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details VIGRA Function Index VIGRA

b | c | d | e | f | g | h | i | l | m | n | o | p | r | s | t | v | w | y

abs() [RationalOperations]
abs() [RGBValueOperators]
abs() [FFTWComplexOperators]
abs() [TinyVectorOperators]
angularGaborSigma()
applyFourierFilter()
applyFourierFilterFamily()

- b -

beaudetCornerDetector()
beautifyCrackEdgeImage()
boundaryTensor()

- c -

cannyEdgeImage()
cannyEdgelList()
ceil() [TinyVectorOperators]
ceil() [RationalOperations]
ceil() [RGBValueOperators]
closeAtTolerance()
closeGapsInCrackEdgeImage()
combineThreeImages()
combineThreeMultiArrays()
combineTwoImages()
combineTwoImagesIf()
combineTwoMultiArrays()
conj()
convolveImage() [CommonConvolutionFilters]
convolveImage() [StandardConvolution]
convolveImageWithMask()
convolveLine()
convolveMultiArrayOneDimension()
copyImage()
copyImageIf()
copyMultiArray()
cornerResponseFunction()
createGaborFilter()
createRGBTiffImage()
createScalarTiffImage()
createTiffImage()
cross()

- d -

differenceOfExponentialCrackEdgeImage()
differenceOfExponentialEdgeImage()
discDilation()
discDilationWithMask()
discErosion()
discErosionWithMask()
discMedian()
discMedianWithMask()
discRankOrderFilter()
discRankOrderFilterWithMask()
distanceTransform()
dot() [RGBValueOperators]
dot() [TinyVectorOperators]

- e -

erf()
exportFloatingScalarImage()
exportFloatingVectorImage()
exportImage()
exportIntegralScalarImage()
exportIntegralVectorImage()
exportVolume()
extendedLocalMaxima()
extendedLocalMinima()

- f -

floor() [RationalOperations]
floor() [RGBValueOperators]
floor() [TinyVectorOperators]
foerstnerCornerDetector()
fourierTransformRealEE()

- g -

gaussianGradient()
gaussianGradientMultiArray()
gaussianSharpening()
gaussianSmoothMultiArray()
gaussianSmoothing()
gcd()
gradientBasedTransform()
gradientEnergyTensor()

- h -

hessianMatrixOfGaussian()
hourGlassFilter()

- i -

impexListExtensions()
impexListFormats()
importImage()
importScalarImage()
importTiffImage()
importVectorImage()
importVolume()
initImage()
initImageBorder()
initImageIf()
initImageWithFunctor()
initMultiArray()
inspectImage()
inspectImageIf()
inspectMultiArray()
inspectTwoImages()
inspectTwoImagesIf()
inspectTwoMultiArrays()
isImage()

- l -

lab2Polar()
labelImage()
labelImageWithBackground()
laplacianOfGaussian()
lcm()
linearIntensityTransform()
linearRangeMapping()
localMaxima()
localMinima()
luv2Polar()

- m -

makeBasicImageView() [MultiArrayToImage]
makeBasicImageView() [MultiArrayToImage]
makeRGBImageView()
moveDCToCenter()
moveDCToUpperLeft()

- n -

nonlinearDiffusion()
norm() [MathFunctions]
norm() [RationalOperations]
norm() [FFTWComplexOperators]
normalizedConvolveImage()

