operation on the given raster.
 *
 * {@section Algorithm}
 * This class implements a <cite>Scan line flood fill</cite> algorithm as
 * <a href="http://en.wikipedia.org/wiki/Flood_fill">documented in Wikipedia</a>
 * on June 2009, section <cite>Alternative implementations</cite> (queue-based)
 * modified as described in <cite>Scanline fill</cite> section. The algorithm
 * has been modified in order to work properly with tiled images.
 *
 * @author Martin Desruisseaux (Geomatys)
 * @version 3.01
 *
 * @since 3.01
 * @module
 *
 * @todo This class is abstract for now because not yet implemented as a JAI operation.
 *       However the static methods are ready for use.
 */

/**
     * The name of this operation in the JAI registry.
     * This is {@value}.
     */

/**
     * The old values in the source image.
     */

/**
     * The new values in the source image. The array length must matches the number of bands.
     */

/**
     * Constructs a new Flood Fill for the given image. While this constructor is public, it
     * should usually not be invoked directly. You should use {@linkplain javax.media.jai.JAI}
     * factory methods instead.
     *
     * @param source        The source image.
     * @param layout        The image layout.
     * @param configuration The image properties and rendering hints.
     * @param oldValues     The old values in the source images.
     * @param newValues     The new values in the source images.
     */

/**
     * Returns the source images.
     */

/**
     * Colors an area of connected pixels with the same set of color.
     * The fill is performed in place in the given image.
     * The operation is performed immediately; it is not deferred like usual JAI operations.
     *
     * @param image     The image in which to colors an area.
     * @param oldColors The colors to replace (usually only 1 color, but more are allowed).
     * @param newColors The new colors replacing the old ones.
     * @param points    The coordinate of the starting point. There is usually only one
     *                  such point, but more are allowed.
     */

/**
     * Colors an area of connected pixels with the same set of color.
     * The fill is performed in place in the given image.
     * The operation is performed immediately; it is not deferred like usual JAI operations.
     *
     * @param image     The image in which to colors an area.
     * @param oldValues The colors to replace (usually only 1 color, but more are allowed).
     * @param newValues The new colors replacing the old ones.
     * @param points    The coordinate of the starting point. There is usually only one
     *                  such point, but more are allowed.
     */

/*
         * Copies the old values in a set of SampleValues objects. The exact type of SampleValues
         * will depend on the transfer type.
         */

/**
     * Colors an area of connected pixels with the same set of color.
     * The fill is performed in place in the given image.
     * The operation is performed immediately; it is not deferred like usual JAI operations.
     *
     * @param image     The image in which to colors an area.
     * @param oldSamples The colors to replace (usually only 1 color, but more are allowed).
     * @param newSamples The new colors replacing the old ones.
     * @param points    The coordinate of the starting point. There is usually only one
     *                  such point, but more are allowed.
     */

/*
         * Copies the points coordinates in an IntegerList. The content of that list will be
         * (x,y) tupples translated in such a way that the upper left pixel is located at (0,0)
         * by definition (this is always the case with BufferedImage, but not necessarily with
         * other kind of RenderedImage). Later we will call the fill(WritableRaster...) method
         * in a loop as long as the list is not empty. Note that the fill(WritableRaster...)
         * method may itself push more points in that list (can occur only if the image is tiled).
         */

"renderedImage and writableRenderedImage haven't got same band number"

"rendered image and writable rendered image tiles configuration are not conform"

//writable image correspond with iteration area

"rendered image and writable rendered image dimensions are not conform"

/**
     * Fill destination image from pre-computed grid.
     *
     * @throws TransformException
     */

//-- destination area traveled by destination iterator.

//-- destination raster index which will be traveled.

//-- current raster coordinate in Y direction.

//-- define intersection between current raster and area traveled by destination iterator in Y direction.

//-- define minimum and maximum needed grid index in Y direction.

/*
             * Max grid index in Y direction equal Math.ceil(intersectionY / stepY) + 1.
             * With + 1 because gridHeight = sub-division on Y axis + 1;
             */

"Computed max grid index should be lesser or equal than grid height. Expected max grid index : "

//-- current raster coordinate in X direction.

//-- define intersection between current raster and area traveled by destination iterator in X direction.

//-- define minimum and maximum needed grid index in X direction.

/*
                 * Max grid index in X direction equal Math.ceil(intersectionX / stepX) + 1.
                 * With + 1 because gridWidth = sub-division on X axis + 1;
                 */

"Computed max grid index in X direction should be lesser or equal than grid width. Expected max grid index : "

//------------------------- grid working -------------------------//

//-- index des points a interpoler dans la grille

//-- travel destination pixel coordinates.

//-- intersection between area iterated on raster and current grid cell projected into raster space.

How to use getTileWidthmethodin java.awt.image.WritableRenderedImage

Best Java code snippets using java.awt.image.WritableRenderedImage.getTileWidth (Showing top 5 results out of 315)

How to use
getTileWidth
method
in
java.awt.image.WritableRenderedImage