OTB  10.0.0
Orfeo Toolbox
Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 12345]
 ►Cboost::addable
 Cotb::BandMathXImageFilter< TImage >::adhocStruct
 Cotb::Functor::AffineFunctor< TInput, TOutput, TScale >This functor performs a linear transform of its input
 ►Cotb::Functor::AlphaBlendingFunctorBase< TInputPixel1, TInputPixel2, TOutputPixel >
 ►Cotb::Functor::AlphaBlendingFunctorBase< itk::RGBAPixel< TInputInternalPixel1 >, itk::RGBAPixel< TInputInternalPixel2 >, itk::RGBAPixel< TOutputInternalPixel > >
 Cotb::Functor::AmplitudePhaseToRGBFunctor< TInput1, TInput2, TInput3, TOutput >Function object to compute a color representation of a radar image
 Cotb::Functor::AssociativeSymmetricalSum< TInput1, TInput2, TOutput >Functor used with the AssociativeSymmetricalSumImageFilter
 ►Citk::AttributeOpeningLabelMapFilter
 Cotb::Functor::AttributesMapLabelObjectAccessor< TLabelObject >Allows accessing a given field of an AttributesMapLabelObject
 Cotb::Functor::AttributesMapMeasurementFunctor< TLabelObject, TMeasurementVector >This class allows building a measurement vector from an AttributesMapLabelObject
 Cotb::Functor::AttributesMapMeasurementFunctor< LabelObjectType, MeasurementVectorType >
 Cotb::Functor::AttributesMapMeasurementFunctor< typename TInputLabelMap::LabelObjectType, typename TOutputSampleList::MeasurementVectorType >
 Cotb::AzimuthFmRateThis structure is used to manage parameters related to the Azimuth Frequency Modulation rate
 Cgrm::BaatzParam
 Cotb::Functor::BandStatsAttributesLabelObjectFunctor< TLabelObject, TFeatureImage >Functor to compute bands statistics attributes
 ►Cgrm::BaseNode
 Cotb::basic_mdspan< ElementType, Extents, LayoutPolicy >
 Cotb::basic_mdspan< double, dynamic_extent, dynamic_extent >
 Cotb::Functor::BayesianFunctor< TInputMultiSpectral, TInputMultiSpectralInterp, TInputPanchro, TOutput >Functor for the bayesian fusion filter. Please refer to BayesianFusionFilter
 ►Citk::BinaryFunctorImageFilter
 CBinarySpectralAngleFunctorThis functor computes the spectral angle between two pixels
 Cotb::Functor::BinarySpectralAngleFunctor< TInput1, TInput2, TOutputValue >
 Cotb::Functor::BinarySpectralAngleFunctor< PixelType, PixelType, double >
 Cotb::Function::BlackmanWindowFunction< TInput, TOutput >Window function for sinc interpolation
 Cotb::ogr::DataSource::boolean
 Cotb::ogr::Layer::booleanint boolean ::* () const
 Cotb::SpectralSensitivityReader::BothAre
 Cgrm::BoundingBox
 Clp::BoundingBox
 Cotb::string_view::build_empty
 Cotb::BurstRecordThis structure is used to handle burst records
 Cotb::internal::ReprojectTransformationFunctor::ByCopy
 Cotb::Wrapper::details::CastImage< TOutputImage, TInputImage >Helper class (private) which casts and clamps input-image type into output-image type
 Cotb::Wrapper::details::CastImage< DoubleVectorImageType, DoubleVectorImageType >
 Cotb::Wrapper::details::CastImage< T, T >
 Cotb::Wrapper::details::CastImage< TOutputImage, DoubleVectorImageType >
 ►Citk::CastImageFilter
 Cotb::Functor::CBAMI< TInput1, TInput2, TOutput >
 Cotb::Functor::ChangeNoDataFunctor< TInputPixel, TOutputPixel >Functor used by ChangeNoDataValueFilter
 Cotb::string_view::char_iterator
 Cotb::Wrapper::ChoiceParameter::Choice
 Cotb::ClosePathFunctor< TInput, TOutput >This filter close the input path, making the last point equal to the first one
 Cotb::Functor::MultiScaleConvexOrConcaveDecisionRule_tags::closing_profile_characteristics
 CCloudDetectionFunctorThis functor first uses CloudEstimatorFunctor
 Cotb::Functor::CloudDetectionFunctor< TInput, TOutputValue >
 Cotb::Functor::CloudEstimatorFunctor< TInput, TOutputValue >Functor to help with the cloud detection
 CCoherencyToReciprocalMuellerFunctorEvaluate the reciprocal Mueller matrix from the reciprocal coherency matrix image
 ►Citk::Function::ColormapFunction
 ►Citk::Command
 Cotb::NeighborhoodMajorityVotingImageFilter< TInputImage, TOutputImage, TKernel >::CompareHistoFequencies
 Cotb::Function::ComplexToIntensity< TInput, TOutput >
 Cotb::Functor::ComplexToVector< TInput, TOutput >
 Cotb::Functor::ComplexToVector< itk::VariableLengthVector< TInput >, TOutput >
 Cotb::Functor::ComputeNeighborhoodContributionFunctor< TNeighIter, TOutput >Unary neighborhood functor to compute the value of a pixel which is a sum of the surrounding pixels value ponderated by a coefficient
 Cotb::Functor::ConcatenateScalarValueFunctor< TInput, TOutput >TODO
 Cotb::Functor::LevelingFunctor_tags::concave_pixel
 Cotb::ConfigurationManagerRetrieve configuration values from env var or default values
 CConnectedComponentMuParserFunctorFunctor used as input to itk connected component segmentation module
 Cotb::Functor::ConnectedComponentMuParserFunctor< TInput >
 Cotb::Functor::ConnectedLabelFunctor< TInput >
 Cotb::Wrapper::InputImageParameter::Connector
 Cotb::ObjectList< TObject >::ConstIteratorConstIterator of the object list
 Cotb::internals::ConstTag
 Clp::ContourOperations
 Cotb::ConvertPixelBuffer< InputPixelType, OutputPixelType, OutputConvertTraits >Class to convert blocks of data from one type to another
 Cotb::Functor::ConvertTypeFunctor< TInputPixelType, TOutputPixelType >
