Uses of Class
ij.process.ImageProcessor

Packages that use ImageProcessor

ij
ij.gui
ij.io
ij.plugin
ij.plugin.filter
ij.plugin.frame
ij.process

Uses of ImageProcessor in ij

Fields in ij declared as ImageProcessor

protected ImageProcessor

ImagePlus.ip

Methods in ij that return ImageProcessor

ImageProcessor	ImagePlus.getChannelProcessor() Returns a reference to the current ImageProcessor.
ImageProcessor	CompositeImage.getChannelProcessor()
ImageProcessor	ImagePlus.getMask() For images with irregular ROIs, returns a byte mask, otherwise, returns null.
ImageProcessor	ImagePlus.getProcessor() Returns a reference to the current ImageProcessor.
ImageProcessor	VirtualStack.getProcessor(int n) Returns an ImageProcessor for the specified slice, were 1<=n<=nslices.
ImageProcessor	ImageStack.getProcessor(int n) Returns an ImageProcessor for the specified slice, were 1<=n<=nslices.
ImageProcessor	CompositeImage.getProcessor(int channel)

Methods in ij with parameters of type ImageProcessor

void	VirtualStack.addSlice(java.lang.String sliceLabel, ImageProcessor ip) Does nothing..
void	ImageStack.addSlice(java.lang.String sliceLabel, ImageProcessor ip) Adds the image in 'ip' to the end of the stack.
void	VirtualStack.addSlice(java.lang.String sliceLabel, ImageProcessor ip, int n) Does noting.
void	ImageStack.addSlice(java.lang.String sliceLabel, ImageProcessor ip, int n) Adds the image in 'ip' to the stack following slice 'n'.
void	LookUpTable.drawUnscaledColorBar(ImageProcessor ip, int x, int y, int width, int height)
void	ImagePlus.setProcessor(ImageProcessor ip) Replaces the ImageProcessor with the one specified and updates the display.
void	ImagePlus.setProcessor(java.lang.String title, ImageProcessor ip) Replaces the ImageProcessor with the one specified and updates the display.
void	ImageStack.update(ImageProcessor ip) Updates this stack so its attributes, such as min, max, calibration table and color model, are the same as 'ip'.

Constructors in ij with parameters of type ImageProcessor

ImagePlus(java.lang.String title, ImageProcessor ip)
Constructs an ImagePlus from an ImageProcessor.

Uses of ImageProcessor in ij.gui

Fields in ij.gui declared as ImageProcessor

protected ImageProcessor

Roi.cachedMask

Methods in ij.gui that return ImageProcessor

ImageProcessor	ShapeRoi.getMask() Returns this ROI's mask pixels as a ByteProcessor with pixels "in" the mask set to white (255) and pixels "outside" the mask set to black (0).
ImageProcessor	Roi.getMask() Always returns null for rectangular Roi's
ImageProcessor	PolygonRoi.getMask() Override Roi.nudge() to support splines.
ImageProcessor	PointRoi.getMask()
ImageProcessor	OvalRoi.getMask()
ImageProcessor	Plot.getProcessor() Returns the plot as an ImageProcessor.

Methods in ij.gui with parameters of type ImageProcessor

protected void	HistogramWindow.drawHistogram(ImageProcessor ip, boolean fixedRange)
void	TextRoi.drawPixels(ImageProcessor ip) Renders the text on the image.
void	ShapeRoi.drawPixels(ImageProcessor ip) Draws the shape of this object onto the specified ImageProcessor.
void	Roi.drawPixels(ImageProcessor ip) Draws the selection outline on the specified ImageProcessor.
void	PolygonRoi.drawPixels(ImageProcessor ip)
void	PointRoi.drawPixels(ImageProcessor ip)
void	OvalRoi.drawPixels(ImageProcessor ip) Draws an outline of this OvalRoi on the image.
void	Line.drawPixels(ImageProcessor ip)
void	Arrow.drawPixels(ImageProcessor ip)
java.lang.String	TextRoi.getMacroCode(ImageProcessor ip)

Constructors in ij.gui with parameters of type ImageProcessor

ImageRoi(int x, int y, ImageProcessor ip)
Creates a new ImageRoi from a ImageProcessor.

