RTK  2.6.0
Reconstruction Toolkit
Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 1234567]
 C CudaInPlaceImageFilter
 Crtk::args_info_manager< TArgsInfo, TCleanupFunction >
 Crtk::ImagXGeometryReader< TInputImage >::CalibrationModelType
 Crtk::Functor::ComputeAttenuationCorrection< TInput, TOutput >Function to compute the attenuation correction on the projection
 Crtk::Functor::ComputeAttenuationCorrectionBackProjection< TInput, TOutput >Function to compute the attenuation correction on the projection
 CCudaForwardProjectionImageFilterTrilinear interpolation forward projection implemented in CUDA
 CCudaImageToImageFilter
 CCudaInPlaceImageFilter
 CCudaWarpForwardProjectionImageFilterTrilinear interpolation forward projection in warped volume implemented in CUDA
 CCudaWeidingerForwardModelImageFilterCUDA implementation of the Weidinger forward model filter
 Crtk::DbfField
 Crtk::DbfFile
 Crtk::ImagXGeometryReader< TInputImage >::FlexmapType
 Crtk::HncImageIO::hnc_header
 Crtk::HndImageIO::hnd_header
 C
 C
 C
 Crtk::Functor::InterpolationWeightMultiplication< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projected volume values
 Crtk::Functor::InterpolationWeightMultiplicationAttenuated< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projected volume values and attenuation map
 Crtk::Functor::InterpolationWeightMultiplicationAttenuatedBackProjection< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projected volume values and attenuation map
 Crtk::Functor::InterpolationWeightMultiplicationBackProjection< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projected volume values
 Crtk::ImagXGeometryReader< TInputImage >::InterpResultType
 C
 Crtk::Functor::LUT< TInput, TOutput >
 Crtk::MatlabSparseMatrix
 Crtk::MatlabSparseMatrix::MatlabSparseMatrixStruct
 Crtk::Functor::MaximumIntensityAlongRay< TInput, TOutput >Function to compute the maximum intensity (MIP) value along the ray projection
 Crtk::Functor::MaximumIntensityProjectedValueAccumulation< TInput, TOutput >Function to calculate maximum intensity step along the ray projection
 Crtk::NormalVariateNoiseFunctor< TPixel >Pixel functor that adds Gaussian noise
 Crtk::Function::ObiAttenuation< TInput, TOutput >Converts a raw value measured by the Varian OBI system to attenuation
 CPolynomialGainCorrectionPixel-wize polynomial gain calibration
 Crtk::Functor::ProjectedValueAccumulation< TInput, TOutput >Function to accumulate the ray casting on the projection
 Crtk::Functor::ProjectedValueAccumulationAttenuated< TInput, TOutput >Function to accumulate the ray casting on the projection
 CRawToAttenuationImageFilterConvert raw XRad data to attenuation images
 Crtk::ResourceProbesCollectorAggregates a set of time, memory and cuda memory probes
 CrtkDualEnergyNegativeLogLikelihoodCost function for dual energy decomposition into material, and associated forward model
 CrtkProjectionsDecompositionNegativeLogLikelihoodBase class for projections decomposition cost functions
 CrtkSchlomka2008NegativeLogLikelihoodCost function from the Schlomka 2008 PMB paper
 Crtk::Functor::SoftThreshold< TInput, TOutput >
 Crtk::Functor::SplatWeightMultiplication< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projection values
 Crtk::Functor::SplatWeightMultiplicationAttenuated< TInput, TCoordinateType, TOutput >Function to multiply the interpolation weights with the projection values
 Crtk::Functor::SumAlongRay< TInput, TOutput >Function to compute the attenuation correction on the projection
 CSumOfSquaresImageFilterComputes the sum of squared differences between two images
 Crtk::EdfImageIO::table
 Crtk::EdfImageIO::table3
 Crtk::Functor::ValueAlongRay< TInput, TOutput >
 Crtk::WatcherForResourceProbeVery light watcher to monitor Start and End events on all filters
 Crtk::XimImageIO::xim_header