Uses of Class
net.grelf.image.IncompatibleImageException

Packages that use IncompatibleImageException

Package	Description
net.grelf.grip	This package contains the Java classes which are specific to the image processing application GRIP. GRIP is available as a free download from www.grelf.net - please always quote this URL in connection with GRIP. Version: 18.1.24
net.grelf.image	This package contains Java classes defining and processing images.
net.grelf.malign	This package provides the interactive process for aligning two images.

Uses of IncompatibleImageException in net.grelf.grip

Methods in net.grelf.grip that throw IncompatibleImageException

Modifier and Type	Method and Description
void	Accumulator.addWithStarBoost(Image image, int starBoostFactor) For accumulating star trails.
void	Accumulator32.addWithStarBoost(Image image, int starBoostFactor) For accumulating star trails.
void	Accumulator64.addWithStarBoost(Image image, int starBoostFactor) For accumulating star trails.
boolean	Accumulator.averageShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that matched point pairs are superimposed.
boolean	Accumulator32.averageShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that matched point pairs are superimposed.
boolean	Accumulator64.averageShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that matched point pairs are superimposed.
boolean	Accumulator.brightestShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<PointFloat> centres) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that brightest objects in this image and the middle image of the sequence are superimposed. 9.11.26: changed last parameter from BlobMeas [][] lookup.
boolean	Accumulator32.brightestShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<PointFloat> centres) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that brightest objects in this image and the middle image of the sequence are superimposed. NB: Does NOT set this.extremes, so must call getOverallRange () at end of sequence. 9.11.26: changed last parameter from BlobMeas [][] lookup.
boolean	Accumulator64.brightestShiftAccumulate(Image image, int imNo, int middleImNo, java.util.List<PointFloat> centres) For image imNo of a sequence, add the pixel values into the accumulator but first shift the image so that brightest objects in this image and the middle image of the sequence are superimposed. 9.11.26: changed last parameter from BlobMeas [][] lookup.
static void	StarSegmenter.splitFromBackground(Image srcIm, int difference, int radius, int nDilations, Image starIm, Image backIm)
boolean	Accumulator.warpAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first distort the image so that matched point pairs are superimposed.
boolean	Accumulator32.warpAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first distort the image so that matched point pairs are superimposed.
boolean	Accumulator64.warpAccumulate(Image image, int imNo, int middleImNo, java.util.List<MatchPair> matches, BlobMeas[][] lookup, int nBrightest) For image imNo of a sequence, add the pixel values into the accumulator but first distort the image so that matched point pairs are superimposed.

Constructors in net.grelf.grip that throw IncompatibleImageException

Constructor and Description
Accumulator32(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Accumulator32(Image im) Use the Image to set the width, height and number of bands (channels) in this Accumulator.
Accumulator64(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Accumulator64(Image im) Use the Image to set the width, height and number of bands (channels) in this Accumulator.

