| DeviceEnumerator | Enumerates system devices (that can be used as filters) |
| HxArrowR2 | Class definition for arrows in R2 |
| HxBlob2d | Class definition for a blob in a 2D image |
| HxBlob2dFeature | Base class for blob features |
| HxBlob2dFeatureTem< ValT > | Template specialization of HxBlob2dFeature to store any type as a feature |
| HxBlob2dList | A list of HxBlob2dPtr's, that is pointers to HxBlob2d's |
| HxBlob2dPtrLess | Class definition for ordering of HxBlob2d* based on getLabel for use in STL containers |
| HxBlob2dRelation | A relation in a set of blobs in 2D |
| HxBoundingBox | Definition of a bounding box |
| HxBpoAdd< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of addition |
| HxBpoAddAssign< DstValT, SrcValT > | Pixel functor for computation of addition assignment |
| HxBpoAddSat< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of saturated addition |
| HxBpoAnd< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of and |
| HxBpoBind2Val< DstValT, SrcValT, BpoOpT > | Pixel functor for binding of second value of a binary pixel operation |
| HxBpoCross< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of cross product |
| HxBpoDiv< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of division |
| HxBpoDot< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of dot product |
| HxBpoEqual< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of equal |
| HxBpoGreaterEqual< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of greater equal |
| HxBpoGreaterThan< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of greater than |
| HxBpoHighlightRegion< DstValT, SrcValT, LabelValT > | Pixel functor for region highlighting |
| HxBpoInf< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of infimum |
| HxBpoInfAssign< DstValT, SrcValT > | Pixel functor for computation of infimum assignment |
| HxBpoLeftShift< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of left shift |
| HxBpoLessEqual< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of less equal |
| HxBpoLessThan< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of less than |
| HxBpoMax< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of maximum |
| HxBpoMaxAssign< DstValT, SrcValT > | Pixel functor for computation of maximum assignment |
| HxBpoMin< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of minimum |
| HxBpoMinAssign< DstValT, SrcValT > | Pixel functor for computation of minimum assignment |
| HxBpoMod< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of modulo |
| HxBpoMul< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of multiplication |
| HxBpoMulAssign< DstValT, SrcValT > | Pixel functor for computation of multiplication assignment |
| HxBpoNotEqual< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of not equal |
| HxBpoOr< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of or |
| HxBpoPow< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of power |
| HxBpoRightShift< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of right shift |
| HxBpoSqrDst< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of squared distance |
| HxBpoSub< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of subtraction |
| HxBpoSubAssign< DstValT, SrcValT > | Pixel functor for computation of subtraction assignment |
| HxBpoSubSat< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of saturated addition |
| HxBpoSup< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of supremum |
| HxBpoSupAssign< DstValT, SrcValT > | Pixel functor for computation of supremum assignment |
| HxBpoXor< DstValT, Src1ValT, Src2ValT > | Pixel functor for computation of exclusive or |
| HxBSplineBasis | Class definition for basis for BSpline curves |
| HxBSplineCurve | Class definition for BSpline curves |
| HxBSplineInterval | Class definition for HxBSplineInterval to facilitate manipulation of path intervals in open and closed curves |
| HxClassName< Type > | Class to convert a static type (i.e |
| HxCnum | Basic coordinate enumerator |
| HxColor | Class definition color semantics |
| HxComplex | Class definition complex |
| HxCoord | Representation for integer coordinates (x,y,z) |
| HxDataPtr2dScalarTem< PixelT, ArithT > | Template class for data pointers to 2D images with scalar values |
| HxDataPtr2dTem< PixelT, ArithT > | Template class for data pointers to 2D images with vector values |
| HxDataPtr3dScalarTem< PixelT, ArithT > | Template class for data pointers to 3D images with scalar values |
| HxDiyTranspose< DstDataPtrT, SrcDataPtrT > | Functor for transpose |
| HxExportExtraIdentMaskCentralMoments< ResultT, ImValT, ExtraValT > | Functor for computation of the central moments up to order N of all values in an image identified by a mask |
| HxExportExtraIdentMaskMean< ResultT, ImValT, ExtraValT > | Functor for computation of the mean of all values in an image identified by a mask |
| HxExportExtraIdentMaskMedian< ResultT, ImValT, ExtraValT > | Functor for computation of the median of all values in an image identified by a mask |
| HxExportExtraIdentMaskMoments< ResultT, ImValT, ExtraValT > | Functor for computation of the moments up to order N of all values in an image identified by a mask |