Wand(ImageProcessor ip)
Constructs a Wand object from an ImageProcessor.

Uses of ImageProcessor in ij.io

Constructors in ij.io with parameters of type ImageProcessor

TextEncoder(ImageProcessor ip, Calibration cal, int precision)
Constructs a TextEncoder from an ImageProcessor and optional Calibration.

Uses of ImageProcessor in ij.plugin

Methods in ij.plugin that return ImageProcessor

ImageProcessor	CanvasResizer.expandImage(ImageProcessor ipOld, int wNew, int hNew, int xOff, int yOff)
ImageProcessor	ListVirtualStack.getProcessor(int n) Returns an ImageProcessor for the specified slice, were 1<=n<=nslices.
ImageProcessor	FileInfoVirtualStack.getProcessor(int n) Returns an ImageProcessor for the specified image, were 1<=n<=nImages.
ImageProcessor	AVI_Reader.getProcessor(int n) Returns an ImageProcessor for the specified frame of this virtual stack (if it is one) where 1<=n<=nslices.
ImageProcessor	SurfacePlotter.makeSurfacePlot(ImageProcessor ip)
ImageProcessor	TextReader.open() Displays a file open dialog and opens the specified text file as a float image.
ImageProcessor	TextReader.open(java.lang.String path) Opens the specified text file as a float image.
ImageProcessor	PGM_Reader.open16bitAsciiImage(java.io.StreamTokenizer tok, int width, int height)
ImageProcessor	PGM_Reader.open16bitRawImage(java.io.InputStream is, int width, int height)
ImageProcessor	Straightener.rotateLine(ImagePlus imp, int width)
ImageProcessor	Straightener.straighten(ImagePlus imp, Roi roi, int width)
ImageProcessor	Straightener.straightenLine(ImagePlus imp, int width)

Methods in ij.plugin with parameters of type ImageProcessor

void	ContrastEnhancer.equalize(ImageProcessor ip) Changes the tone curves of images.
ImageProcessor	CanvasResizer.expandImage(ImageProcessor ipOld, int wNew, int hNew, int xOff, int yOff)
ImageProcessor	SurfacePlotter.makeSurfacePlot(ImageProcessor ip)
void	Slicer.putColumn(ImageProcessor ip, int x, int y, float[] data, int length)
void	Slicer.putRow(ImageProcessor ip, int x, int y, float[] data, int length)
void	ContrastEnhancer.stretchHistogram(ImageProcessor ip, double saturated)
void	ContrastEnhancer.stretchHistogram(ImageProcessor ip, double saturated, ImageStatistics stats)

Uses of ImageProcessor in ij.plugin.filter

Methods in ij.plugin.filter that return ImageProcessor

ImageProcessor

FFTFilter.tileMirror(ImageProcessor ip, int width, int height, int x, int y) Puts ImageProcessor (ROI) into a new ImageProcessor of size width x height y at position (x,y).