 Cotb::Functor::ConvertTypeFunctor< typename TInputImage::PixelType, typename TOutputImage::PixelType >
 Cotb::Functor::LevelingFunctor_tags::convex_pixel
 Cotb::CoordinateConversionRecordThis structure contains coefficients to convert between coordinates types, e.g. from ground range to slant range
 Cotb::CoordinateTransformationThis class is a wrapper around OGRCoordinateTransformation
 Cotb::CorrectPolygonFunctor< TPolygon >This filter simplify and close the input polygon, making the last point equal to the first one
 Cotb::Function::CosineWindowFunction< TInput, TOutput >
 Cotb::Count< TPointSet, TRadiusType, TIndexType >Compute the density of a neighborhood centerred in a pixel
 Cotb::ogr::internal::CppToOGRConverter_trait< T >Trait class for converting C++ types into OGR field setter compatible types
 Cotb::ogr::internal::CppToOGRConverter_trait< std::string >Specialisation for C++ std::string
 Cotb::ogr::internal::CppToOGRConverter_trait< T[N]>Specialisation for C static arrays
 Cotb::OGRExtendedFilenameToOptions::CreationOptionType
 Cotb::Functor::CrossCorrelation< TInput1, TInput2, TOutput >Functor to compute the cross correlation
 Cotb::CumulantsForEdgeworth< TInput >Helper class for KullbackLeiblerDistanceImageFilter. Please refer to KullbackLeiblerDistanceImageFilter
 Cotb::CumulantsForEdgeworth< ROIInputType1 >
 Cotb::CumulantsForEdgeworth< ROIInputType2 >
 Cotb::CumulantsForEdgeworthProfile< TInput >Helper class for KullbackLeiblerProfileImageFilter. Please refer to KullbackLeibleProfileImageFilter
 Cotb::Functor::CzihoSOMLearningBehaviorFunctorBeta behavior over SOM training phase
 Cotb::Functor::CzihoSOMNeighborhoodBehaviorFunctorNeighborhood size behavior over SOM training phase
 ►Citk::DataObject
 CDataObjectListInterfaceThis non template class is an interface that wrap ObjectList
 Cotb::DataSpecThis struct contains the specific absorption coefficients of each constituent and the refractive index of leaf materia
 Cotb::DataNode< TPrecision, VDimension, TValuePrecision >::DataType
 ►Cdecltypeinternals::is_array_fstd::declval
 ►Citk::DefaultConvertPixelTraits
 ►Cotb::DEMObserverInterfaceObserver design pattern to keep track of DEM configuration changes
 ►Cotb::DEMSubjectInterfaceObserver design pattern to keep track of DEM configuration changes
 Cotb::DimapDataStruct containing metadata parsed from a Dimap product
 Cotb::DimapMetadataHelperHelper class to read dimap data from various sources (Dimap v1, dimap v2, Ossim geom file) and various sensors (PHR, SPOT, ...) and store them in a DimapData struct
 ►Citk::Statistics::DistanceMetric
 Cotb::MetaData::details::dividable< T, R >
 ►Cotb::MetaData::details::dividable< Duration, double >
 Cotb::DopplerCentroidThis structure is used to handle Doppler centroid estimates
 Cotb::Functor::DotProductFunctor< TInput, TOutput >Computes the dot product against a specific vector
 CGapFilling::doy_multi_year
 Cotb::ogr::Drivers
 Cotb::Wrapper::ElevationParametersHandlerThis class represent a helper class for elevation modes. It add the parameters automatically to the application where it is used, provide method to get the value needed
 Cotb::ogr::DataSource::layer_iter< Value >::enabler
 Cotb::ogr::Layer::feature_iter< Value >::enabler
 Cotb::Functor::EnvelopeSavitzkyGolayInterpolationFunctor< Radius, TSeries, TDates, TWeight >
 Cotb::EphemerisThis structure is used to handle Ephemeris information
 ►Cboost::equality_comparable
 ►Citk::Statistics::EuclideanDistanceMetric
 ►Citk::EventObject
 ►Citk::ExceptionObject
 Cotb::extents< StaticExtents >
 ►CF
 ►Cstd::false_type
 Cotb::ogr::FeatureGeometric object with descriptive fields
 Cotb::Wrapper::TrainVectorBase< TInputValue, TOutputValue >::FeaturesInfo
 Cotb::OGRLayerStreamStitchingFilter< TInputImage >::FeatureStruct
 Cotb::ogr::FieldEncapsulation of OGRField Instances of Field are expected to be built from an existing Feature with which they'll share their owning OGRFeature
 Cotb::FieldCopyTransformation
 Cotb::ogr::FieldDefnEncapsulation of OGRFieldDefn: field definition
 ►CFieldTransformationPolicy
 ►CFunctorFilterSuperclassHelper::FilterType
 ►CFunctorFilterSuperclassHelper::FilterType
 ►Cotb::FilterWatcherBaseThis class is an abstract class Provides an interface to progress task mechanic
 Cgrm::FLSParam
 ►Citk::FunctionBase
 Cotb::FunctorFilterSuperclassHelper< T, TNameMap >Struct allowing to derive the superclass prototype for the FunctorImageFilter class
 Cotb::FunctorFilterSuperclassHelper< R(*)(T...), TNameMap >Partial specialisation for R(*)(T...)
 Cotb::FunctorFilterSuperclassHelper< R(C::*)(T...) const, TNameMap >Partial specialisation for R(C::*)(T...) const
 Cotb::FunctorFilterSuperclassHelper< R(C::*)(T...), TNameMap >Partial specialisation for R(C::*)(T...)
 Cotb::FunctorFilterSuperclassHelper< void(*)(R &, T...), TNameMap >Partial specialisation for void(*)(R &,T...)
 Cotb::FunctorFilterSuperclassHelper< void(C::*)(R &, T...) const, TNameMap >Partial specialisation for void(C::*)(R&,T...) const
 Cotb::FunctorFilterSuperclassHelper< void(C::*)(R &, T...), TNameMap >Partial specialisation for void(C::*)(R&,T...)