| HxExportExtraIdentMaskStdev< ResultT, ImValT, ExtraValT > | Functor for computation of the standard deviation of all values in an image identified by a mask |
| HxExportExtraIdentMaskSum< ResultT, ImValT, ExtraValT > | Functor for computation of the sum of all values in an image identified by a mask |
| HxExportExtraWeightMaskSum< ResultT, ImValT, ExtraValT > | Functor for computation of the sum of all values in an image weighed by a mask |
| HxHistogram | Class definition of histogram |
| HxIfRbPair | Representation for the result of a query of the rule base |
| HxImageData | Root in the cpp image hierarchy |
| HxImageFactory | Factory for HxImageRep objects |
| HxImageList | A list of images |
| HxImageRep | Class definition of Horus image representation |
| HxImageSeq | Class definition for a sequence of HxImageRep's |
| HxImageSeqAVIMedia | Read image sequence files using DirectMedia library |
| HxImageSeqData | Base class for storage of image sequence data |
| HxImageSeqDXMedia | Read image sequence files using DirectMedia library |
| HxImageSeqIter | Class definition for an iterator over an HxImageSeq |
| HxImageSeqMDC | Read mpg files using MPEG Developing Classes (MDC) library |
| HxImageSig2dByte | Signature for a 2D image with pixels represented by an HxByte |
| HxImageSig2dComplex | Signature for a 2D image with pixels represented by an HxComplex |
| HxImageSig2dDouble | Signature for a 2D image with pixels represented by a double |
| HxImageSig2dFloat | Signature for a 2D image with pixels represented by a float |
| HxImageSig2dInt | Signature for a 2D image with pixels represented by an int |
| HxImageSig2dShort | Signature for a 2D image with pixels represented by a short |
| HxImageSig2dVec2Byte | Signature for a 2D image with pixels represented by an HxVec2Byte |
| HxImageSig2dVec2Double | Signature for a 2D image with pixels represented by an HxVec2Double |
| HxImageSig2dVec2Float | Signature for a 2D image with pixels represented by an HxVec2Float |
| HxImageSig2dVec2Int | Signature for a 2D image with pixels represented by an HxVec2Int |
| HxImageSig2dVec2Short | Signature for a 2D image with pixels represented by an HxVec2Short |
| HxImageSig2dVec3Byte | Signature for a 2D image with pixels represented by an HxVec3Byte |
| HxImageSig2dVec3Double | Signature for a 2D image with pixels represented by an HxVec3Double |
| HxImageSig2dVec3Float | Signature for a 2D image with pixels represented by an HxVec3Float |
| HxImageSig2dVec3Int | Signature for a 2D image with pixels represented by an HxVec3Int |
| HxImageSig2dVec3Short | Signature for a 2D image with pixels represented by an HxVec3Short |
| HxImageSig3dByte | Signature for a 3D image with pixels represented by an HxByte |
| HxImageSig3dDouble | Signature for a 3D image with pixels represented by a double |
| HxImageSig3dFloat | Signature for a 3D image with pixels represented by a float |
| HxImageSig3dInt | Signature for a 3D image with pixels represented by an int |
| HxImageSig3dShort | Signature for a 3D image with pixels represented by a short |
| HxImageSignature | Class definition image signature |
| HxImageTem< ImageSigT > | Template class for operations that are independent of image dimensionality |
| HxImageTem2d< ImageSigT > | Template class for operations on 2D images |
| HxImageTem3d< ImageSigT > | Template class for operations on 3D images |
| HxImgFtorBpo< DstImgSigT, Src1ImgSigT, Src2ImgSigT, BpoT > | Instantiation of generic algorithm for binary pixel operations on images |
| HxImgFtorBpoKey | Key for HxImgFtorBpo |
| HxImgFtorDescription | Image functor description |
| HxImgFtorDiy< DstImgSigT, SrcImgSigT, DiyT > | Instantiation of generic algorithm for do it yourself operations on images |
| HxImgFtorDiyKey | Key for HxImgFtorDiy |
| HxImgFtorExportExtra< ImgSigT, ExtraImgSigT, ExportExtraT > | Instantiation of generic algorithm for export operation with an extra image |
| HxImgFtorExportExtraKey | Key for HxImgFtorExportExtra |
| HxImgFtorGenConv2d< DstImgSigT, SrcImgSigT, KerImgSigT, PixOpT, RedOpT, KernelT > | Instantiation of generic algorithm for generalized convolution operations on 2d images |
| HxImgFtorGenConv2dK1d< DstImgSigT, SrcImgSigT, KerImgSigT, PixOpT, RedOpT, KernelT > | Instantiation of generic algorithm for generalized convolution operations on 2d images with a 1d kernel |
| HxImgFtorGenConv2dSep< DstImgSigT, SrcImgSigT, KerImgSigT, PixOpT, RedOpT, KernelT > | Instantiation of generic algorithm for separable generalized convolution operations on 2d images |
| HxImgFtorGenConv2dSepKey | Key for HxImgFtorGenConv2dSep |
| HxImgFtorGenConv3d< DstImgSigT, SrcImgSigT, KerImgSigT, PixOpT, RedOpT, KernelT > | Instantiation of generic algorithm for generalized convolution operations on 3d images |
| HxImgFtorGenConv3dK1d< DstImgSigT, SrcImgSigT, KerImgSigT, PixOpT, RedOpT, KernelT > | Instantiation of generic algorithm for generalized convolution operations on 3d images with a 1d kernel |
| HxImgFtorGenConvK1dKey | Key for HxImgFtorGenConvK1d |
| HxImgFtorGenConvKey | Key for HxImgFtorGenConv |
| HxImgFtorI1 | Base class for image functors with one image parameter |
| HxImgFtorI1Cast< ImgSigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorI1 to (statically typed) image data pointers |
| HxImgFtorI1CastKey | Key for HxImgFtorI1Cast |