Methods in ij.plugin.filter with parameters of type ImageProcessor

void	SaltAndPepper.add(ImageProcessor ip, double percent)
boolean	ParticleAnalyzer.analyze(ImagePlus imp, ImageProcessor ip) Performs particle analysis on the specified ImagePlus and ImageProcessor.
boolean	GaussianBlur.blur(ImageProcessor ip, double radius) Gaussian Filtering of an ImageProcessor.
void	GaussianBlur.blurGaussian(ImageProcessor ip, double sigmaX, double sigmaY, double accuracy) Gaussian Filtering of an ImageProcessor.
void	Filler.clear(ImageProcessor ip)
void	Filler.clearOutside(ImageProcessor ip) Deprecated. replaced by ImageProcessor.fillOutside(Roi)
boolean	Convolver.convolve(ImageProcessor ip, float[] kernel, int kw, int kh) Convolves ip with a kernel of width kw and height kh.
boolean	Convolver.convolveFloat(ImageProcessor ip, float[] kernel, int kw, int kh) Convolves the float image ip with a kernel of width kw and height kh.
void	Filler.draw(ImageProcessor ip) Deprecated. replaced by ImageProcessor.draw(Roi)
protected void	CalibrationBar.drawColorBar(ImageProcessor ip, int xOffset, int yOffset)
void	Filler.drawLabel(ImagePlus imp, ImageProcessor ip, int count, java.awt.Rectangle r)
protected void	ParticleAnalyzer.drawParticle(ImageProcessor drawIP, Roi roi, ImageStatistics stats, ImageProcessor mask) Draws a selected particle in a separate image.
void	Shadows.east(ImageProcessor ip)
void	Filler.fill(ImageProcessor ip) Deprecated. replaced by ImageProcessor.fill(Roi)
ByteProcessor	MaximumFinder.findMaxima(ImageProcessor ip, double tolerance, double threshold, int outputType, boolean excludeOnEdges, boolean isEDM) Here the processing is done: Find the maxima of an image (does not find minima).
java.lang.String	Info.getImageInfo(ImagePlus imp, ImageProcessor ip)
void	Filler.label(ImageProcessor ip)
ShortProcessor	EDM.make16bitEDM(ImageProcessor ip) Calculates a 16-bit grayscale Euclidean Distance Map for a binary 8-bit image.
FloatProcessor	EDM.makeFloatEDM(ImageProcessor ip, int backgroundValue, boolean edgesAreBackground) Creates the Euclidian Distance Map of a (binary) byte image.
void	Filler.makeMask(ImageProcessor ip, java.awt.Rectangle r)
void	Shadows.north(ImageProcessor ip)
void	Shadows.northeast(ImageProcessor ip)
void	Shadows.northwest(ImageProcessor ip)
void	RankFilters.rank(ImageProcessor ip, double radius, int rankType) Filters an image
static void	GaussianBlur.resetOutOfRoi(ImageProcessor ip, int radius) Set the processed pixels above and below the roi rectangle back to their previous value (i.e., snapshot buffer).
void	BackgroundSubtracter.rollingBallBackground(ImageProcessor ip, double radius, boolean createBackground, boolean lightBackground, boolean useParaboloid, boolean doPresmooth, boolean correctCorners) Create or subtract a background, works for all image types.
void	ZAxisProfiler.run(ImageProcessor ip)
void	XYWriter.run(ImageProcessor ip)