 Cotb::functor_filter_details::FunctorFilterSuperclassHelperImpl< R, TNameMap, T >
 Cotb::SimpleRcsPanSharpeningFusionImageFilter< TPanImageType, TXsImageType, TOutputImageType, TInternalPrecision >::FusionFunctor
 Cotb::LmvmPanSharpeningFusionImageFilter< TPanImageType, TXsImageType, TOutputImageType, TInternalPrecision >::FusionFunctor1
 Cotb::LmvmPanSharpeningFusionImageFilter< TPanImageType, TXsImageType, TOutputImageType, TInternalPrecision >::FusionFunctor2
 Cotb::OGRLayerStreamStitchingFilter< TInputImage >::FusionStruct
 Cotb::FuzzyDescriptorsModelManagerRead a xml file where are stored several statistics
 Cotb::Function::GaussianWindowFunction< TInput, TOutput >Gaussian interpolation windowing function
 Cotb::GCPThis GCP class is used to manage the GCP parameters in OTB
 Cotb::Projection::GCPParamThis structure handles the list of the GCP parameters
 Cotb::GCPTimeThis structure contains the azimuth and range times associated with a gcp
 Cotb::GDALDriverManagerWrapperProvide an unique instance of a GDALDataSet
 Cotb::details::generic_layout< LayoutPolicy >
 Cotb::ogr::internal::GeometryDeleter
 Cotb::functor_filter_details::GetProxy< T >
 Cotb::functor_filter_details::GetProxy< itk::ConstNeighborhoodIterator< T > >
 Cotb::functor_filter_details::GetProxy< itk::ImageRegionConstIterator< T > >
 Cotb::NCCRegistrationFunction< TFixedImage, TMovingImage, TDisplacementField >::GlobalDataStruct
 Cgrm::Graph< TNode >
 Cgrm::Graph< NodeType >
 Cgrm::GraphOperations< TSegmenter >
 Cgrm::GraphToOtbImage< TGraph >
 CGroup
 Cotb::Function::HammingWindowFunction< TInput, TOutput >Window function for sinc interpolation
 Cotb::Functor::HessianDeterminant< TInput, TOutput >This functor computes the determinant of symmetric 2*2 matrix
 Cotb::Functor::HessianToScalar< TInput, TOutput >
 Cotb::polarimetry_tags::hh
 Cotb::Functor::HillShadeModulationFunctor< TInput1, TInput2, TOutput >Modulate an image with hill shading
 Cotb::Functor::HillShadingFunctor< TNeighIter, TInputImage, TOutput >Unary neighborhood functor to compute the lambertian of a surface
 ►Citk::HistogramAlgorithmBase
 Cotb::NeighborhoodMajorityVotingImageFilter< TInputImage, TOutputImage, TKernel >::HistoSummary
 Cotb::Functor::HorizontalSobelOperator< TInput, TOutput >Performs the calculation of horizontal Sobel derivation
 Cotb::Functor::HSVToRGBFunctor< TRGBPixel >Function object to convert HSV value to RGB
 Cotb::Functor::HSVToRGBFunctor< RGBPixelType >
 Cotb::polarimetry_tags::hv
 Cotb::polarimetry_tags::hv_or_vh
 ►Cmup::ICallback
 CGapFilling::IdentityGapFillingFunctor< PixelType >
 ►Citk::Image
 ►Citk::ImageAdaptor
 ►Citk::ImageAndPathToImageFilter
 Cotb::Functor::ImageAndVectorImageOperationFunctor< TInput, TVectorInput, TOutput >
 ►Cotb::ImageCommons
 Cotb::ImageToOSMVectorDataGenerator< TImage >::ImageExtentType
 CImageFileWriterExceptionBase exception class for IO problems during writing
 ►Citk::ImageFunction
 ►Cotb::ImageMetadataBaseMetadata hybrid dictionary
 Cotb::ogr::ImageReference< TPrecision >
 Cotb::ogr::ImageReference< double >
 ►Citk::ImageRegionConstIterator
 ►Citk::ImageRegionSplitter
 ►Citk::ImageSource
 ►Citk::ImageToImageFilter
 ►Citk::ImageToImageFilter< TInputImage, otb::LabelMapWithAdjacency< itk::LabelObject< typename TInputImage::PixelType, TInputImage::ImageDimension >> >
 Cotb::Functor::ImageToRadianceImageFunctor< TInput, TOutput >Add beta to the quotient Input over alpha
 Cotb::Functor::ImageToReflectanceImageFunctor< TInput, TOutput >Call the ImageToRadianceFunctor over the input and the RadianceToReflectanceFunctor to this result
 Cotb::ImageTypeDeduction< T >Helper struct to derive ImageType from template parameter
 Cotb::ImageTypeDeduction< itk::VariableLengthVector< T > >Partial specialisation for itk::VariableLengthVector<T>
 Cotb::Function::ImaginaryToComplex< TInputImageImaginaryPart, TOutput >
 Cotb::Functor::IndicesStackFunctor< TIndice >A class to compute a stack of radiometric indices
 Cotb::InfoSceneCoordRepresents an InfoSceneCoord
 Cotb::internal::ReprojectTransformationFunctor::InPlace
 ►Citk::InPlaceImageFilter
 ►Citk::InPlaceLabelMapFilter
 Cotb::Wrapper::CompositeApplication::InternalApplication
 ►Citk::InterpolateImageFunction
 Cotb::Interval
 ►Cmup::IOprtBin
 Cotb::Functor::ISRAUnmixingFunctor< TInput, TOutput, TPrecision >Perform fully constrained least squares on a pixel
 Cotb::ObjectList< TObject >::IteratorIterator of the object list
 Cotb::internals::ZipIterator< TImageIterator, ConstOrMutable >::PixelListProxy::iterator__
 ►Cboost::iterator_facade
 Cotb::Functor::JoinHistogramMI< TInput1, TInput2, TOutput >
 Cotb::Meanshift::KernelGaussian
 Cotb::Meanshift::KernelUniform
 Cotb::MetaDataKey::KeyTypeDef
 Cotb::Functor::KullbackLeiblerDistance< TInput1, TInput2, TOutput >Functor for KullbackLeiblerDistanceImageFilter. Please refer to KullbackLeiblerDistanceImageFilter
 Cotb::Functor::KullbackLeiblerProfile< TInput1, TInput2, TOutput >Functor for KullbackLeiblerProfileImageFilter. Please refer to KullbackLeiblerProfileImageFilter
 Cotb::Functor::KullbackLeiblerSupervizedDistance< TInput1, TInput2, TInputROIImage, TOutput >Functor for KullbackLeiblerSupervizedDistanceImageFilter. Please refer to KullbackLeiblerSupervizedDistanceImageFilter
 Cotb::Functor::LAB2RGB< TInput, TOutput >Base class for converting LAB into RGB color space (Ruderman et al.)