| HxImgFtorI1Key | Key for HxImgFtorI1 |
| HxImgFtorI2 | Base class for image functors with two image parameters |
| HxImgFtorI2Cast< Img1SigT, Img2SigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorI2 to (statically typed) image data pointers |
| HxImgFtorI2CastKey | Key for HxImgFtorI2Cast |
| HxImgFtorI2Key | Key for HxImgFtorI2 |
| HxImgFtorI3 | Base class for image functors with three image parameters |
| HxImgFtorI3Cast< Img1SigT, Img2SigT, Img3SigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorI3 to (statically typed) image data pointers |
| HxImgFtorI3CastKey | Key for HxImgFtorI3Cast |
| HxImgFtorI3Key | Key for HxImgFtorI3 |
| HxImgFtorI4 | Base class for image functors with four image parameters |
| HxImgFtorI4Cast< Img1SigT, Img2SigT, Img3SigT, Img4SigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorI4 to (statically typed) image data pointers |
| HxImgFtorI4CastKey | Key for HxImgFtorI4Cast |
| HxImgFtorI4Key | Key for HxImgFtorI4 |
| HxImgFtorIM | Base class for image functors with 1 + M image parameters |
| HxImgFtorIMCast< DstImgSigT, SrcImgsSigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorIM to (statically typed) image data pointers |
| HxImgFtorIMCastKey | Key for HxImgFtorIMCast |
| HxImgFtorIMKey | Key for HxImgFtorIM |
| HxImgFtorIMN | Base class for image functors with M + N image parameters |
| HxImgFtorIMNCast< DstImgsSigT, SrcImgsSigT > | Class for (checked) conversion of (polymorphic) HxImageData parameters of HxImgFtorIMN to (statically typed) image data pointers |
| HxImgFtorIMNCastKey | Key for HxImgFtorIMNCast |
| HxImgFtorIMNKey | Key for HxImgFtorIMN |
| HxImgFtorInOut< ImgSigT, InOutT > | Instantiation of generic algorithm for in/out pixel operations on images |
| HxImgFtorInOutKey | Key for HxImgFtorInOut |
| HxImgFtorKernelNgb2d< DstImgSigT, SrcImgSigT, KerImgSigT, NgbT > | Instantiation of generic algorithm for kernel based neighborhood operations on 2D images |
| HxImgFtorKernelNgbKey | Key for HxImgFtorKernelNgb |
| HxImgFtorKey | Base class for keys for image functors |
| HxImgFtorKeyNameTable | Name table for class and type names that occur in image functor keys |
| HxImgFtorMNpo< DstImgsSigT, SrcImgsSigT, MNpoT > | Instantiation of generic algorithm for M output, N input pixel operations on images |
| HxImgFtorMNpoKey | Key for HxImgFtorMNpo |
| HxImgFtorMpo< DstImgSigT, SrcImgsSigT, MpoT > | Instantiation of generic algorithm for multi pixel operations on images |
| HxImgFtorMpoKey | Key for HxImgFtorMpo |
| HxImgFtorNgb2d< DstImgSigT, SrcImgSigT, NgbT > | Instantiation of generic algorithm for neighborhood operations on 2D images |
| HxImgFtorNgb2dExtra< DstImgSigT, SrcImgSigT, ExtraImgSigT, NgbT > | Instantiation of generic algorithm for neighborhood operations on 2D images with an extra image |
| HxImgFtorNgb2dExtra2< DstImgSigT, SrcImgSigT, ExtraImgSigT, ExtraImg2SigT, NgbT > | Instantiation of generic algorithm for neighborhood operations on 2D images with two extra images |
| HxImgFtorNgbExtra2Key | Key for HxImgFtorNgbExtra2 |
| HxImgFtorNgbExtraKey | Key for HxImgFtorNgbExtra |
| HxImgFtorNgbKey | Key for HxImgFtorNgb |
| HxImgFtorObserver | Image functor observer |
| HxImgFtorQueueBased< ImgSigT, ExtraSigT, AnotherSigT, FunctorT > | Instantiation of generic algorithm for queue based operations on 2d images |
| HxImgFtorQueueBasedKey | Key for HxImgFtorQueueBased |
| HxImgFtorRecGenConv2d< ImgSigT, KerImgSigT, PixOpT, RedOpT > | Instantiation of generic algorithm for recursive generalized convolution on 2D images |
| HxImgFtorRecGenConv2dK1d< ImgSigT, KerImgSigT, PixOpT, RedOpT > | Instantiation of generic algorithm for recursive generalized convolution on 2D images with a 1d kernel |
| HxImgFtorRecGenConvK1dKey | Key for HxImgFtorRecGenConvK1d |
| HxImgFtorRecGenConvKey | Key for HxImgFtorRecGenConv |
| HxImgFtorRgb2d< ImgSigT, RgbT > | Instantiation of generic algorithm for display of 2d images |
| HxImgFtorRgb3d< ImgSigT, RgbT > | Instantiation of generic algorithm for display of 3d images |
| HxImgFtorRgbKey | Key for HxImgFtorRgb |
| HxImgFtorRuleBase | Rule base for storage and retrieval of existing image types in instantiated image functors |
| HxImgFtorSet< DstImgSigT, SrcImgSigT > | Instantiation of generic algorithm for set operations on images |
| HxImgFtorSetBorder2d< ImgSigT > | Instantiation of generic algorithm for border operations on 2D images |
| HxImgFtorSetBorder3d< ImgSigT > | Instantiation of generic algorithm for border operations on 3D images |
| HxImgFtorSetBorderKey | Key for HxImgFtorSetBorder |
| HxImgFtorSetKey | Key for HxImgFtorSet |
| HxImgFtorTable | Table with (HxImgFtorKey, HxImgFunctor*) pairs |
| HxImgFtorTableTem< FunctorType > | Template for typed access to the HxImgFtorTable |
| HxImgFtorUpo< DstImgSigT, SrcImgSigT, UpoT > | Instantiation of generic algorithm for unary pixel operations on images |
| HxImgFtorUpoKey | Key for HxImgFtorUpo |
| HxImgFunctor | The base class of all image functors |
| HxImgSystem | Singleton class providing a logging system for image related operations such as pixel allocation and image functor calls |
| HxInstantiatorAbs< ImgSigT > | Instantiator for unary pixel operation with absolute value |