- o -

operator *() [FFTWComplexOperators]
operator *() [RationalOperations]
operator *() [RGBValueOperators]
operator *() [TinyVectorOperators]
operator *() [FFTWComplexOperators]
operator *() [RationalOperations]
operator *() [RationalOperations]
operator *() [FFTWComplexOperators]
operator *() [TinyVectorOperators]
operator *() [TinyVectorOperators]
operator *() [RGBValueOperators]
operator *() [RGBValueOperators]
operator *=() [FFTWComplexOperators]
operator *=() [RGBValueOperators]
operator *=() [RGBValueOperators]
operator *=() [FFTWComplexOperators]
operator!=() [RationalOperations]
operator!=() [RGBValueOperators]
operator!=() [TinyVectorOperators]
operator!=() [RationalOperations]
operator!=() [RationalOperations]
operator!=() [FFTWComplexOperators]
operator>() [RationalOperations]
operator>() [RationalOperations]
operator>() [RationalOperations]
operator>=() [RationalOperations]
operator>=() [RationalOperations]
operator>=() [RationalOperations]
operator<() [RationalOperations]
operator<() [RationalOperations]
operator<() [RationalOperations]
operator<=() [RationalOperations]
operator<=() [RationalOperations]
operator<=() [RationalOperations]
operator+() [RationalOperations]
operator+() [RangesAndPoints]
operator+() [TinyVectorOperators]
operator+() [RationalOperations]
operator+() [RGBValueOperators]
operator+() [RangesAndPoints]
operator+() [RationalOperations]
operator+() [RangesAndPoints]
operator+() [RangesAndPoints]
operator+() [FFTWComplexOperators]
operator+() [RationalOperations]
operator+=() [RGBValueOperators]
operator+=() [FFTWComplexOperators]
operator-() [RationalOperations]
operator-() [RangesAndPoints]
operator-() [RationalOperations]
operator-() [RationalOperations]
operator-() [RangesAndPoints]
operator-() [TinyVectorOperators]
operator-() [RangesAndPoints]
operator-() [RangesAndPoints]
operator-() [FFTWComplexOperators]
operator-() [TinyVectorOperators]
operator-() [RGBValueOperators]
operator-() [RationalOperations]
operator-=() [FFTWComplexOperators]
operator-=() [RGBValueOperators]
operator/() [FFTWComplexOperators]
operator/() [RGBValueOperators]
operator/() [RationalOperations]
operator/() [RationalOperations]
operator/() [FFTWComplexOperators]
operator/() [RationalOperations]
operator/() [TinyVectorOperators]
operator/=() [RGBValueOperators]
operator/=() [FFTWComplexOperators]
operator/=() [FFTWComplexOperators]
operator==() [FFTWComplexOperators]
operator==() [TinyVectorOperators]
operator==() [RationalOperations]
operator==() [RationalOperations]
operator==() [RationalOperations]
operator==() [RGBValueOperators]

- p -

polar2Lab()
polar2Luv()
polar2YPrimeCbCr()
polar2YPrimeIQ()
polar2YPrimePbPr()
polar2YPrimeUV()
polynomialRealRoots()
polynomialRoots()
pow()

- r -

radialGaborSigma()
radialSymmetryTransform()
rational_cast()
read_band()
read_bands()
recursiveFilterLine()
recursiveFilterX()
recursiveFilterY()
recursiveFirstDerivativeLine()
recursiveFirstDerivativeX()
recursiveFirstDerivativeY()
recursiveSecondDerivativeLine()
recursiveSecondDerivativeX()
recursiveSecondDerivativeY()
recursiveSmoothLine()
recursiveSmoothX()
recursiveSmoothY()
reflectImage()
regionImageToCrackEdgeImage()
regionImageToEdgeImage()
removeShortEdges()
resampleImage()
resamplingConvolveImage()
resamplingConvolveX()
resamplingConvolveY()
resizeImageCatmullRomInterpolation()
resizeImageCoscotInterpolation()
resizeImageLinearInterpolation()
resizeImageNoInterpolation()
resizeImageSplineInterpolation()
rieszTransformOfLOG()
rohrCornerDetector()
rotateImage()
round()

- s -

seededRegionGrowing()
separableConvolveMultiArray()
separableConvolveX()
separableConvolveY()
sign() [MathFunctions]
sign() [MathFunctions]
simpleSharpening()
sq()
squaredNorm() [FFTWComplexOperators]
squaredNorm() [TinyVectorOperators]
squaredNorm() [RationalOperations]
squaredNorm() [MathFunctions]
structureTensor()
symmetricGradientMultiArray()

- t -

tensorEigenRepresentation()
tensorToEdgeCorner()
tensorTrace()
tiffToRGBImage()
tiffToScalarImage()
transformImage()
transformImageIf()
transformMultiArray()
transposeImage()

- v -

vectorToTensor()

- w -

write_band()
write_bands()

- y -

yPrimeCbCr2Polar()
yPrimeIQ2Polar()
yPrimePbPr2Polar()
yPrimeUV2Polar()

© Ullrich Köthe (koethe@informatik.uni-hamburg.de)
Cognitive Systems Group, University of Hamburg, Germany

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VIGRA 1.3.3 (18 Aug 2005)