 Cotb::LabeledOutputAccessor< TFilter >Accessor to the index of the labeled output image of the Template Filter
 Cotb::LabeledOutputAccessor< MeanShiftSmoothingImageFilter< TInputImage, TOutputImage, TOutputImage2, TKernelType > >
 ►Citk::LabelMap
 ►Citk::LabelMapFilter
 ►Citk::LabelMapToLabelImageFilter
 ►Citk::LabelObject
 Cotb::Functor::LabelObjectFieldsFunctor< TLabelObject >Returns additional OGR fields to be saved in VectorData
 Cotb::Functor::LabelObjectFieldsFunctor< typename TLabelMap::LabelObjectType >
 CLabelObjectOpeningMuParserImageFilterLabel Object opening using shape and radiometric attributes. Acception/rejection criteria is user defined via MuParser function
 Cotb::Functor::LabelObjectToPolygonFunctor< TLabelObject, TPolygon >This class vectorizes a LabelObject to a Polygon
 Cotb::Functor::LabelObjectWithClassLabelFieldsFunctor< TLabelObject >Returns additional OGR fields to be saved in VectorData
 Cotb::Functor::LabelToBoundaryFunctor< TInput, TOutput >Functor to extract segmentation boundaries
 Cotb::LagrangianOrbitInterpolator
 Cotb::Function::LanczosWindowFunction< TInput, TOutput >Window function for sinc interpolation
 ►Cotb::Functor::LandsatTM::LandsatTMIndexBase< TInput, TOutput >Base class for Landsat-TM indices
 ►Cotb::Functor::LandsatTM::LandsatTMIndexBase< TInput, itk::FixedArray< unsigned int, 11 > >
 CLandsatTMLinguisticVariables
 Cotb::ogr::LayerLayer of geometric objects
 Cotb::OGRExtendedFilenameToOptions::LayerOptionType
 ►CLayoutPolicy
 ►Cboost::less_than_comparable
 Cotb::Functor::LevelingFunctor< TInput, TInputMap, TOutput >This functor performs the pixel-wise leveling operation needed in the geodesic morphology decomposition filter. For more details, please refer to the documentation of this filter
 Cotb::Functor::LHMI< TInput1, TInput2, TOutput >TODO
 ►Citk::LightObject
 ►Citk::LightProcessObject
 CGapFilling::LinearGapFillingFunctor< PixelType >
 Cotb::SarSensorModel::LineSampleYZ
 Cotb::Wrapper::ListViewParameter::ListViewChoice
 Cotb::Functor::LocalActivityOperator< TInput, TOutput >Performs the calculation of LocalActivity derivation
 Cotb::Functor::LocalGradientOperator< TInput, TOutput >Performs the calculation of LocalGradient derivation
 CLocalRxDetectionFunctorThis functor computes a local Rx score on an input neighborhood. Pixel of the neighborhood inside the internal radius are not considered during the computation of local statistics
 Cotb::Functor::LocalRxDetectionFunctor< TInput, TOutput >
 Cotb::Functor::Log10Thresholded< TInput, TOutput >
 ►Citk::Logger
 Cotb::Functor::LPBlockMatching< TInputImage, TOutputMetricImage >Functor to perform block-matching based on the L^p pseudo-norm
 Cotb::MetaData::LUT< VDim >
 Cotb::MetaData::LUTAxis
 Cotb::Functor::MagnitudeFunctor< TInputPixel, TOutputPixel >This functor computes the magnitude of a covariant vector
 Cotb::functor_filter_details::MakeIterator< N >
 Cotb::functor_filter_details::MakeIterator< std::false_type >
 Cotb::functor_filter_details::MakeIterator< std::true_type >
 Cotb::Wrapper::MapProjectionParametersHandlerThis class represent a helper class
 Cotb::MaskedIteratorDecorator< TIteratorType, TMaskIteratorType >Decorate an iterator to ignore masked pixels
 Cotb::Functor::MaskFunctor< TInputPixel, TMaskPixel, TOutputPixel >Output is a InputPixel if MaskPixel is m_Background and a defined other value (m_ObjectColor) otherwise
 CMaskMuParserFunctorFunctor used to create binary mask for input of connected component segmentation module
 CMaskMuParserImageFilterPerforms a mathematical operation on the input images according to the formula specified by the user. values different from 0 are set to 1
 Cotb::Functor::MultiScaleConvexOrConcaveDecisionRule_tags::max_closing_profile_derivative
 Cotb::Functor::MultiScaleConvexOrConcaveDecisionRule_tags::max_opening_profile_derivative
 Cotb::Functor::MeanDifference< TInput1, TInput2, TOutput >
 Cotb::Functor::MeanFilterFunctor< TInput1, TOutput >
 Cotb::Functor::MeanFunctor< TInput, TOutputValue >This functor generate the mean value of a component pixels
 Cotb::Functor::MeanRatio< TInput1, TInput2, TOutput >
 Cotb::ogr::internal::MemberContainerGetterPtr< T, ptr_to_function, FinalReturnType >
 Cotb::ogr::internal::MemberContainerSetterPtr< T, ptr_to_function, ActualParamType >
 Cotb::ogr::internal::MemberGetterPtr< T, ptr_to_function, FinalReturnType >
 Cotb::ogr::internal::MemberSetterPtr< T, ptr_to_function, ActualParamType >
 Cotb::Functor::MergeLabelObjectFunctor< TLabelObject >Merge two LabelObjects
 ►Cotb::MetadataStorageInterfaceBase class to store metadata information in files/images
 ►Cotb::MetadataSupplierInterfaceBase class to access metadata information in files/images
 Cotb::MLMSampleTraitsImpl< TInput, isNumber >
 Cotb::MLMTargetTraitsImpl< TInput, isNumber >
 Cotb::ogr::DataSource::Modes
 ►Citk::MorphologyImageFilter
 Cotb::Functor::MuellerToPolarisationDegreeAndPowerFunctor< TInput, TOutput >Evaluate the min and max polarisation degree and min and max power from the Mueller image
 Cotb::Functor::MuellerToReciprocalCovarianceFunctor< TInput, TOutput >Evaluate the MLC image from the Mueller image