| HxInstantiatorAcos< ImgSigT > | Instantiator for unary pixel operation with arc cosine |
| HxInstantiatorAdd< ImgSigT > | Instantiator for binary pixel operation with addition |
| HxInstantiatorAddReduce< ImgSigT > | Instantiator for reduce operation with addition |
| HxInstantiatorAddSat< ImgSigT > | Instantiator for binary pixel operation with squared distance |
| HxInstantiatorAddV< ImgSigT > | Instantiator for binary pixel operation with addition with a value |
| HxInstantiatorAnd< ImgSigT > | Instantiator for binary pixel operation with and |
| HxInstantiatorAndV< ImgSigT > | Instantiator for binary pixel operation with and |
| HxInstantiatorArg< DstSigT, ImgSigT > | Instantiator for unary pixel operation with argument |
| HxInstantiatorAsin< ImgSigT > | Instantiator for unary pixel operation with arc sine |
| HxInstantiatorAtan< ImgSigT > | Instantiator for unary pixel operation with arc tangent |
| HxInstantiatorAtan2< DstSigT, ImgSigT > | Instantiator for unary pixel operation with arc tangent |
| HxInstantiatorCeil< ImgSigT > | Instantiator for unary pixel operation with ceiling |
| HxInstantiatorColSpace< DstSigT, ImgSigT > | Instantiator for unary pixel operation with color space conversion |
| HxInstantiatorComplement< ImgSigT > | Instantiator for unary pixel operation with complement |
| HxInstantiatorConjugate< ImgSigT > | Instantiator for unary pixel operation with conjugate |
| HxInstantiatorCos< ImgSigT > | Instantiator for unary pixel operation with cosine |
| HxInstantiatorCosh< ImgSigT > | Instantiator for unary pixel operation with hyperbolic cosine |
| HxInstantiatorCross< ImgSigT > | Instantiator for binary pixel operation with cross product |
| HxInstantiatorCrossV< ImgSigT > | Instantiator for binary pixel operation with cross product |
| HxInstantiatorDiv< ImgSigT > | Instantiator for binary pixel operation with division |
| HxInstantiatorDivV< ImgSigT > | Instantiator for binary pixel operation with division |
| HxInstantiatorDot< DstSigT, ImgSigT > | Instantiator for binary pixel operation with dot product |
| HxInstantiatorDotV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with dot product |
| HxInstantiatorEqual< DstSigT, ImgSigT > | Instantiator for binary pixel operation with equal |
| HxInstantiatorEqualV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with equal |
| HxInstantiatorExp< ImgSigT > | Instantiator for unary pixel operation with exponent |
| HxInstantiatorExpPix< ImgSigT, DataT > | Instantiator for export operation to native arrays |
| HxInstantiatorFloor< ImgSigT > | Instantiator for unary pixel operation with floor |
| HxInstantiatorGpi< DstSigT, ImgSigT > | Instantiator for unary pixel operation with get pixel element |
| HxInstantiatorGreaterEqual< DstSigT, ImgSigT > | Instantiator for binary pixel operation with greater equal |
| HxInstantiatorGreaterEqualV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with greater equal |
| HxInstantiatorGreaterThan< DstSigT, ImgSigT > | Instantiator for binary pixel operation with greater than |
| HxInstantiatorGreaterThanV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with greater than |
| HxInstantiatorHighlightRegion< ImgSigT, LblSigT > | Instantiator for binary pixel operation with region highlighting |
| HxInstantiatorImpPix< ImgSigT, DataT > | Instantiator for import operation from native array |
| HxInstantiatorInf< ImgSigT > | Instantiator for binary pixel operation with infimum |
| HxInstantiatorInfReduce< ImgSigT > | Instantiator for reduce operation with infimum |
| HxInstantiatorInfV< ImgSigT > | Instantiator for binary pixel operation with infimum |
| HxInstantiatorLeftShift< ImgSigT > | Instantiator for binary pixel operation with left shift |
| HxInstantiatorLeftShiftV< ImgSigT > | Instantiator for binary pixel operation with left shift |
| HxInstantiatorLessEqual< DstSigT, ImgSigT > | Instantiator for binary pixel operation with less equal |
| HxInstantiatorLessEqualV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with less equal |
| HxInstantiatorLessThan< DstSigT, ImgSigT > | Instantiator for binary pixel operation with less than |
| HxInstantiatorLessThanV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with less than |
| HxInstantiatorLog< ImgSigT > | Instantiator for unary pixel operation with natural logarithm |
| HxInstantiatorLog10< ImgSigT > | Instantiator for unary pixel operation with base 10 logarithm |
| HxInstantiatorMax< ImgSigT > | Instantiator for binary pixel operation with maximum |
| HxInstantiatorMaxReduce< ImgSigT > | Instantiator for reduce operation with maximum |
| HxInstantiatorMaxV< ImgSigT > | Instantiator for binary pixel operation with maximum |
| HxInstantiatorMin< ImgSigT > | Instantiator for binary pixel operation with minimum |
| HxInstantiatorMinReduce< ImgSigT > | Instantiator for reduce operation with minimum |
| HxInstantiatorMinV< ImgSigT > | Instantiator for binary pixel operation with minimum |
| HxInstantiatorMod< ImgSigT > | Instantiator for binary pixel operation with modulo |
| HxInstantiatorModV< ImgSigT > | Instantiator for binary pixel operation with modulo |
| HxInstantiatorMul< ImgSigT > | Instantiator for binary pixel operation with multiplication |
| HxInstantiatorMulReduce< ImgSigT > | Instantiator for reduce operation with multiplication |