void	Writer.run(ImageProcessor ip)
void	UnsharpMask.run(ImageProcessor ip) This method is invoked for each slice or color channel.
void	Translator.run(ImageProcessor ip)
void	Transformer.run(ImageProcessor ip)
void	ThresholdToSelection.run(ImageProcessor ip)
void	StackLabeler.run(ImageProcessor ip)
void	Shadows.run(ImageProcessor ip)
void	ScaleDialog.run(ImageProcessor ip)
void	SaltAndPepper.run(ImageProcessor ip)
void	Rotator.run(ImageProcessor ip)
void	RoiWriter.run(ImageProcessor ip)
void	RGBStackSplitter.run(ImageProcessor ip)
void	Resizer.run(ImageProcessor ip) Deprecated.
void	RankFilters.run(ImageProcessor ip)
void	Projector.run(ImageProcessor ip)
void	Profiler.run(ImageProcessor ip)
void	Printer.run(ImageProcessor ip)
void	PlugInFilter.run(ImageProcessor ip) Filters use this method to process the image.
void	ParticleAnalyzer.run(ImageProcessor ip)
void	MaximumFinder.run(ImageProcessor ip) The plugin is inferred from ImageJ by this method
void	LutViewer.run(ImageProcessor ip)
void	LutApplier.run(ImageProcessor ip)
void	LineGraphAnalyzer.run(ImageProcessor ip)
void	Info.run(ImageProcessor ip)
void	ImageProperties.run(ImageProcessor ip)
void	ImageMath.run(ImageProcessor ip)
void	GaussianBlur.run(ImageProcessor ip) This method is invoked for each slice during execution
void	FractalBoxCounter.run(ImageProcessor ip)
void	Filters.run(ImageProcessor ip)
void	Filler.run(ImageProcessor ip)
void	FFTFilter.run(ImageProcessor ip)
void	FFTCustomFilter.run(ImageProcessor ip)
void	EDM.run(ImageProcessor ip) Called by the PlugInFilterRunner to process the image or one frame of a stack
void	Duplicater.run(ImageProcessor ip) Deprecated.
void	Convolver.run(ImageProcessor ip)
void	Calibrator.run(ImageProcessor ip)
void	CalibrationBar.run(ImageProcessor ipPassed)
void	Binary.run(ImageProcessor ip)
void	Benchmark.run(ImageProcessor ip)
void	BackgroundSubtracter.run(ImageProcessor ip) Background for any image type
void	AVI_Writer.run(ImageProcessor ip) Asks for the compression type and filename; then saves as AVI file
void	Analyzer.run(ImageProcessor ip)
void	Shadows.south(ImageProcessor ip)
void	Shadows.southeast(ImageProcessor ip)
void	Shadows.southwest(ImageProcessor ip)
void	BackgroundSubtracter.subtractBackround(ImageProcessor ip, int ballRadius) Depracated.
ImageProcessor	FFTFilter.tileMirror(ImageProcessor ip, int width, int height, int x, int y) Puts ImageProcessor (ROI) into a new ImageProcessor of size width x height y at position (x,y).
void	EDM.toEDM(ImageProcessor ip) Converts a binary image into a 8-bit grayscale Euclidean Distance Map (EDM).
void	EDM.toWatershed(ImageProcessor ip) Do watershed segmentation based on the EDM of the foreground objects (nonzero pixels) in an 8-bit image.
void	CalibrationBar.verticalColorBar(ImageProcessor ip, int x, int y, int thickness, int length)
void	Shadows.west(ImageProcessor ip)

