Namespace agregating IPSDK base routines and classes for image algorithm processing. More...

Classes
struct	AlgorithmFunctionEfficiency
	Class allowing to associate an efficiency to an algorithm function given a collection of used instruction set. More...

class	BaseBorder2dPolicyAttribute
	Base class for attributes allowing to define a policy for 3d strip borders preparation during a kernel algorithm processing. More...

class	BaseBorder3d
	Base class for objects allowing to prepare y strip 3d borders during a kernel algorithm processing. More...

class	BaseBorder3dPolicyAttribute
	Base class for attributes allowing to define a policy for 3d strip borders preparation during a kernel algorithm processing. More...

class	BaseBorderPolicyAttribute
	Base class for attributes allowing to define a policy for strip borders preparation during a kernel algorithm processing. More...

class	BaseBorderXStrip2d
	Base class for objects allowing to prepare x strip 2d borders during a kernel algorithm processing. More...

class	BaseBorderYStrip2d
	Base class for objects allowing to prepare y strip 2d borders during a kernel algorithm processing. More...

class	BaseCreateShapeMeasureSetInitializer
	Base class for shape measure set creation initializer. More...

class	BaseCudaSubImageSplit
	Base class used to split image into sub images for data dispatch on NVIdia graphic cards. More...

class	BaseCustomCheckedImageProperty
	Base class for custom checked image properties. More...

class	BaseCustomImageInfo
	Base class for custom image informations. More...

class	BaseEntity2dCollAttribute
	Base class for generic geometry entity 2d collection attribute. More...

class	BaseEntity3dCollAttribute
	Base class for generic geometry entity 3d collection attribute. More...

class	BaseFormulaAttribute
	Base class for formula attributes. More...

class	BaseFormulaRule
	Base class for rules allowing to check formula properties. More...

class	BaseFromImageCustomImageInfo
	Base class for custom image informations constructed from an other image. More...

class	BaseFromImagePlanIndexedInitializer
	Base class for initialization of a plan indexed collection from plans of an image. More...

class	BaseFromOtherPlanIndexedInitializer
	Base class for initialization of a plan indexed collection from an other plan indexed collection. More...

class	BaseGenericMeasureSetSplit
	Base class for generic shape measure set split operations for data dispatch. More...

class	BaseGeometry2dMeasureSetSplit
	Base class for geometry 2d shape measure set split operations for data dispatch. More...

class	BaseGeometry3dMeasureSetSplit
	Base class for geometry 3d shape measure set split operations for data dispatch. More...

class	BaseGeometryEntity2dCollAttribute
	Base class for geometry entity 2d collection attributes. More...

class	BaseGeometryEntity3dCollAttribute
	Base class for geometry entity 3d collection attributes. More...

class	BaseGeometryEntityCollAttribute
	Base class for geometry entity collection attributes. More...

class	BaseGpuSubImageSplit
	Base class used to split image into sub images for data dispatch on GPU. More...

class	BaseImageAttribute
	Base class for image attributes. More...

class	BaseImageBinaryInitializer
	Base class for output image initializer using two images as input. More...

class	BaseImageBinaryMixedRule
	Base class for rules allowing to match properties of an image attribute with an other attribute. More...

class	BaseImageBufferTypeRule
	Base class for rules allowing to check image buffer type values. More...

class	BaseImageComparisonRule
	Base class for rules allowing to compare two image attributes. More...

class	BaseImageFormula2dAttribute
	Base class for image formula attributes. More...

class	BaseImageFormula3dAttribute
	Base class for image formula attributes. More...

class	BaseImageFormulaAttribute
	Base class for image formula attributes. More...

class	BaseImageInitializer
	Base class for output image initializer. More...

class	BaseImageParser
	Base class for objects allowing to parse image attribute data. More...

class	BaseImageProcessingAttribute
	Base class for image processing attributes. More...

class	BaseImageProcessingOutputInitializer

class	BaseImageProcessingRule
	Base class for rules applied on image processing objects. More...

class	BaseImagePropertyRule
	Base class for rules allowing to check property of an image attribute. More...

class	BaseImageRule
	Base class for rules applied on image attributes. More...

class	BaseImageStripSplit
	Base class for image strip split operations for data dispatch. More...

class	BaseImageTile2dCollSplit
	Base class for image tile 2d collection split operations for data dispatch. More...

class	BaseImageTile3dCollSplit
	Base class for image tile 2d collection split operations for data dispatch. More...

class	BaseImageTileCollSplit
	Base class for image tile collection split operations for data dispatch. More...

class	BaseImageTileSplit
	Base class for image tile split operations for data dispatch. More...

class	BaseImageUnaryInitializer
	Base class for output image initializer using a single image as input. More...

class	BaseImageXStrip2dSplit
	Base class for split operation generating image x strips 2d. More...

class	BaseImageXStrip2dWithKernelSplit
	Base class for split operation generating image x strips 2d associated to a kernel. More...

class	BaseImageYStrip2dSplit
	Base class for split operation generating image y strips 2d. More...

class	BaseImageYStrip2dWithKernelSplit
	Base class for split operation generating image y strips 2d associated to a kernel. More...