| HxInstantiatorMulV< ImgSigT > | Instantiator for binary pixel operation with multiplication |
| HxInstantiatorNegate< ImgSigT > | Instantiator for unary pixel operation with negation |
| HxInstantiatorNorm1< DstSigT, ImgSigT > | Instantiator for unary pixel operation with L1 norm |
| HxInstantiatorNorm2< DstSigT, ImgSigT > | Instantiator for unary pixel operation with L2 norm |
| HxInstantiatorNorm2Sqr< DstSigT, ImgSigT > | Instantiator for unary pixel operation with squared L2 norm |
| HxInstantiatorNormInf< DstSigT, ImgSigT > | Instantiator for unary pixel operation with L inf norm |
| HxInstantiatorNotEqual< DstSigT, ImgSigT > | Instantiator for binary pixel operation with not equal |
| HxInstantiatorNotEqualV< DstSigT, ImgSigT > | Instantiator for binary pixel operation with not equal |
| HxInstantiatorOr< ImgSigT > | Instantiator for binary pixel operation with or |
| HxInstantiatorOrV< ImgSigT > | Instantiator for binary pixel operation with or |
| HxInstantiatorPow< ImgSigT > | Instantiator for binary pixel operation with power |
| HxInstantiatorPowV< ImgSigT > | Instantiator for binary pixel operation with power |
| HxInstantiatorProduct< DstSigT, ImgSigT > | Instantiator for unary pixel operation with product |
| HxInstantiatorRGB2Intensity< DstSigT, ImgSigT > | Instantiator for unary pixel operation with RGB2Intensity |
| HxInstantiatorRightShift< ImgSigT > | Instantiator for binary pixel operation with right shift |
| HxInstantiatorRightShiftV< ImgSigT > | Instantiator for binary pixel operation with right shift |
| HxInstantiatorRound< ImgSigT > | Instantiator for unary pixel operation with round |
| HxInstantiatorSet< SrcSigT > | Instantiator for set operation |
| HxInstantiatorSetPartImg< ImgSigT > | Instantiator for unary pixel operation |
| HxInstantiatorSetVal< ImgSigT > | Instantiator for inout operation to set values |
| HxInstantiatorSin< ImgSigT > | Instantiator for unary pixel operation with sine |
| HxInstantiatorSinh< ImgSigT > | Instantiator for unary pixel operation with hyperbolic sine |
| HxInstantiatorSpi< DstSigT, ImgSigT > | Instantiator for binary pixel operation with set pixel element |
| HxInstantiatorSqrDst< ImgSigT > | Instantiator for binary pixel operation with squared distance |
| HxInstantiatorSqrt< ImgSigT > | Instantiator for unary pixel operation with square root |
| HxInstantiatorSub< ImgSigT > | Instantiator for binary pixel operation with subtraction |
| HxInstantiatorSubSat< ImgSigT > | Instantiator for binary pixel operation with squared distance |
| HxInstantiatorSubV< ImgSigT > | Instantiator for binary pixel operation with subtraction |
| HxInstantiatorSum< DstSigT, ImgSigT > | Instantiator for unary pixel operation with sum |
| HxInstantiatorSup< ImgSigT > | Instantiator for binary pixel operation with supremum |
| HxInstantiatorSupReduce< ImgSigT > | Instantiator for reduce operation with supremum |
| HxInstantiatorSupV< ImgSigT > | Instantiator for binary pixel operation with supremum |
| HxInstantiatorTan< ImgSigT > | Instantiator for unary pixel operation with tangent |
| HxInstantiatorTanh< ImgSigT > | Instantiator for unary pixel operation with hyperbolic tangent |
| HxInstantiatorTriStateThreshold< ImgSigT > | Instantiator for unary pixel operation with tri state threshold |
| HxInstantiatorUpoMax< DstSigT, ImgSigT > | Instantiator for unary pixel operation with unary maximum |
| HxInstantiatorUpoMin< DstSigT, ImgSigT > | Instantiator for unary pixel operation with unary minimum |
| HxInstantiatorUpoThreshold< DstSigT, ImgSigT > | Instantiator for unary pixel operation with threshold |
| HxInstantiatorVec2< DstSigT, ImgSigT > | Instantiator for binary pixel operation with vec2 |
| HxInstantiatorVec3< DstSigT, SrcsSigT > | Instantiator for multi pixel operation with vec3 |
| HxInstantiatorXor< ImgSigT > | Instantiator for binary pixel operation with exclusive or |
| HxInstantiatorXorV< ImgSigT > | Instantiator for binary pixel operation with exclusive or |
| HxInstDiyTranspose< ImgSigT > | Instantiator for DIY operation with transpose |
| HxInstExportExtraIdentMaskCentralMoments< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask central moments |
| HxInstExportExtraIdentMaskMean< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask mean |
| HxInstExportExtraIdentMaskMedian< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask median |
| HxInstExportExtraIdentMaskMoments< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask moments |
| HxInstExportExtraIdentMaskStdev< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask standard deviation |
| HxInstExportExtraIdentMaskSum< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with identification mask summation |
| HxInstExportExtraWeightMaskSum< ImgSigT, ExtraImSigT > | Instantiator for export extra operation with weight mask summation |
| HxInstExpPpm< ImgSigT > | Instantiator for export operation to ppm format |
| HxInstGenConv2dAddInf< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and infimum as basic operations using a 2d kernel |
| HxInstGenConv2dAddMax< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and maximum as basic operations using a 2d kernel |
| HxInstGenConv2dAddMin< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and minimum as basic operations using a 2d kernel |