 CGapFilling::MultiComponentTimeSeriesFunctorAdaptor< PixelType, FunctorType >
 ►Cboost::multipliable2
 Cotb::Functor::MultiplyByScalar< TInput, TOutput >
 Cotb::Functor::MultiplyVectorImageFilterFunctor< TInput1, TInput2, TOutputPixel >
 Cotb::Functor::MultiScaleConvexOrConcaveDecisionRule< TInput, TLabeled >This Functor apply a classification rule on two membership value along with two labels
 Cotb::internals::MutableTag
 Cotb::narrow
 Cotb::Functor::NCCBlockMatching< TInputImage, TOutputMetricImage >Functor to perform simple NCC block-matching
 Cotb::NeatRegionLogger
 ►Citk::NeighborhoodOperator
 Cotb::sampleAugmentation::NeighborSorter
 Cgrm::NeighborType< DerivedNode >
 Cotb::sampleAugmentation::NeighborType
 Cotb::Functor::NoDataFunctor< TInputPixel, TOutputPixel >Functor used by ImageToNoDataMaskFilter
 Cotb::SimpleRcsPanSharpeningFusionImageFilter< TPanImageType, TXsImageType, TOutputImageType, TInternalPrecision >::NoDataFusionFunctor
 ►Cboost::noncopyable
 Cotb::Functor::NormalizeAttributesLabelObjectFunctor< TLabelObject >Functor to normalize all attributes of a LabelMap
 Cotb::Functor::NormalizeVectorImageFunctor< TInput, TOutput >NormalizeVectorImageFunctor
 Cotb::NotNull< T >
 Cotb::NotNull< PixelType * >
 Cotb::mpl::internals::NumberOfComponents< PixelType >
 Cotb::mpl::internals::NumberOfComponents< itk::VariableLengthVector< RealType > >
 Cotb::mpl::internals::NumberOfComponents< std::complex< T > >
 Cotb::mpl::internals::NumberOfComponents< T const >
 Cotb::functor_filter_details::NumberOfOutputComponents< F, O, N >
 Cotb::functor_filter_details::NumberOfOutputComponents< F, otb::Image< T >, N >
 Cotb::functor_filter_details::NumberOfOutputComponents< F, otb::VectorImage< T >, N >
 COBIAMuParserFunctorUse MuParser criteria to accept/reject LabelObject given his shape and radiometrics statistics. This functor is based on the mathematical parser library muParser. The built in functions and operators list is available at: http://muparser.sourceforge.net/mup_features.html#idDef2
 Cotb::Functor::OBIAMuParserFunctor< TLabelObject >
 Cotb::Functor::OBIAMuParserFunctor< typename TImage::LabelObjectType >
 ►Citk::Object
 ►Citk::ObjectFactoryBase
 Cotb::Functor::OffsetLexicographicCompare< VOffsetDimension >Order Offset instances lexicographically
 Cotb::internal::OGRCoordinateTransformationDeleter
 Cotb::internal::OGRSpatialReferenceDeleter
 Cotb::Functor::MultiScaleConvexOrConcaveDecisionRule_tags::opening_profile_characteristics
 Cotb::OGRExtendedFilenameToOptions::OpenOptionType
 Cotb::functor_filter_details::OperProxy< Oper >
 Cotb::functor_filter_details::OperProxy< Out(*)(In...)>
 Cotb::functor_filter_details::OperProxy< Out(C::*)(In...) const >
 Cotb::functor_filter_details::OperProxy< Out(C::*)(In...)>
 Cotb::functor_filter_details::OperProxy< void(*)(Out &, In...)>
 Cotb::functor_filter_details::OperProxy< void(C::*)(Out &, In...) const >
 Cotb::functor_filter_details::OperProxy< void(C::*)(Out &, In...)>
 Cotb::ExtendedFilenameToReaderOptions::OptionType
 Cotb::ExtendedFilenameToWriterOptions::OptionType
 Cotb::OrbitThis structure is used to handle orbit information
 Cotb::Functor::OrientationFunctor< TInputPixel, TOutputPixel >This functor computes the orientation of a cavariant vector
Orientation values lies between 0 and 2*Pi
 CotbBarnesDecompFunctorEvaluate the Huynen decomposition from the reciprocal Sinclair matrix image
 CotbEnvelopeSavitzkyGolayInterpolationFunctor: This class implements a Savitzky-Golay interpolation fitting the upper or lower envelope of the series being interpolated
 CotbHAlphaFunctorEvaluate the H-Alpha parameters from the reciprocal coherency matrix image
 CotbMDMDNMFImageFilterThis filter implements unmixing based non negative matrix factorization (NMF) which finds simultaneously the end members and abundances matrix which product is the closer to the observed data, based on the following works: K. S. F.J. Theis and T. Tanaka, First results on uniqueness of sparse non-negative matrix factorisation. M. G. A. Huck and J. Blanc-Talon, IEEE TGRS, vol. 48, no. 6, pp. 2590-2602, 2010. A. Huck and M. Guillaume, in WHISPERS, 2010, Grenoble
 CotbSavitzkyGolayInterpolationFunctor: This functor implements a local polynomial regression (of degree k) on a series of values (of at least k+1 points which are treated as being equally spaced in the series) to determine the smoothed value for each point
 Cotb::Functor::OutcoreFunctor< TInput, TOutput >
 Cotb::ImageToGenericRSOutputParameters< TImage >::OutputImageExtentType
 ►Cstd::pair
 Cotb::PatternSampler::Parameter
 Cotb::PeriodicSampler::Parameter
 Cotb::RandomSampler::Parameter
 Cotb::Wrapper::ParameterKey
 Cotb::part_iterator< Splitter >
 Cotb::part_range< Splitter >
 Cotb::PathLengthFunctor< TInput1 >Select paths according to their length
 Cotb::PathMeanDistanceFunctor< TInput1 >Functor to select path according to the average distance between points
 ►Citk::PathSource
 ►Citk::PDEDeformableRegistrationFilter
 ►Citk::PDEDeformableRegistrationFunction
 CPersistentStreamingLabelImageToOGRDataFilterThis filter is a framework for large scale segmentation. For a detailed description