Uses of IncompatibleImageException in net.grelf.image

Methods in net.grelf.image that throw IncompatibleImageException

Modifier and Type	Method and Description
void	Image.add(java.awt.image.BufferedImage bim) Add pixel values from bim into the data array.
void	Image32.add(java.awt.image.BufferedImage bim) Add pixel values from bim into the data array.
void	Image64.add(java.awt.image.BufferedImage bim) Add pixel values from bim into the image data array.
void	Image8or16Base.add(java.awt.image.BufferedImage bim2)
void	ComplexImage.add(ComplexImage other) Add both real and imaginary parts of another image to the current image.
void	ComplexImage64.add(ComplexImage other) Add both real and imaginary parts of another image to the current image.
void	Image.add(Image other) Add pixel values from the other Image into the current data array.
void	Image16.add(Image other)
void	Image32.add(Image other) Add pixel values from the other Image into the current data array.
void	Image64.add(Image other) Add pixel values from another Image into the data array.
void	Image8.add(Image other)
void	Image32.add(Image32 other) Add pixel values from another Image32 into the data array.
void	Image32.add(Image32 other, double fThis, double fOther) Add pixel values from another Image32 into the data array, taking fraction fThis of the values in the current image and fOther of those in the other.
void	Image.addProportion(Image other, double fractionThis, double fractionOther) Add proportion of pixel values from the other Image to a proportion of the current data array.
void	Image32.addProportion(Image other, double fractionThis, double fractionOther) Add proportion of pixel values from the other Image to a proportion of the current data array.
void	Image64.addProportion(Image other, double fractionThis, double fractionOther) Add proportion of pixel values from the other Image to a proportion of the current data array.
void	Image8or16Base.addProportion(Image other, double fractionThis, double fractionOther) Add proportion of pixel values from the other Image to a proportion of the current data array.
void	Image.addTranslated(java.awt.image.BufferedImage bim, double dx, double dy) Add pixel values from bim into the data array, offset by vector (dx, dy).
void	Image32.addTranslated(java.awt.image.BufferedImage bim, double dx, double dy) Add pixel values from bim into the data array, offset by vector (dx, dy).
void	Image64.addTranslated(java.awt.image.BufferedImage bim, double dx, double dy) Add pixel values from bim into the image data array, offset by vector (dx, dy).
void	Image8or16Base.addTranslated(java.awt.image.BufferedImage bim, double dx, double dy)
void	Image.addTranslated(java.awt.image.BufferedImage bim, int dx, int dy) Add pixel values from bim into the data array, offset by vector (dx, dy).
void	Image32.addTranslated(java.awt.image.BufferedImage bim, int dx, int dy) Add pixel values from bim into the data array, offset by vector (dx, dy).
void	Image64.addTranslated(java.awt.image.BufferedImage bim, int dx, int dy) Add pixel values from bim into the image data array, offset by vector (dx, dy).
void	Image8or16Base.addTranslated(java.awt.image.BufferedImage bim, int dx, int dy)
void	Image32.addTranslated(Image im, double dx, double dy) Add pixel values from im into the data array, offset by vector (dx, dy).
void	Image64.addTranslated(Image im, double dx, double dy) Add pixel values from bim into the image data array, offset by vector (dx, dy).
protected void	Image8or16Base.checkCompatibility(java.awt.image.BufferedImage bim)
protected void	Image32.checkCompatibility(java.lang.String opName, java.awt.image.BufferedImage bim)
protected void	Image64.checkCompatibility(java.lang.String opName, java.awt.image.BufferedImage bim)
protected void	Image32.checkCompatibility(java.lang.String opName, Image otherImage)
protected void	Image64.checkCompatibility(java.lang.String opName, Image otherImage)
ComplexImage64	Image64.fft() Fast Fourier Transform; creates a pair of 64-bit images, real [0] and imaginary [1] parts from a single real input image (this).
ComplexImage64	Image64.fft(Image64 other) Fast Fourier Transform; creates a pair of 64-bit images, real [0] and imaginary [1] parts.
ComplexImage64	Image64.fftInverse(Image64 other) Inverse Fast Fourier Transform; creates a pair of 64-bit images, real [0] and imaginary [1] parts.
void	Image32.saveAsTIFFfloat32(java.lang.String filePath) If number of channels is 1 or 3, saves as 32-bit RGB double floating-point TIFF file in big-endian (MM) format.
void	Image.set(java.awt.image.BufferedImage bim) Set pixel values from bim into the data array.
void	Image32.set(java.awt.image.BufferedImage bim) Set pixel values from bim into the image data array.
void	Image64.set(java.awt.image.BufferedImage bim) Set pixel values from bim into the image data array.
void	Image8or16Base.set(java.awt.image.BufferedImage bim)
void	ComplexImage.subtract(ComplexImage other) Subtract both real and imaginary parts of another image from the current image.
void	ComplexImage64.subtract(ComplexImage other) Subtract both real and imaginary parts of another image from the current image.
void	Image.subtract(Image image) Subtract pixel values of other image from this image data array, raising result by minimum possible so it is always positive.
void	Image32.subtract(Image other) Subtract pixel values of other image from this image data array, raising result by minimum possible so it is always positive.
void	Image64.subtract(Image other) Subtract pixel values of other image from this image data array.
void	Image8or16Base.subtract(Image other) Subtract pixel values of other image from this image data array, raising result by minimum possible so it is always positive.
void	Image.subtractToZero(Image image) Subtract pixel values of other image from this image data array, clipping negative results to zero.
void	Image32.subtractToZero(Image other) Subtract pixel values of other image from this image data array, clipping negative results to zero.
void	Image64.subtractToZero(Image other) Subtract pixel values of other image from this image data array, clipping negative results to zero.
void	Image8or16Base.subtractToZero(Image other) Subtract pixel values of other image from this image data array, clipping negative results to zero.

Constructors in net.grelf.image that throw IncompatibleImageException

Constructor and Description
ComplexImage64(Image64 realImage, Image64 imaginaryImage) Throws exception if the two images do not match in width, height or number of bands.
Image16(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Image16(java.awt.image.BufferedImage bim, boolean raw) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Image32(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Image64(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.
Image8(java.awt.image.BufferedImage bim) Use the BufferedImage to set the width, height and number of bands (channels) in this Image.

Uses of IncompatibleImageException in net.grelf.malign

Constructors in net.grelf.malign that throw IncompatibleImageException

Constructor and Description
AlignmentPane(Image fixedImage, Image flexibleImage) Align the flexible image to the fixed image, by warping as the user indicates with matched pairs of points.