| HxInstGenConv2dAddSup< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and supremum as basic operations using a 2d kernel |
| HxInstGenConv2dK1dAddInf< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and infimum as basic operations using a 1d kernel |
| HxInstGenConv2dK1dAddMax< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and maximum as basic operations using a 1d kernel |
| HxInstGenConv2dK1dAddMin< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and minimum as basic operations using a 1d kernel |
| HxInstGenConv2dK1dAddSup< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with addition and supremum as basic operations using a 1d kernel |
| HxInstGenConv2dK1dMulAdd< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with multiplication and addition as basic operations using a 1d kernel |
| HxInstGenConv2dMulAdd< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 2d images with multiplication and addition as basic operations using a 2d kernel |
| HxInstGenConv2dSepAddInf< ImgSigT, KerSigT > | Instantiator for separable generalized convolution operation on 2d images with addition and infimum as basic operations using two 1d kernels |
| HxInstGenConv2dSepAddMax< ImgSigT, KerSigT > | Instantiator for separable generalized convolution operation on 2d images with addition and maximum as basic operations using two 1d kernels |
| HxInstGenConv2dSepAddMin< ImgSigT, KerSigT > | Instantiator for separable generalized convolution operation on 2d images with addition and minimum as basic operations using two 1d kernels |
| HxInstGenConv2dSepAddSup< ImgSigT, KerSigT > | Instantiator for separable generalized convolution operation on 2d images with addition and supremum as basic operations using two 1d kernels |
| HxInstGenConv2dSepMulAdd< ImgSigT, KerSigT > | Instantiator for separable generalized convolution operation on 2d images with multiplication and addition as basic operations using two 1d kernels |
| HxInstGenConv3dK1dMulAdd< DstSigT, SrcSigT, KerSigT > | Instantiator for generalized convolution operation on 3d images with multiplication and addition as basic operations using a 1d kernel |
| HxInstGenConv3dMulAdd< ImgSigT, KerSigT > | Instantiator for generalized convolution operation on 3d images with multiplication and addition as basic operations using a 3d kernel |
| HxInstGeneratePix< ImgSigT > | Instantiator for inout operation to generate pixels |
| HxInstImpBytes< ImgSigT > | Instantiator for import operation from bytes |
| HxInstImpPackRgb< ImgSigT > | Instantiator for import operation from rgb array |
| HxInstImpPpm< ImgSigT > | Instantiator for import operation from ppm format |
| HxInstInOutGetPoints< ImgSigT > | Instantiator for inout operation to get points |
| HxInstKerNgb2dNormCorrelation< DstSigT, SrcSigT, KerSigT > | Instantiator for kernel based neighbourhood operation with normalized correlation |
| HxInstNgb2dMean< ResSigT, ImgSigT > | Instantiator for neighbourhood operation with mean |
| HxInstNgbIsMaxGradDir2d< DstSigT, SrcSigT > | Instantiator for neighbourhood operation with non maximum suppression based on maximum detection |
| HxInstNgbLWshed2d< ImgSigT > | Instantiator for neighbourhood operation with LWshed |
| HxInstNgbNonMaxSuppression2d< ImgSigT > | Instantiator for neighbourhood operation with non maximum suppression |
| HxInstNgbPercentile2d< ImgSigT > | Instantiator for neighbourhood operation with percentile |
| HxInstRecGenConv2dAddMin< ImgSigT, KerSigT > | Instantiator for recursive generalized convolution operation on 2d images with addition and minimum as basic operations |
| HxInstRecGenConv2dK1dAddMin< ImgSigT, KerSigT > | Instantiator for recursive generalized convolution operation on 2d images with addition and minimum as basic operations |
| HxInstRecGenConv2dK1dMulAdd< ImgSigT, KerSigT > | Instantiator for recursive generalized convolution operation on 2d images with multiplication and addition as basic operations |
| HxInstRecGenConv2dMulAdd< ImgSigT, KerSigT > | Instantiator for recursive generalized convolution operation on 2d images with multiplication and addition as basic operations |
| HxInstRgb2dBinary< ImgSigT > | Instantiator for rgb operation on 2d images using binary display mapping |
| HxInstRgb2dCMY< ImgSigT > | Instantiator for rgb operation on 2d images using CMY display mapping |
| HxInstRgb2dDirect< ImgSigT > | Instantiator for rgb operation on 2d images using direct display mapping |
| HxInstRgb2dDirectNC< ImgSigT > | Instantiator for rgb operation on 2d images using direct display mapping without clipping |
| HxInstRgb2dHSI< ImgSigT > | Instantiator for rgb operation on 2d images using HSI display mapping |
| HxInstRgb2dLab< ImgSigT > | Instantiator for rgb operation on 2d images using Lab display mapping |
| HxInstRgb2dLabel< ImgSigT > | Instantiator for rgb operation on 2d images using label display mapping |
| HxInstRgb2dLogMag< ImgSigT > | Instantiator for rgb operation on 2d images using log magnitude display mapping |
| HxInstRgb2dLuv< ImgSigT > | Instantiator for rgb operation on 2d images using Luv display mapping |
| HxInstRgb2dOOO< ImgSigT > | Instantiator for rgb operation on 2d images using OOO display mapping |