 Cotb::Functor::LevelingFunctor_tags::pixel
 Cotb::internals::PixelComponentIterator< TPixel, ConstOrMutable, Dispatch >
 Cotb::internals::PixelComponentIterator< ConstMut_IntPixelType, ConstOrMutable >
 Cotb::internals::PixelComponentIterator< TPixel, ConstOrMutable, typename std::enable_if_t< boost::is_complex< std::decay_t< TPixel > >::value > >
 Cotb::internals::PixelComponentIterator< TPixel, ConstOrMutable, typename std::enable_if_t< mpl::is_array_v< std::decay_t< TPixel > > > >
 Cotb::internals::PixelComponentIterator< TPixel, ConstOrMutable, typename std::enable_if_t< std::is_arithmetic< TPixel >::value > >
 Cotb::internals::ZipIterator< TImageIterator, ConstOrMutable >::PixelListProxy
 Cotb::PixelRange_t< TPixel >
 Cotb::PixelTypeDeduction< T >Helper struct to derive PixelType from template parameter
 Cotb::PixelTypeDeduction< itk::ConstNeighborhoodIterator< Image< T > > >Partial specialisation for itk::ConstNeighborhoodIterator<Image<T>>
 Cotb::PixelTypeDeduction< itk::ConstNeighborhoodIterator< VectorImage< T > > >Partial specialisation for itk::ConstNeighborhoodIterator<VectorImage<T>>
 ►Citk::PointSetToImageFilter
 Cotb::Functor::PolarimetricSynthesisFunctor< TInput1, TInput2, TInput3, TInput4, TOutput >Calculate the polarimetric synthesis
 Cotb::Functor::PolarimetricSynthesisFunctor< typename TInputImage::InternalPixelType, typename TInputImage::InternalPixelType, typename TInputImage::InternalPixelType, typename TInputImage::InternalPixelType, typename TOutputImage::PixelType >
 Cotb::PolygonCompacityFunctor< TInput1 >Select polygons according to their compacity
 ►Cotb::PolyLineImageConstIterator< TImage, TPath >Uses the bresenham algorithm to iterate over a polyline on an image (const version)
 ►Citk::PolyLineParametricPath
 Cotb::PolynomialTimeSeries< TDegree, TCoefPrecision >
 ►Citk::ProcessObject
 ►CITK_EXPORT itk::ProcessObject
 Cotb::Functor::ProjectiveProjectionFunctor< TInput, TOutput, TPrecision >Applies a projective projection to a pixel
 CProjectiveProjectionImageFilterApplies a projective projection to each pixel of an image
 Cotb::Function::ProlateFunction< TInput, TOutput >Prolate function give the value of the prolate profile following one of the 2 image dimension
 Cotb::ogr::propagate_const< Tin, Tout >Propagation of const-qualifier
 Cotb::ogr::propagate_const< Tin const, Tout >
 Cotb::Functor::RadianceToImageImageFunctor< TInput, TOutput >Subtract beta to the Input and multiply by alpha
 Cotb::Functor::RadianceToReflectanceImageFunctor< TInput, TOutput >Compute reflectance from the radiance value
 ►Cotb::Functor::RadiometricIndex< TInput, TOutput >Base class for all radiometric indices
 Cotb::Functor::RadiometricMomentsFunctor< TNeighIter, TPrecision >
 Cotb::Functor::RadiometricMomentsFunctor< itk::ConstNeighborhoodIterator< InputImageType >, ScalarRealType >
 Cotb::Functor::RadiometricMomentsFunctor< itk::ConstNeighborhoodIterator< InputImageType >, ScalarType >
 Cotb::RadiometryCorrectionParametersToAtmosphericRadiativeTermsTODO
 Cotb::Function::RealAndImaginaryToComplex< TInputImageRealPart, TInputImageImaginaryPart, TOutput >
 Cotb::Function::RealToComplex< TInputImageRealPart, TOutput >
 Cotb::Functor::ReciprocalBarnesDecompFunctor< TInput, TOutput >
 Cotb::Functor::ReciprocalCoherencyToReciprocalMuellerFunctor< TInput, TOutput >
 Cotb::Functor::ReciprocalCovarianceToCoherencyDegreeFunctor< TInput, TOutput >Evaluate the Coherency Degree coefficient from from the MLC image
 Cotb::Functor::ReciprocalCovarianceToReciprocalCoherencyFunctor< TInput, TOutput >Evaluate the Coherency matrix from the Covariance image
 Cotb::Functor::ReciprocalHAlphaFunctor< TInput, TOutput >
 Cotb::Functor::ReciprocalHuynenDecompFunctor< TInput, TOutput >Evaluate the Huynen decomposition from the reciprocal Sinclair matrix image
 Cotb::Functor::ReciprocalLinearCovarianceToReciprocalCircularCovarianceFunctor< TInput, TOutput >Compute the reciprocal Covariance circular matrix from the reciprocal Covariance linear matrix. Extract from Antennas for radar and communications Harold Mott p 317
 Cotb::Functor::ReciprocalPauliDecompFunctor< TInput, TOutput >Evaluate the Pauli decomposition from the reciprocal Sinclair matrix image
 Cotb::Functor::ReflectanceToImageImageFunctor< TInput, TOutput >Call the ReflectanceToRadianceFunctor over the input and the RadianceToImageFunctor to this result
 Cotb::Functor::ReflectanceToRadianceImageFunctor< TInput, TOutput >Compute radiance from the reflectance value
 Cotb::Functor::ReflectanceToSurfaceReflectanceImageFunctor< TInput, TOutput >Compute the surface reflectance pixel from a TOA reflectance
 ►Citk::Region
 ►Citk::RelabelComponentImageFilter
 Cotb::internal::ReprojectTransformationFunctor
 Cotb::RetrieveOperator< T >Struct to retrieve the operator type
 Cotb::ObjectList< TObject >::ReverseConstIteratorReverseConstIterator of the object list
 Cotb::ObjectList< TObject >::ReverseIteratorReverseIterator of the object list
 Cotb::Functor::RGB2LAB< TInput, TOutput >Base class for converting RGB into LAB color space (Ruderman et al.)