Uses of ImageProcessor in ij.plugin.frame

Methods in ij.plugin.frame with parameters of type ImageProcessor

void	ColorThresholder.getLab(ImageProcessor ip, byte[] L, byte[] a, byte[] b)
void	ColorThresholder.getYUV(ImageProcessor ip, byte[] Y, byte[] U, byte[] V)

Uses of ImageProcessor in ij.process

Subclasses of ImageProcessor in ij.process

class	BinaryProcessor This class processes binary images.
class	ByteProcessor This is an 8-bit image and methods that operate on that image.
class	ColorProcessor This is an 32-bit RGB image and methods that operate on that image..
class	FHT This class contains a Java implementation of the Fast Hartley Transform.
class	FloatProcessor This is an 32-bit floating-point image and methods that operate on that image.
class	ShortProcessor ShortProcessors contain a 16-bit unsigned image and methods that operate on that image.

Methods in ij.process that return ImageProcessor

ImageProcessor	TypeConverter.convertToByte() Converts processor to a ByteProcessor.
ImageProcessor	ImageProcessor.convertToByte(boolean doScaling) Returns an 8-bit version of this image as a ByteProcessor.
ImageProcessor	MedianCut.convertToByte(int maxcubes) This is a version of convert that returns a ByteProcessor.
ImageProcessor	ImageProcessor.convertToFloat() Returns a 32-bit float version of this image as a FloatProcessor.
ImageProcessor	TypeConverter.convertToFloat(float[] ctable) Converts processor to a FloatProcessor.
ImageProcessor	TypeConverter.convertToRGB() Converts processor to a ColorProcessor.
ImageProcessor	ImageProcessor.convertToRGB() Returns an RGB version of this image as a ColorProcessor.
ImageProcessor	TypeConverter.convertToShort() Converts processor to a ShortProcessor.
ImageProcessor	ImageProcessor.convertToShort(boolean doScaling) Returns a 16-bit version of this image as a ShortProcessor.
ImageProcessor	ShortProcessor.createProcessor(int width, int height) Returns a new, blank ShortProcessor with the specified width and height.
abstract ImageProcessor	ImageProcessor.createProcessor(int width, int height) Returns a new, blank processor with the specified width and height.
ImageProcessor	FloatProcessor.createProcessor(int width, int height) Returns a new, blank FloatProcessor with the specified width and height.
ImageProcessor	ColorProcessor.createProcessor(int width, int height) Returns a new, blank ColorProcessor with the specified width and height.
ImageProcessor	ByteProcessor.createProcessor(int width, int height) Returns a new, blank ByteProcessor with the specified width and height.
ImageProcessor	ShortProcessor.crop()
abstract ImageProcessor	ImageProcessor.crop() Creates a new processor containing an image that corresponds to the current ROI.
ImageProcessor	FloatProcessor.crop()
ImageProcessor	ColorProcessor.crop()
ImageProcessor	ByteProcessor.crop()
ImageProcessor	ShortProcessor.duplicate() Returns a duplicate of this image.
abstract ImageProcessor	ImageProcessor.duplicate() Returns a duplicate of this image.
ImageProcessor	FloatProcessor.duplicate() Returns a duplicate of this image.
ImageProcessor	ColorProcessor.duplicate() Returns a duplicate of this image.
ImageProcessor	ByteProcessor.duplicate() Returns a duplicate of this image.
ImageProcessor	ImageProcessor.getMask() For images with irregular ROIs, returns a mask, otherwise, returns null.
ImageProcessor	PolygonFiller.getMask(int width, int height) Returns a byte mask containing a filled version of the polygon.
ImageProcessor	FHT.getPowerSpectrum() Returns an 8-bit power spectrum, log-scaled to 1-254.
ImageProcessor	ColorProcessor.makeThumbnail(int width2, int height2, double smoothFactor) Uses averaging to creates a new ColorProcessor containing a scaled copy of this image or selection.
ImageProcessor	ImageProcessor.resize(int dstWidth) Creates a new ImageProcessor containing a scaled copy of this image or ROI, with the aspect ratio maintained.
ImageProcessor	ShortProcessor.resize(int dstWidth, int dstHeight) Creates a new ShortProcessor containing a scaled copy of this image or selection.
abstract ImageProcessor	ImageProcessor.resize(int dstWidth, int dstHeight) Creates a new ImageProcessor containing a scaled copy of this image or ROI.
ImageProcessor	FloatProcessor.resize(int dstWidth, int dstHeight) Creates a new FloatProcessor containing a scaled copy of this image or selection.
ImageProcessor	ColorProcessor.resize(int dstWidth, int dstHeight) Creates a new ColorProcessor containing a scaled copy of this image or selection.
ImageProcessor	ByteProcessor.resize(int dstWidth, int dstHeight) Creates a new ByteProcessor containing a scaled copy of this image or selection.
ImageProcessor	ImageProcessor.rotateLeft() Rotates the entire image 90 degrees counter-clockwise.
ImageProcessor	ImageProcessor.rotateRight() Rotates the entire image 90 degrees clockwise.