| HxInstRgb2dStretch< ImgSigT > | Instantiator for rgb operation on 2d images using stretched display mapping |
| HxInstRgb2dXYZ< ImgSigT > | Instantiator for rgb operation on 2d images using XYZ display mapping |
| HxInstRgb3dBinary< ImgSigT > | Instantiator for rgb operation on 3d images using binary display mapping |
| HxInstRgb3dCMY< ImgSigT > | Instantiator for rgb operation on 3d images using CMY display mapping |
| HxInstRgb3dDirect< ImgSigT > | Instantiator for rgb operation on 3d images using direct display mapping |
| HxInstRgb3dHSI< ImgSigT > | Instantiator for rgb operation on 3d images using HSI display mapping |
| HxInstRgb3dLab< ImgSigT > | Instantiator for rgb operation on 3d images using Lab display mapping |
| HxInstRgb3dLabel< ImgSigT > | Instantiator for rgb operation on 3d images using label display mapping |
| HxInstRgb3dLogMag< ImgSigT > | Instantiator for rgb operation on 3d images using log magnitude display mapping |
| HxInstRgb3dLuv< ImgSigT > | Instantiator for rgb operation on 3d images using Luv display mapping |
| HxInstRgb3dOOO< ImgSigT > | Instantiator for rgb operation on 3d images using OOO display mapping |
| HxInstRgb3dStretch< ImgSigT > | Instantiator for rgb operation on 3d images using stretched display mapping |
| HxInstRgb3dXYZ< ImgSigT > | Instantiator for rgb operation on 3d images using XYZ display mapping |
| HxKernel1d< KerDataPtrT, ArithT > | Standard 1d kernel definition |
| HxKernel2d< KerDataPtrT, ArithT > | Standard 2d kernel definition |
| HxKernel3d< KerDataPtrT, ArithT > | Standard 3d kernel definition |
| HxKerNgbNormCorrelation< ArithT, ResultT > | Neighbourhood functor for normalized (cross) correlation filter |
| HxLocalInterpol | Class definition of a functor that interpolates data points to compute knots and control points for a cubic BSpline |
| HxMfBpo | Class definition of method frame for binary pixel operations |
| HxMfDiy | Class definition of method frame for do it yourself operations |
| HxMfExportExtra | Class definition of a method frame for export operations using an extra image |
| HxMfGenConv | Class definition of method frame for generalized convolution operations |
| HxMfIdentity | Class definition of method frame for identity |
| HxMfKernelNgb | Class definition of a method frame for neighbourhood operations using a kernel |
| HxMfMNpo | Class definition of method frame for M output N input pixel pixel operations |
| HxMfMpo | Class definition of method frame for multi pixel operations |
| HxMfNgb | Class definition of method frame for neighbourhood operations |
| HxMfQueueBased | Class definition of a method frame for queue based operations |
| HxMfResize | Class definition of method frame for resizing of image |
| HxMfUpo | Class definition of method frame for unary pixel operations |
| HxNameTable | Class definition of a name table |
| HxNgbBernsen< ArgType, ResType > | Neighbourhood functor for bernsen thresholding |
| HxNgbDefuz< ArgType, ResType > | Neighbourhood functor for Defuz |
| HxNgbHilditch< ArgType, ResType > | Neighbourhood functor for Hilditch |
| HxNgbIsMaxGradDir2d< ResultT, ArithT > | Non maximum suppression in the direction of the gradient |
| HxNgbKuwahara< ArgType, ResType > | Neighbourhood functor for Kuwahara thresholding |
| HxNgbLocalMode< DstT, SrcT > | Neighbourhood functor for local mode filter |
| HxNgbLocalModeInst< InOutT > | Instantiator for neighbourhood operation with local mode |
| HxNgbLWshed2d< ArgType, ResType > | Neighbourhood functor for watershed segmentation this look in a vecinity and decides if there is a border The smallest neighbour (if not wshed) is replaced by wshed value |
| HxNgbNonMaxSuppression2d< ArithT > | Neighbourhood functor for non maximum suppression in the gradient direction |
| HxNgbOpticalFlowInst< ResSigT, ImgSigT > | Instantiator for neighbourhood operation with TalkNgbExtra2P1Cnum |
| HxNgbPercentile2d< ArithT > | Neighbourhood functor for percentile filter |
| HxNJet | Class definition for NJet |
| HxPixelAllocator< PixelT > | Class for (logged) allocation and deallocation of pixel data |
| HxPointAndValue | This is used to make the image as alist that can be sorted by pixel values |
| HxPointList | Class definition for list of HxPoint's |
| HxPointR2 | Class definition for points in R2 (real-value coordinates) |
| HxPointZ | Definition of a point in Z3 space using integer coordinates |
| HxPointZList | Class definition for list of HxPointZ's |
| HxPolyline2d | A simple class for storing polylines and polygons |
| HxRcObject | Base class for reference counted objects |
| HxRcPtr< T > | Template class for (smart) pointers to reference counted objects, i.e |
| HxRegData | A registry value |
| HxRegistry | The registry |
| HxRegistryImporter | Class for importing stuff into the HxRegistry at program startup via declaration of static variables |
| HxRegKey | A registry key |
| HxRegKeyList | A list of HxRegKeyPtr's, that is pointers to HxRegKey's |
| HxRegValue | A registry value |
| HxRegValueList | A list of HxRegValuePtr's, that is pointers to HxRegValue's |
| HxRgbBinary< ValT, ValDoubleT > | Binary display |
| HxRgbCMY< ValT, ValDoubleT > | CMY display |
| HxRgbDirect< ValT, ValDoubleT > | Direct display mapping |