 Cotb::LabelImageToLabelMapWithAdjacencyFilter< TInputImage, TOutputImage >::RLE
 ►Cotb::details::policy::root_layout_mapping< Extents >
 Cotb::Projection::RPCParamCoefficients for RPC model (quite similar to GDALRPCInfo)
 ►Ccv::ml::RTrees
 ►Citk::Statistics::SampleClassifierFilter
 Cotb::Wrapper::TrainVectorBase< TInputValue, TOutputValue >::SamplesWithLabel
 Cotb::Wrapper::TrainImagesBase::SamplingRates
 Cotb::Functor::SarBrightnessFunctor< TInput, TOutput >Compute the brightness value. $ \beta^{0} = (scale * DN^{2} + offset) * OldGain / NewGain * RangeSpreadLoss $
 Cotb::SARCalibSAR calibration LUTs
 Cotb::SARParamSAR sensors parameters
 Cotb::SarSensorModel
 Cotb::Functor::SavitzkyGolayInterpolationFunctor< Radius, TSeries, TDates, TWeight, Degree >
 Cotb::Functor::SavitzkyGolayInterpolationFunctor< Radius, TSeries, TDates, TSeries >
 Cgrm::Segmenter< TImage, TNode, TParam >
 ►Cgrm::Segmenter< TImage, BaatzNode, BaatzParam >
 ►Cgrm::Segmenter< TImage, FLSNode, FLSParam >
 ►Cgrm::Segmenter< TImage, SpringNode, SpringParam >
 Cotb::MetaData::PleiadesUtils::SensorModelCharacteristics
 Cotb::Sentinel1AzimuthNoiseStruct
 Cotb::Sentinel1CalibrationStructStructure holding a calibration vector from Sentinel1 annotation files
 Cotb::Functor::SFSTexturesFunctor< TIter, TOutputValue >
 CSFSTexturesFunctorThis functor computes textures based on line direction analysis through the central pixel
 Cotb::Functor::SFSTexturesFunctor< NeighborhoodIteratorType, OutputImagePixelType >
 Cotb::Functor::ShapeAttributesLabelObjectFunctor< TLabelObject, TLabelImage >Functor to compute shape attributes of one LabelObject
 CSharkKMeansMachineLearningModelShark version of Random Forests algorithm
 CSharkRandomForestsMachineLearningModelShark version of Random Forests algorithm
 Cotb::Wrapper::TrainVectorBase< TInputValue, TOutputValue >::ShiftScaleParameters
 Cotb::Accessor::ShiftScalePixelAccessor< TPixelType, TExternalType >Apply a shift scale operation to the value
 Cotb::PersistentSamplingFilterBase< TInputImage, TMaskImage >::SimpleFieldDefn
 Cotb::SimplifyPathFunctor< TInput, TOutput >This filter performs a simplification of the input path
 Cotb::Functor::SinclairToCircularCovarianceMatrixFunctor< TInput1, TInput2, TInput3, TInput4, TOutput >Construct the fully polarimetric circular covariance matrix with Sinclair matrix information
 Cotb::Functor::SinclairToCoherencyMatrixFunctor< TInput1, TInput2, TInput3, TInput4, TOutput >Construct the fully polarimetric coherency matrix with Sinclair matrix information
 Cotb::Functor::SinclairToCovarianceMatrixFunctor< TInput1, TInput2, TInput3, TInput4, TOutput >Construct the fully polarimetric covariance matrix with Sinclair matrix information
 Cotb::Functor::SinclairToMuellerMatrixFunctor< TInput1, TInput2, TInput3, TInput4, TOutput >Construct Mueller matrix with Sinclair matrix information. Elements of the Mueller matrix are extract from Antennas for radar and communications Harold Mott p 503
 Cotb::Functor::SinclairToReciprocalCircularCovarianceMatrixFunctor< TInput1, TInput2, TInput3, TOutput >Construct the fully reciprocal polarimetric circular covariance matrix with Sinclair matrix information
 Cotb::Functor::SinclairToReciprocalCoherencyMatrixFunctor< TInput1, TInput2, TInput3, TOutput >Construct the reciprocal fully polarimetric coherency matrix with Sinclair matrix information
 Cotb::Functor::SinclairToReciprocalCovarianceMatrixFunctor< TInput1, TInput2, TInput3, TOutput >Construct the reciprocal fully polarimetric covariance matrix with Sinclair matrix information
 Cotb::Functor::SingleComplexToVector< TInput, TOutput >
 ►Citk::SingleValuedCostFunction
 ►Citk::SingleValuedNonLinearOptimizer
 ►Cotb::MultiImageFileWriter::SinkBase
 Cotb::SIXSTraitsSIXSTraits operations
 Cotb::Functor::SobelOperator< TInput, TOutput >Performs the calculation of Sobel derivation
 Cotb::SoilDataBase
 Cotb::Functor::SOMbasedImageFilterFunctor< TInput, TOutput, TDistanceMetric, TMap >This class implements the functor that perform substitution between input image pixels and the corresponding winning neurons of a Kohonen map
 Cotb::Functor::SOMLearningBehaviorFunctorClassical Beta behavior over SOM training phase
 Cotb::SatelliteRSR< TPrecision, TValuePrecision >::sort_band
 Cotb::SpectralResponse< TPrecision, TValuePrecision >::sort_pair
 Cotb::OGRLayerStreamStitchingFilter< TInputImage >::SortFeatureStruct
 Cotb::Span< T >
 ►Citk::SpatialFunction
 Cotb::Meanshift::SpatialRangeJointDomainTransform< TInputImage, TOutputJointImage >
 Cotb::SpatialReferenceThis class is a wrapper around OGRSpatialReference
 Cotb::Functor::SpectralAngleFunctor< TInput, TOutputValue >This functor computes the spectral angle according to a reference pixel
 Cotb::Functor::SpectralAngleMapperFunctor< TInput, TReference, TOutput >This functor computes the spectral angle according to a vector of reference pixel
 Cotb::Functor::SpectralInformationDivergenceFunctor< TInput, TReference, TOutput >
 CGapFilling::SplineGapFillingFunctor< PixelType >
 Cotb::splitter_on_delim
 Cotb::Spot5ParamSpot5 sensors parameters
 Cotb::Spot5SensorModel
 Cgrm::SpringParam
 Cotb::Functor::SqrtSpectralAngleFunctor< TInput, TOutputValue >This functor computes the square root of a spectral angle according to a reference pixel
 Cotb::Functor::SSDBlockMatching< TInputImage, TOutputMetricImage >Functor to perform simple SSD block-matching
 Cotb::Functor::SSDDivMeanBlockMatching< TInputImage, TOutputMetricImage >Functor to perform derived SSD block-matching (SSD divided by mean)
 Cotb::StandardOutputPrintCallbackClass with printing callback methods using the standard output
 Cotb::StatisticsAccumulator< TRealVectorPixelType >
 Cotb::Functor::StatisticsAttributesLabelObjectFunctor< TLabelObject, TFeatureImage >Functor to compute statistics attributes of one LabelObject
