vigra - Function Index

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Function Index |

A | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

AdjacencyListGraph()

H | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

HDF5Handle() [VigraHDF5Impex]
HDF5Handle() [VigraHDF5Impex]
HDF5Handle() [VigraHDF5Impex]
HDF5HandleShared() [VigraHDF5Impex]
HDF5HandleShared() [VigraHDF5Impex]
HDF5HandleShared() [VigraHDF5Impex]

A | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

abs() [LinearAlgebraFunctions]
abs() [QuaternionOperations]
abs() [FFTWComplexOperators]
abs() [FixedPointOperations]
abs() [FixedPoint16Operations]
abs() [RationalOperations]
abs() [RGBValueOperators]
abs() [TinyVectorOperators]
acos()
activate()
add() [LinearAlgebraFunctions]
add() [FixedPointOperations]
add() [FixedPoint16Operations]
adjacent_vertices()
affineMatrix2DFromCorrespondingPoints()
affineWarpImage()
after_tree_ip_impl()
allGreater()
allGreaterEqual()
allLess()
allLessEqual()
angularGaborSigma()
anisotropicTotalVariationFilter()
applyFourierFilter()
applyFourierFilterFamily()
applyPermutation()
applyWindowFunction()
arcFromId()
arcLengthQuantile()
arcNum()
arg()
argMax() [LinearAlgebraFunctions]
argMax() [MathFunctions]
argMaxIf() [LinearAlgebraFunctions]
argMaxIf() [MathFunctions]
argMin() [LinearAlgebraFunctions]
argMin() [MathFunctions]
argMinIf() [LinearAlgebraFunctions]
argMinIf() [MathFunctions]
asString()
asin()
atan()
atan2()

B | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

back_adjacent_vertices()
backward_elimination()
baseNode() [GraphDataStructures]
baseNode() [GraphDataStructures]
beaudetCornerDetector()
beautifyCrackEdgeImage()
besselJ()
besselY()
boundaryMultiDistance()
boundaryTensor()
boundaryTensor1()
boundaryVectorDistance()

C | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

cannyEdgeImage()
cannyEdgeImageFromGradWithThinning()
cannyEdgeImageWithThinning()
cannyEdgelList()
cannyEdgelList3x3()
cannyEdgelList3x3Threshold()
cannyEdgelListThreshold()
carvingSegmentation()
ceil() [LinearAlgebraFunctions]
ceil() [FixedPointOperations]
ceil() [FixedPoint16Operations]
ceil() [RationalOperations]
ceil() [RGBValueOperators]
ceil() [TinyVectorOperators]
ceilPower2()
checksum()
chi2()
chi2CDF()
choleskyDecomposition()
choleskySolve()
clip() [TinyVectorOperators]
clip() [TinyVectorOperators]
clipLower() [TinyVectorOperators]
clipLower() [TinyVectorOperators]
clipUpper()
close()
closeAtTolerance()
closeGapsInCrackEdgeImage()
closed()
cluster_permutation_importance()
columnCount()
columnStatistics()
columnVector() [LinearAlgebraFunctions]
columnVector() [LinearAlgebraFunctions]
combineThreeImages()
combineThreeMultiArrays()
combineTwoImages()
combineTwoImagesIf()
combineTwoMultiArrays()
compress()
concatenateChecksum()
conj() [QuaternionOperations]
conj() [FFTWComplexOperators]
contains()
convexHull()
convolveFFT()
convolveFFTComplex()
convolveFFTComplexMany()
convolveFFTMany()
convolveImage()
convolveImageWithMask()
convolveLine()
convolveMultiArrayOneDimension()
copyEdgeMap()
copyImage()
copyImageIf()
copyMultiArray()
copyNodeMap()
cornerResponseFunction()
correlateFFT()
cos()
cos_pi()
covarianceMatrixOfColumns() [LinearAlgebraFunctions]
covarianceMatrixOfColumns() [LinearAlgebraFunctions]
covarianceMatrixOfRows() [LinearAlgebraFunctions]
covarianceMatrixOfRows() [LinearAlgebraFunctions]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [MultiIteratorGroup]
createCoupledIterator() [namespacevigra.html#a1f1faaf7a6e2c31a10d6dc5b2926fd26]
createDataset()
createGaborFilter()
createHierarchicalIterator() [MultiIteratorGroup]
createHierarchicalIterator() [MultiIteratorGroup]
createHierarchicalIterator() [MultiIteratorGroup]
createHierarchicalIterator() [MultiIteratorGroup]
createHierarchicalIterator() [MultiIteratorGroup]
createHierarchicalIterator() [MultiIteratorGroup]
createRGBTiffImage()
createScalarTiffImage()
createTiffImage()
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
create_visitor() [MachineLearning]
cross() [LinearAlgebraFunctions]
cross() [LinearAlgebraFunctions]
cross() [LinearAlgebraFunctions]
cross() [RGBValueOperators]
cross() [TinyVectorOperators]
cumprod()
cumsum()

D | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

degree()
destImage()
destImageRange()
destIter()
destIterRange()
destMultiArray()
destMultiArrayRange()
determinant()
diagonalMatrix() [LinearAlgebraFunctions]
diagonalMatrix() [LinearAlgebraFunctions]
differenceOfExponentialCrackEdgeImage()
differenceOfExponentialEdgeImage()
direct() [GraphDataStructures]
direct() [GraphDataStructures]
direction()
discDilation()
discDilationWithMask()
discErosion()
discErosionWithMask()
discMedian()
discMedianWithMask()
discRankOrderFilter()
discRankOrderFilterWithMask()
distanceTransform()
div() [FixedPoint16Operations]
div() [TinyVectorOperators]
dot() [LinearAlgebraFunctions]
dot() [LinearAlgebraFunctions]
dot() [RGBValueOperators]
dot() [TinyVectorOperators]
doxygen_overloaded_function()
dual_frac() [FixedPointOperations]
dual_frac() [FixedPoint16Operations]

E | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

east() [EightNeighborhood]
east() [FourNeighborhood]
eccentricityCenters()
eccentricityTransformOnLabels()
edge()
edgeFromId()
edgeNum()
edgeSort()
edgeWeightedWatershedsSegmentation()
edgeWeightsFromInterpolatedImage()
edgeWeightsFromNodeWeights()
edges()
ellipticIntegralE()
ellipticIntegralF()
estimateAffineTransform()
estimateSimilarityTransform()
estimateTranslation()
even()
exp()
exportImage()
exportImageAlpha()
exportVolume()
extendedLocalMaxima()
extendedLocalMaxima3D()
extendedLocalMinima()
extendedLocalMinima3D()
extractContour()
extractFeatures()

F | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

fastCrossCorrelation()
felzenszwalbSegmentation()
fftwCorrespondingShapeR2C()
fillEdgeMap()
fillNodeMap()
fillPolygon()
findArc()
findEdge()
fixed_point_cast() [FixedPointOperations]
fixed_point_cast() [FixedPoint16Operations]
floor() [LinearAlgebraFunctions]
floor() [FixedPointOperations]
floor() [FixedPoint16Operations]
floor() [RationalOperations]
floor() [RGBValueOperators]
floor() [TinyVectorOperators]
floorPower2()
foerstnerCornerDetector()
forward_selection()
fourierTransform()
fourierTransformInverse()
fourierTransformReal()
frac() [FixedPointOperations]
frac() [FixedPoint16Operations]
frostFilter()

G | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

gamma()
gaussianDivergenceMultiArray()
gaussianGradient()
gaussianGradientMagnitude()
gaussianGradientMultiArray()
gaussianSharpening()
gaussianSmoothMultiArray()
gaussianSmoothing()
gcd()
generateSlicSeeds()
generateWatershedSeeds()
get() [VigraHDF5Impex]
get() [MultiIteratorGroup]
get() [MultiIteratorGroup]
get() [acc]
get() [acc]
getAccumulator() [acc]
getAccumulator() [acc]
getAnisotropy()
gradientBasedTransform()
gradientEnergyTensor()
graphSmoothing()
greaterEqualAtTolerance()

H | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

hessianMatrixOfGaussian()
hessianOfGaussianMultiArray()
hourGlassFilter()
hypot()

I | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

id() [GraphDataStructures]
id() [GraphDataStructures]
id() [GraphDataStructures]
identityMatrix() [LinearAlgebraFunctions]
identityMatrix() [LinearAlgebraFunctions]
imag()
impexListExtensions()
impexListFormats()
importImage()
importImageAlpha()
importTiffImage()
importVolume()
in_degree()
in_edges()
indexSort()
initImage()
initImageBorder()
initImageIf()
initImageWithFunctor()
initMultiArray()
initMultiArrayBorder()
inspectImage()
inspectImageIf()
inspectMultiArray()
inspectSequence()
inspectTwoImages()
inspectTwoImagesIf()
inspectTwoMultiArrays()
interpolate()
inverse() [MatrixAlgebra]
inverse() [MatrixAlgebra]
inversePermutation()
isActive()
isAtImageBorder()
isAtVolumeBorder()
isAtVolumeBorderAntiCausal()
isAtVolumeBorderCausal()
isHDF5()
isImage()
isSymmetric()

J | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

joinHorizontally()
joinVertically()

L | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

lab2Polar()
labelImage()
labelImageWithBackground()
labelMultiArray()
labelMultiArrayBlockwise()
labelMultiArrayWithBackground()
labelVolume()
labelVolumeSix()
labelVolumeWithBackground()
laplacianOfGaussian()
laplacianOfGaussianMultiArray()
lcm()
learn() [MachineLearning]
learn() [MachineLearning]
leastAngleRegression()
leastSquares()
legendre() [MathFunctions]
legendre() [MathFunctions]
lessEqualAtTolerance()
linearIntensityTransform()
linearNoiseNormalization()
linearRangeMapping()
linearSequence()
linearSolve()
linearSolveLowerTriangular()
linearSolveUpperTriangular()
localMaxima()
localMaxima3D()
localMinima()
localMinima3D()
log()
log10()
log2i()
logDeterminant()
loggamma()
luv2Polar()

M | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

makeBasicImageView() [MultiArrayToImage]
makeBasicImageView() [MultiArrayToImage]
makeIndexComparator()
makeRGBImageView()
makeRegionAdjacencyGraph()
maskImage()
maskIter()
max() [TinyVectorOperators]
max() [TinyVectorOperators]
maxArcId()
maxEdgeId()
maxNodeId()
medianFilter()
meshGrid()
min() [TinyVectorOperators]
min() [TinyVectorOperators]
mmul() [LinearAlgebraFunctions]
mmul() [LinearAlgebraFunctions]
moveDCToCenter()
moveDCToUpperLeft()
mtfFitGaussian()
mul() [FixedPointOperations]
mul() [FixedPoint16Operations]
multiBinaryDilation()
multiBinaryErosion()
multiGrayscaleDilation()
multiGrayscaleErosion()

N | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

nodeFromId()
nodeNum()
noiseVarianceClustering()
noiseVarianceEstimation()
noncentralChi2()
noncentralChi2CDF()
noncentralChi2CDFApprox()
nonlinearDiffusion()
nonlinearDiffusionExplicit()
nonlinearLeastSquares()
nonnegativeLeastSquares()
nonparametricNoiseNormalization()
nonsymmetricEigensystem()
norm() [LinearAlgebraFunctions]
norm() [MathFunctions]
norm() [FFTWComplexOperators]
norm() [FixedPointOperations]
norm() [FixedPoint16Operations]
norm() [RationalOperations]
normal()
normalizeString()
normalizedConvolveImage()
north() [EightNeighborhood]
north() [FourNeighborhood]
northEast()
northWest()
num_edges()
num_vertices()

O | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

odd()
ones()
operator hid_t()
operator!=() [FFTWComplexOperators]
operator!=() [FFTWComplexOperators]
operator!=() [FFTWComplexOperators]
operator!=() [FixedPointOperations]
operator!=() [FixedPoint16Operations]
operator!=() [VigraHDF5Impex]
operator!=() [VigraHDF5Impex]
operator!=() [VigraHDF5Impex]
operator!=() [RationalOperations]
operator!=() [RationalOperations]
operator!=() [RationalOperations]
operator!=() [RGBValueOperators]
operator!=() [TinyVectorOperators]
operator%()
operator()() [MathFunctions]
operator()() [RangesAndPoints]
operator()() [RangesAndPoints]
operator*() [LinearAlgebraFunctions]
operator*() [LinearAlgebraFunctions]
operator*() [LinearAlgebraFunctions]
operator*() [LinearAlgebraFunctions]
operator*() [LinearAlgebraFunctions]
operator*() [LinearAlgebraFunctions]
operator*() [QuaternionOperations]
operator*() [QuaternionOperations]
operator*() [QuaternionOperations]
operator*() [FFTWComplexOperators]
operator*() [FFTWComplexOperators]
operator*() [FFTWComplexOperators]
operator*() [FixedPointOperations]
operator*() [FixedPoint16Operations]
operator*() [RationalOperations]
operator*() [RationalOperations]
operator*() [RationalOperations]
operator*() [RGBValueOperators]
operator*() [RGBValueOperators]
operator*() [RGBValueOperators]
operator*() [TinyVectorOperators]
operator*() [TinyVectorOperators]
operator*() [TinyVectorOperators]
operator*=() [FFTWComplexOperators]
operator*=() [FFTWComplexOperators]
operator*=() [RGBValueOperators]
operator*=() [RGBValueOperators]
operator+() [LinearAlgebraFunctions]
operator+() [LinearAlgebraFunctions]
operator+() [LinearAlgebraFunctions]
operator+() [QuaternionOperations]
operator+() [QuaternionOperations]
operator+() [QuaternionOperations]
operator+() [RangesAndPoints]
operator+() [RangesAndPoints]
operator+() [RangesAndPoints]
operator+() [RangesAndPoints]
operator+() [FFTWComplexOperators]
operator+() [FFTWComplexOperators]
operator+() [FFTWComplexOperators]
operator+() [FixedPointOperations]
operator+() [FixedPoint16Operations]
operator+() [RationalOperations]
operator+() [RationalOperations]
operator+() [RationalOperations]
operator+() [RationalOperations]
operator+() [RGBValueOperators]
operator+() [TinyVectorOperators]
operator+() [TinyVectorOperators]
operator+() [TinyVectorOperators]
operator+=() [FFTWComplexOperators]
operator+=() [FFTWComplexOperators]
operator+=() [RGBValueOperators]
operator-() [LinearAlgebraFunctions]
operator-() [LinearAlgebraFunctions]
operator-() [LinearAlgebraFunctions]
operator-() [LinearAlgebraFunctions]
operator-() [QuaternionOperations]
operator-() [QuaternionOperations]
operator-() [QuaternionOperations]
operator-() [RangesAndPoints]
operator-() [RangesAndPoints]
operator-() [RangesAndPoints]