| HxRgbDirectNC< ValT, ValDoubleT > | Direct display mapping pixV is RGB value in the range 0-255 |
| HxRgbHSI< ValT, ValDoubleT > | HSI display |
| HxRgbLab< ValT, ValDoubleT > | Lab display |
| HxRgbLabel< ValT, ValDoubleT > | Labeled display |
| HxRgbLogMag< ValT, ValDoubleT > | Log manitude display |
| HxRgbLuv< ValT, ValDoubleT > | Luv display |
| HxRgbOOO< ValT, ValDoubleT > | OOO display |
| HxRgbStretch< ValT, ValDoubleT > | Stretched display |
| HxRgbXYZ< ValT, ValDoubleT > | XYZ display |
| HxSampledBSplineCurve | Class definition for sampled BSpline curves |
| HxSampledBSplineInterval | Class definition for path interval in sampled curves (oriented) |
| HxScalarDouble | Class definition scalar double |
| HxScalarInt | Class definition scalar integer |
| HxSegmentation2d | A segmentation of a 2D image |
| HxSF | Class definition of the structuring function used for Mathematical Morphology operations |
| HxSFFactory | Copyright (c) 2002, University of Amsterdam, The Netherlands |
| HxStringList | Class definition for list of HxString's |
| HxTag | Base class for tags |
| HxTag1Phase | 1 phase pixel operation |
| HxTag2Phase | 2 phase pixel operation |
| HxTagCnum | Coordinate enumerated neighbourhood iterator |
| HxTagList | A list of tags |
| HxTagLoop | Loop neighbourhood iterator |
| HxTagNPhase | N phase pixel operation |
| HxTagPixOpIn | In pixel operation |
| HxTagPixOpOut | Out pixel operation |
| HxTagTem< ValT > | Template specialization of HxTag to store any type of value as a tag |
| HxTagTransInVar | Translation invariant pixel operation |
| HxTagTransVar | Translation variant pixel operation |
| HxTMatrix< C > | Template definition for matrices |
| HxUpoAbs< DstValT, SrcValT > | Pixel functor for computation of absolute value |
| HxUpoAcos< DstValT, SrcValT > | Pixel functor for computation of arc cosine |
| HxUpoArg< DstValT, SrcValT > | Pixel functor for computation of argument |
| HxUpoAsin< DstValT, SrcValT > | Pixel functor for computation of arc sine |
| HxUpoAtan< DstValT, SrcValT > | Pixel functor for computation of arc tangent |
| HxUpoAtan2< DstValT, SrcValT > | Pixel functor for computation of arc tangent |
| HxUpoCeil< DstValT, SrcValT > | Pixel functor for computation of ceiling |
| HxUpoColSpace< DstValT, SrcValT > | Pixel functor for color space conversion |
| HxUpoComplement< DstValT, SrcValT > | Pixel functor for computation of comlement |
| HxUpoConjugate< DstValT, SrcValT > | Pixel functor for computation of conjugate |
| HxUpoCos< DstValT, SrcValT > | Pixel functor for computation of cosine |
| HxUpoCosh< DstValT, SrcValT > | Pixel functor for computation of hyperbolic consine |
| HxUpoExp< DstValT, SrcValT > | Pixel functor for computation of exponent |
| HxUpoFloor< DstValT, SrcValT > | Pixel functor for computation of floor |
| HxUpoLog< DstValT, SrcValT > | Pixel functor for computation of natural logarithm |
| HxUpoLog10< DstValT, SrcValT > | Pixel functor for computation of base 10 logarithm |
| HxUpoMax< DstValT, SrcValT > | Pixel functor for computation of maximum |
| HxUpoMin< DstValT, SrcValT > | Pixel functor for computation of minimum |
| HxUpoNegate< DstValT, SrcValT > | Pixel functor for computation of negation |
| HxUpoNorm1< DstValT, SrcValT > | Pixel functor for computation of L1 norm |
| HxUpoNorm2< DstValT, SrcValT > | Pixel functor for computation of L2 norm |
| HxUpoNorm2Sqr< DstValT, SrcValT > | Pixel functor for computation of squared L2 norm |
| HxUpoNormInf< DstValT, SrcValT > | Pixel functor for computation of L inf norm |
| HxUpoProduct< DstValT, SrcValT > | Pixel functor for computation of unary product |
| HxUpoRound< DstValT, SrcValT > | Pixel functor for computation of round |
| HxUpoSin< DstValT, SrcValT > | Pixel functor for computation of sine |
| HxUpoSinh< DstValT, SrcValT > | Pixel functor for computation of hyperbolic sine |
| HxUpoSqrt< DstValT, SrcValT > | Pixel functor for computation of square root |
| HxUpoSum< DstValT, SrcValT > | Pixel functor for computation of unary sum |
| HxUpoTan< DstValT, SrcValT > | Pixel functor for computation of tangent |
| HxUpoTanh< DstValT, SrcValT > | Pixel functor for computation of hyperbolic tangent |
| HxUpoTriStateThreshold< DstValT, SrcValT > | Pixel functor for computation of tri state threshold |
| HxValue | Class definition of a value as used in Horus |
| HxValueList | Class definition for list of HxValue's |
| HxVec2Double | Class definition vector of 2 doubles |
| HxVec2Int | Class definition vector of 2 integers |
| HxVec2Tem< T > | Template class for representation of vector of 2 scalars of type T |
| HxVec3Double | Class definition vector of 3 doubles |
| HxVec3Int | Class definition vector of 3 integers |
| HxVec3Tem< T > | Template class for representation of vector of 3 scalars of type T |
| HxVector | Class definition for vectors |
| HxVectorR2 | Class definition for vectors in R2 (real-value coordinates) |
| QThinning< ArithT, ImgT, MaskT > | This should be implemented (Rein) as repetitive substraction from the image of result of HitOrMiss |
| RGB2Intensity< DstValT, SrcValT > | Pixel functor for computation of RGB2Intensity |
| VideoReader | Read frames from a video file |
| VxStructureEval | Result type of comparing two structured video's Truth and Found |