 CStatisticsMapAccumulatorHolds statistics for each label of a label image
 Cotb::StopwatchStopwatch timer
 Cotb::MetaData::details::streamable< T >
 ►Cotb::MetaData::details::streamable< Duration >
 ►Cotb::MetaData::details::streamable< TimePoint >
 Cotb::StreamingConnectedComponentSegmentationOBIAToVectorDataFilter< TVImage, TLabelImage, TMaskImage, TOutputVectorData >Performs connected component segmentation on an input image, apply OBIA filtering and output a VectorData, with streaming capabilities
 Cotb::StreamingLineSegmentDetector< TImageType >
 Cotb::StreamingTraits< TImage >This class provides internal information for streamable filters
 Cotb::StreamingTraits< otb::VectorImage< TPixel, VImageDimension > >
 Cotb::string_view
 Cotb::ogr::StringListConverterHelper class to convert a set of standard C++ string into char** as OGR API expects
 ►Cotb::Wrapper::StringListInterfaceThis class represents a list of InputFilename parameter
 Cotb::ogr::internal::StringListMemberGetterPtr< FinalReturnType >
 Cotb::ogr::internal::StringListMemberSetterPtr< ActualParamType >
 Cotb::StringToHTML
 Cotb::MetaData::details::substractable_asym< U, V >
 ►Cotb::MetaData::details::substractable_asym< Duration, TimePoint >
 ►Cboost::subtractable
 Cotb::SystemSystem operations
 Cotb::ogr::internal::TagDispatchMemberContainerSetterPtr< T, ptr_to_function, ActualParamType, Is_contiguous >Dispatcher function for the Field Setter. The container-field setters from OGR API have a C API. This dispatcher will check whether the parameter container has a contiguous storage. If so it will directly inject the address of the first element of the contiguous container in the OGR C API. If not, the container will be converted into a container with contiguous storage
 Cotb::ogr::internal::TagDispatchMemberContainerSetterPtr< T, ptr_to_function, ActualParamType, false >
 Cotb::ogr::internal::TagDispatchMemberContainerSetterPtr< T, ptr_to_function, ActualParamType, true >
 ►Citk::TernaryFunctorImageFilter
 Cotb::Functor::TerraSarBrightnessFunctor< TInput, TOutput >Compute beta naught coefficient
 Cotb::part_iterator< Splitter >::theend
 Cotb::PersistentStatisticsMosaicFilter< TInputImage, TOutputImage, TInternalValueType >::ThreadResultsContainer
 Cotb::ImageToPointSetFilter< TInputImage, TOutputPointSet >::ThreadStruct
 Cotb::ObjectListToObjectListFilter< TInputList, TOutputList >::ThreadStruct
 Cotb::UnaryFunctorObjectListBooleanFilter< TInputList, TOutputList, TFunction >::ThreadStruct
 Cotb::Functor::TimeSeriesLeastSquareFittingFunctor< TSeriesType, TTimeFunction, TDateType, TWeightType >Implements a least squares fitting of a time profile
 Cotb::Wrapper::TrainImagesBase::TrainFileNamesHandler
 ►Citk::Transform
 Cotb::TransformationFunctorDispatcher< TransformationFunctor, TransformedElementType, FieldTransformationPolicy >
 ►Cotb::TransformationFunctorDispatcher< TransformationFunctor, TransformationFunctor::TransformedElementType, FieldCopyTransformation >
 Cotb::TransformationFunctorDispatcher< TransformationFunctorType, TransformedElementType, FieldCopyTransformation >
 Cotb::SamplingRateCalculator::Triplet
 ►Cstd::true_type
 Cotb::internal::tuple_index< Arg, Tuple >Retrieve index of a type in tuple if exists
 Cotb::internal::tuple_index< Arg, std::tuple< Arg, Args... > >
 Cotb::internal::tuple_index< Arg, std::tuple< NotMatching, Args... > >
 ►CIsSuitableType::type
 ►Cstd::is_scalar::type
 ►Citk::UnaryFunctorImageFilter
 Cotb::Functor::UnConstrainedLeastSquareFunctor< TInput, TOutput, TPrecision >Solves a least square system on a pixel
 Cotb::Functor::UniformAlphaBlendingFunctor< TInputPixel, TInputPixel2, TOutputPixel >Implements simple blending For each channel the blending function is as follows:
 Cotb::ImageIOBase::UnknownType
 CUtilsUtils operations
 Cotb::Functor::VariadicAdd< TOut, TIns >This functor adds any number of compile time scalar inputs
 Cotb::Functor::VariadicConcatenate< TOut, TIns >This functor concatenates any number of input of scalar type or VariableLengthVector
 Cotb::VarSolVarSol operations
 Cotb::Functor::VectorAffineTransform< TInput, TOutput >This functor performs a per band linear transform of its input
 Cotb::Functor::VectorCast< TInput, TOutput >This functor can be used to convert scalar value to VariableLengthVector with another precision a size of 1
 Cotb::Functor::VectorChangeLabel< TInput, TOutput >
 Cotb::Functor::VectorComplexToVector< TInput, TOutput >
 Cotb::VectorDataKeywordlistThis class handle the metadata of vector data
 ►Citk::VectorImage
 Cotb::Accessor::VectorImageToASPixelAccessor< T >Give access to a Vector pixel type as if it were a RGBPixel type
 Cotb::Functor::VectorShiftScale< TInput, TOutput >This functor performs a per band linear transform of its input
 Cotb::PersistentSamplingFilterBase< TInputImage, TMaskImage >::VectorThreadStruct
 Cotb::Functor::VectorToAmplitudeFunctor< TInput, TOutput >
 Cotb::Functor::VerticalSobelOperator< TInput, TOutput >Performs the calculation of vertical Sobel derivation
 Cotb::polarimetry_tags::vh
 Cotb::polarimetry_tags::vv
 ►Citk::WarpImageFilter
 Cotb::WaveletOperator< TMotherWaveletOperator, TDirectionOfTransformation, TPixel, VDimension, TAllocator >A Generic NeighborhoodOperator wavelets filter set defined for templation
 Cotb::Function::WelchWindowFunction< TInput, TOutput >Window function for sinc interpolation
 Cotb::Projection::WGS84Ellipsoid< TScalarType >Structure holding the ellipsoid parameters for WGS84
 ►Cotb::WriterWatcherBaseThis class is an abstract class Provides an interface to progress task mechanic
 Cotb::SarSensorModel::ZeroDopplerInfo
 Cotb::internals::ZipIterator< TImageIterator, ConstOrMutable >
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