Methods in ij.process with parameters of type ImageProcessor

void	StackProcessor.copyBits(ImageProcessor src, int xloc, int yloc, int mode)
void	ShortProcessor.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the image contained in 'ip' to (xloc, yloc) using one of the transfer modes defined in the Blitter interface.
void	ShortBlitter.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the 16-bit image in 'ip' to (x,y) using the specified mode.
abstract void	ImageProcessor.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the image contained in 'ip' to (xloc, yloc) using one of the transfer modes defined in the Blitter interface.
void	FloatProcessor.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the image contained in 'ip' to (xloc, yloc) using one of the transfer modes defined in the Blitter interface.
void	FloatBlitter.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the float image in 'ip' to (x,y) using the specified mode.
void	ColorProcessor.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the image contained in 'ip' to (xloc, yloc) using one of the transfer modes defined in the Blitter interface.
void	ColorBlitter.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the RGB image in 'ip' to (x,y) using the specified mode.
void	ByteProcessor.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the image contained in 'ip' to (xloc, yloc) using one of the transfer modes defined in the Blitter interface.
void	ByteBlitter.copyBits(ImageProcessor ip, int xloc, int yloc, int mode) Copies the byte image in 'ip' to (x,y) using the specified mode.
void	Blitter.copyBits(ImageProcessor src, int x, int y, int mode) Copies the image in 'src' to (x,y) using the specified mode.
void	ImageStatistics.drawEllipse(ImageProcessor ip)
void	EllipseFitter.drawEllipse(ImageProcessor ip) Draws the ellipse on the specified image.
void	ShortProcessor.fill(ImageProcessor mask) Fills pixels that are within roi and part of the mask.
abstract void	ImageProcessor.fill(ImageProcessor mask) Fills pixels that are within the ROI bounding rectangle and part of the mask (i.e.
void	FloatProcessor.fill(ImageProcessor mask) Fills pixels that are within roi and part of the mask.
void	ColorProcessor.fill(ImageProcessor mask) Fills pixels that are within roi and part of the mask.
void	ByteProcessor.fill(ImageProcessor mask) Fills pixels that are within roi and part of the mask.
void	PolygonFiller.fill(ImageProcessor ip, java.awt.Rectangle r) Fills the polygon using the ImageProcessor's current drawing color.
void	EllipseFitter.fit(ImageProcessor ip, ImageStatistics stats) Fits an ellipse to the current ROI.
double	ImageProcessor.getBicubicInterpolatedPixel(double x0, double y0, ImageProcessor ip2) This method is from Chapter 16 of "Digital Image Processing: An Algorithmic Introduction Using Java" by Burger and Burge (http://www.imagingbook.com/).
double	FloatProcessor.getBicubicInterpolatedPixel(double x0, double y0, ImageProcessor ip2) This method is from Chapter 16 of "Digital Image Processing: An Algorithmic Introduction Using Java" by Burger and Burge (http://www.imagingbook.com/).
int[]	ColorProcessor.getHistogram(ImageProcessor mask)
int[]	ByteProcessor.getHistogram(ImageProcessor mask)
static ImageStatistics	ImageStatistics.getStatistics(ImageProcessor ip, int mOptions, Calibration cal)
void	ImageProcessor.insert(ImageProcessor ip, int xloc, int yloc) Inserts the image contained in 'ip' at (xloc, yloc).
void	EllipseFitter.makeRoi(ImageProcessor ip) Generates the xCoordinates, yCoordinates public arrays that can be used to create an ROI.
protected java.lang.String	ImageProcessor.maskSizeError(ImageProcessor mask)
void	FloodFiller.particleAnalyzerFill(int x, int y, double level1, double level2, ImageProcessor mask, java.awt.Rectangle bounds) This method is used by the particle analyzer to remove interior holes from particle masks.
void	ShortProcessor.reset(ImageProcessor mask)
abstract void	ImageProcessor.reset(ImageProcessor mask) Restores pixels from the snapshot buffer that are within the rectangular roi but not part of the mask.
void	FloatProcessor.reset(ImageProcessor mask)
void	ColorProcessor.reset(ImageProcessor mask)
void	ByteProcessor.reset(ImageProcessor mask) Restore pixels that are within roi but not part of mask.
void	ImageProcessor.setMask(ImageProcessor mask) Defines a byte mask that limits processing to an irregular ROI.
void	FHT.swapQuadrants(ImageProcessor ip) Swap quadrants 1 and 3 and 2 and 4 of the specified ImageProcessor so the power spectrum origin is at the center of the image.

Constructors in ij.process with parameters of type ImageProcessor

ByteStatistics(ImageProcessor ip)
Construct an ImageStatistics object from a ByteProcessor using the standard measurement options (area, mean, mode, min and max) and no calibration.

ByteStatistics(ImageProcessor ip, int mOptions, Calibration cal)
Constructs a ByteStatistics object from a ByteProcessor using the specified measurement and calibration.

ColorStatistics(ImageProcessor ip)
Construct an ImageStatistics object from a ColorProcessor using the standard measurement options (area, mean, mode, min and max).

ColorStatistics(ImageProcessor ip, int mOptions, Calibration cal)
Constructs a ColorStatistics object from a ColorProcessor using the specified measurement options.

FHT(ImageProcessor ip)
Constructs a FHT object from an ImageProcessor.

FloatStatistics(ImageProcessor ip)
Constructs an ImageStatistics object from a FloatProcessor using the standard measurement options (area, mean, mode, min and max).

FloatStatistics(ImageProcessor ip, int mOptions, Calibration cal)
Constructs a FloatStatistics object from a FloatProcessor using the specified measurement options.

FloodFiller(ImageProcessor ip)

ShortStatistics(ImageProcessor ip)
Construct an ImageStatistics object from a ShortProcessor using the standard measurement options (area, mean, mode, min and max).

ShortStatistics(ImageProcessor ip, int mOptions, Calibration cal)
Constructs a ShortStatistics object from a ShortProcessor using the specified measurement options.

StackProcessor(ImageStack stack, ImageProcessor ip)
Constructs a StackProcessor from a stack.

TypeConverter(ImageProcessor ip, boolean doScaling)