operator-() [RangesAndPoints]
operator-() [FFTWComplexOperators]
operator-() [FFTWComplexOperators]
operator-() [FFTWComplexOperators]
operator-() [FixedPointOperations]
operator-() [FixedPoint16Operations]
operator-() [RationalOperations]
operator-() [RationalOperations]
operator-() [RationalOperations]
operator-() [RationalOperations]
operator-() [RGBValueOperators]
operator-() [TinyVectorOperators]
operator-() [TinyVectorOperators]
operator-() [TinyVectorOperators]
operator-() [TinyVectorOperators]
operator-=() [FFTWComplexOperators]
operator-=() [FFTWComplexOperators]
operator-=() [RGBValueOperators]
operator/() [LinearAlgebraFunctions]
operator/() [LinearAlgebraFunctions]
operator/() [LinearAlgebraFunctions]
operator/() [QuaternionOperations]
operator/() [QuaternionOperations]
operator/() [QuaternionOperations]
operator/() [FFTWComplexOperators]
operator/() [FFTWComplexOperators]
operator/() [FixedPoint16Operations]
operator/() [RationalOperations]
operator/() [RationalOperations]
operator/() [RationalOperations]
operator/() [RGBValueOperators]
operator/() [RGBValueOperators]
operator/() [TinyVectorOperators]
operator/() [TinyVectorOperators]
operator/() [TinyVectorOperators]
operator/=() [FFTWComplexOperators]
operator/=() [FFTWComplexOperators]
operator/=() [RGBValueOperators]
operator/=() [RGBValueOperators]
operator<() [FixedPointOperations]
operator<() [FixedPoint16Operations]
operator<() [RationalOperations]
operator<() [RationalOperations]
operator<() [RationalOperations]
operator<() [TinyVectorOperators]
operator<<() [LinearAlgebraFunctions]
operator<<() [VigraSIFImport]
operator<<() [TinyVectorOperators]
operator<=() [FixedPointOperations]
operator<=() [FixedPoint16Operations]
operator<=() [RationalOperations]
operator<=() [RationalOperations]
operator<=() [RationalOperations]
operator=() [VigraHDF5Impex]
operator=() [VigraHDF5Impex]
operator==() [FFTWComplexOperators]
operator==() [FixedPointOperations]
operator==() [FixedPoint16Operations]
operator==() [VigraHDF5Impex]
operator==() [VigraHDF5Impex]
operator==() [VigraHDF5Impex]
operator==() [RationalOperations]
operator==() [RationalOperations]
operator==() [RationalOperations]
operator==() [RGBValueOperators]
operator==() [TinyVectorOperators]
operator>() [FixedPointOperations]
operator>() [FixedPoint16Operations]
operator>() [RationalOperations]
operator>() [RationalOperations]
operator>() [RationalOperations]
operator>=() [FixedPointOperations]
operator>=() [FixedPoint16Operations]
operator>=() [RationalOperations]
operator>=() [RationalOperations]
operator>=() [RationalOperations]
oppositeNode()
out_back_edges()
out_degree()
out_edges()
outer() [LinearAlgebraFunctions]
outer() [LinearAlgebraFunctions]
outer() [LinearAlgebraFunctions]
outer() [LinearAlgebraFunctions]

P | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

pLSA()
pathLength()
pdiv() [LinearAlgebraFunctions]
pdiv() [LinearAlgebraFunctions]
pmul() [LinearAlgebraFunctions]
pmul() [LinearAlgebraFunctions]
polar2Lab()
polar2Luv()
polar2YPrimeCbCr()
polar2YPrimeIQ()
polar2YPrimePbPr()
polar2YPrimeUV()
polynomialRealRoots()
polynomialRealRootsEigenvalueMethod()
polynomialRoots()
polynomialRootsEigenvalueMethod()
pow() [LinearAlgebraFunctions]
pow() [RationalOperations]
pow() [TinyVectorOperators]
power()
predictLabel() [MachineLearning]
predictLabel() [MachineLearning]
predictLabels() [MachineLearning]
predictLabels() [MachineLearning]
predictLabels() [MachineLearning]
predictProbabilities() [MachineLearning]
predictProbabilities() [MachineLearning]
prepareColumns()
prepareRows()
principleComponents()
prod()
projectGroundTruth()
put()
pyramidExpandBurtFilter()
pyramidExpandBurtLaplacian()
pyramidReduceBurtFilter()
pyramidReduceBurtLaplacian()

Q | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

qrDecomposition()
quadraticNoiseNormalization()
quadraticProgramming()

R | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

radialGaborSigma()
radialSymmetryTransform()
randomMT19937()
randomTT800()
rank_selection()
rational_cast()
reLearnTree()
readHDF5()
readSIF()
readSIFBlock()
real()
recursiveFilterLine()
recursiveFilterX()
recursiveFilterY()
recursiveFirstDerivativeLine()
recursiveFirstDerivativeX()
recursiveFirstDerivativeY()
recursiveGaussianFilterLine()
recursiveGaussianFilterX()
recursiveGaussianFilterY()
recursiveGraphSmoothing()
recursiveSecondDerivativeLine()
recursiveSecondDerivativeX()
recursiveSecondDerivativeY()
recursiveSmoothLine()
recursiveSmoothX()
recursiveSmoothY()
reflectImage()
regionImageToCrackEdgeImage()
regionImageToEdgeImage()
release()
removeShortEdges()
repeatMatrix() [LinearAlgebraFunctions]
repeatMatrix() [LinearAlgebraFunctions]
resampleImage()
resamplingConvolveImage()
resamplingConvolveLine()
resamplingConvolveX()
resamplingConvolveY()
reset()
reset_tree()
resizeImageCatmullRomInterpolation()
resizeImageCoscotInterpolation()
resizeImageLinearInterpolation()
resizeImageNoInterpolation()
resizeImageSplineInterpolation()
resizeMultiArraySplineInterpolation()
return_val()
reverse()
reverseElimination()
rf_default()
rf_export_HDF5() [namespacevigra.html#a4b9531980863a167728e1981dc2faf47]
rf_export_HDF5() [namespacevigra.html#a0868515f6cfa996e552b183a32be470b]
rf_export_HDF5() [namespacevigra.html#abe21d3a4402410b8a89258bb1531daee]
rf_import_HDF5() [namespacevigra.html#a3d43572b44bd45d7008cb31f13b94f61]
rf_import_HDF5() [namespacevigra.html#af288e98b3d173aea3eaaf443c62ce06d]
rf_import_HDF5() [namespacevigra.html#a6ac1f8d63d316be88e7a37722efc7c65]
ridgeRegression()
ridgeRegressionSeries()
rieszTransformOfLOG()
rohrCornerDetector()
rotateImage()
rotationMatrix2DDegrees() [GeometricTransformations]
rotationMatrix2DDegrees() [GeometricTransformations]
rotationMatrix2DRadians() [GeometricTransformations]
rotationMatrix2DRadians() [GeometricTransformations]
round() [LinearAlgebraFunctions]
round() [MathFunctions]
round() [FixedPointOperations]
round() [FixedPoint16Operations]
round() [TinyVectorOperators]
roundi() [MathFunctions]
roundi() [FixedPoint16Operations]
roundi() [TinyVectorOperators]
rowCount()
rowStatistics()
rowVector() [LinearAlgebraFunctions]
rowVector() [LinearAlgebraFunctions]
runningNode() [GraphDataStructures]
runningNode() [GraphDataStructures]

S | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

sample()
scalingMatrix2D() [GeometricTransformations]
scalingMatrix2D() [GeometricTransformations]
sdiv()
secondOrderTotalVariationFilter()
seededRegionGrowing()
seededRegionGrowing3D()
separableConvolveMultiArray()
separableConvolveX()
separableConvolveY()
separableMultiDistSquared()
separableMultiDistance()
separableVectorDistance()
shearMatrix2D()
shortestPathAStar()
sign() [LinearAlgebraFunctions]
sign() [MathFunctions]
sign() [MathFunctions]
signi()
simpleSharpening()
sin()
sin_pi()
singularValueDecomposition()
skeletonizeImage()
slantedEdgeMTF()
slicSuperpixels()
smul() [LinearAlgebraFunctions]
smul() [LinearAlgebraFunctions]
source() [GraphDataStructures]
source() [BoostGraphExtensions]
south() [EightNeighborhood]
south() [FourNeighborhood]
southEast()
southWest()
sq() [LinearAlgebraFunctions]
sq() [MathFunctions]
sqrt() [LinearAlgebraFunctions]
sqrt() [FixedPointOperations]
sqrt() [FixedPoint16Operations]
sqrt() [TinyVectorOperators]
sqrti()
squaredNorm() [LinearAlgebraFunctions]
squaredNorm() [QuaternionOperations]
squaredNorm() [MathFunctions]
squaredNorm() [FFTWComplexOperators]
squaredNorm() [FixedPointOperations]
squaredNorm() [FixedPoint16Operations]
squaredNorm() [RationalOperations]
squaredNorm() [TinyVectorOperators]
squaredNorm() [TinyVectorOperators]
srcImage()
srcImageRange()
srcIter()
srcIterRange()
srcMultiArray()
srcMultiArrayRange()
structureTensor()
structureTensorMultiArray()
sub() [LinearAlgebraFunctions]
sub() [FixedPointOperations]
sub() [FixedPoint16Operations]
subVector()
sum()
swap() [VigraHDF5Impex]
swap() [VigraHDF5Impex]
symmetric2x2Eigenvalues()
symmetric3x3Eigenvalues()
symmetricEigensystem()
symmetricGradientMultiArray()

T | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

tan()
target() [GraphDataStructures]
target() [BoostGraphExtensions]
tensorDeterminantMultiArray()
tensorEigenRepresentation()
tensorEigenvaluesMultiArray()
tensorToEdgeCorner()
tensorTrace()
tensorTraceMultiArray()
tiffToRGBImage()
tiffToScalarImage()
tolower()
totalVariationFilter()
trace()
transformImage()
transformImageIf()
transformMultiArray()
translationMatrix2D()
transpose() [LinearAlgebraFunctions]
transpose() [LinearAlgebraFunctions]
transpose() [TinyVectorOperators]
transposeImage()

U | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

u()
uncompress()
unionFindWatershedsBlockwise()
unique()
upwindImage()
use_count()

V | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

v()
vectorToTensor()
vectorToTensorMultiArray()
vertices()
visit_after_split() [MachineLearning]
visit_after_split() [MachineLearning]
visit_after_tree() [MachineLearning]
visit_after_tree() [MachineLearning]
visit_at_beginning() [MachineLearning]
visit_at_beginning() [MachineLearning]
visit_at_end() [MachineLearning]
visit_at_end() [MachineLearning]
visit_at_end() [MachineLearning]
visit_external_node()
visit_internal_node() [MachineLearning]
visit_internal_node() [MachineLearning]

W | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

watersheds3D()
watershedsMultiArray()
watershedsRegionGrowing()
watershedsUnionFind()
weightedLeastSquares()
weightedRidgeRegression()
west() [EightNeighborhood]
west() [FourNeighborhood]
writeHDF5()
writeHDF5Attr() [VigraHDF5Impex]
writeHDF5Attr() [VigraHDF5Impex]
writeHDF5Attr() [VigraHDF5Impex]
writeHDF5Attr() [VigraHDF5Impex]

Y | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

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

~ | [ A | H | A | B | C | D | E | F | G | H | I | J | L | M | N | O | P | Q | R | S | T | U | V | W | Y | ~ ]

~HDF5Handle()
~HDF5HandleShared()

© Ullrich Köthe (ullrich.koethe@iwr.uni-heidelberg.de) Heidelberg Collaboratory for Image Processing, University of Heidelberg, Germany | html generated using doxygen and Python vigra 1.10.0 (Thu Jan 8 2015)