class	BaseImageYStrip3dSplit
	Base class for split operation generating image y strips 3d. More...

class	BaseImageYStripColor2dSplit
	Base class for split operation generating color image y strips 2d. More...

class	BaseImageYStripSeq2dSplit
	Base class for split operation generating sequence image y strips 2d. More...

class	BaseImageYSubStrip2dSplit
	Base class for split operation generating image y strips 2d from a subset of contiguous rows. More...

class	BaseImageZStrip3dSplit
	Base class for split operation generating image z strips 3d. More...

class	BaseImageZStrip3dWithKernelSplit
	Base class for split operation generating image z strips 3d associated to a kernel. More...

class	BaseImageZStripColor3dSplit
	Base class for split operation generating image z color strips 3d. More...

class	BaseImageZSubStrip3dSplit
	Base class for split operation generating image z strips 3d from a subset of contiguous z-plans. More...

class	BaseInOutImageAttribute
	Base class for in/out image attributes. More...

class	BaseInOutMandatoryImageAttribute
	Base class for in/out mandatory image attributes. More...

class	BaseInOutOptionalImageAttribute
	Base class for in/out optional image attributes. More...

class	BaseInOutTile2dCollAttribute
	Base class for in/out attributes associated to collection of image 2d tile. More...

class	BaseInOutTile3dCollAttribute
	Base class for in/out attributes associated to collection of image 3d tile. More...

class	BaseInOutXStrip2dAttribute
	Base class for input and output image 2d strip with splitting along X axis attributes. More...

class	BaseInOutYStrip2dAttribute
	Base class for input and output image 2d strip with splitting along Y axis attributes. More...

class	BaseInOutYStrip3dAttribute
	Base class for input and output image 3d strip with splitting along Y axis attributes. More...

class	BaseInOutYStripColor2dAttribute
	Base class for input and output color image 2d strip with splitting along X axis attributes. More...

class	BaseInOutYStripSeq2dAttribute
	Base class for input and output sequence image 2d strip with splitting along X axis attributes. More...

class	BaseInOutZStrip3dAttribute
	Base class for input and output image 3d strip with splitting along Z axis attributes. More...

class	BaseInOutZStripColor3dAttribute
	Base class for input and output color image 3d strip with splitting along Z axis attributes. More...

class	BaseInputImageAttribute
	Base class for input image attributes. More...

class	BaseInputMandatoryImageAttribute
	Base class for input mandatory image attributes. More...

class	BaseInputOptionalImageAttribute
	Base class for input optional image attributes. More...

class	BaseInputTile2dAttribute
	Input class for image tile 2d attributes. More...

class	BaseInputTile2dCollAttribute
	Base class for input attributes associated to collection of image 2d tile. More...

class	BaseInputTile3dAttribute
	Input class for image tile 3d attributes. More...

class	BaseInputTile3dCollAttribute
	Base class for input attributes associated to collection of image 3d tile. More...

class	BaseInputXStrip2dAttribute
	Base class for input image 2d strip with splitting along X axis attributes. More...

class	BaseInputXStrip2dWithKernelAttribute
	Base class for input attributes associated to an image 2d strip with splitting along X axis and a kernel. More...

class	BaseInputYStrip2dAttribute
	Base class for input image 2d strip with splitting along Y axis attributes. More...

class	BaseInputYStrip2dWithKernelAttribute
	Base class for input attributes associated to an image 2d strip with splitting along Y axis and a kernel. More...

class	BaseInputYStrip3dAttribute
	Base class for input image 3d strip with splitting along Y axis attributes. More...

class	BaseInputYStripColor2dAttribute
	Base class for input color image 2d strip with splitting along X axis attributes. More...

class	BaseInputYStripSeq2dAttribute
	Base class for input sequence image 2d strip with splitting along X axis attributes. More...

class	BaseInputZStrip3dAttribute
	Base class for input image 3d strip with splitting along Z axis attributes. More...

class	BaseInputZStrip3dWithKernelAttribute
	Base class for input attributes associated to an image 3d strip with splitting along Z axis and a kernel. More...

class	BaseInputZStripColor3dAttribute
	Base class for input color image 3d strip with splitting along Z axis attributes. More...

class	BaseIntensity3dMeasureSetSplit
	Base class for intensity shape measure set split operations for data dispatch. More...

class	BaseIntensityMeasureSetSplit
	Base class for intensity shape measure set split operations for data dispatch. More...

class	BaseIPEnumAttribute
	Base class for attributes associated to image processing enumerates. More...

class	BaseIPEnumRule
	Base class for rules on image processing enumerates. More...

class	BaseKernelAttribute
	Base class for kernel attributes. More...

class	BaseKernelPropertyRule
	Base class for rules allowing to check property of a kernel attribute. More...

class	BaseKernelXYAttribute
	Base class for XY kernel attributes. More...

class	BaseKernelXYZAttribute
	Base class for XYZ kernel attributes. More...

class	BaseLineXStrip2dParser
	Base class for x strip 2d parsed line by line. More...

class	BaseLineXStrip2dWithKernelParser
	Base class for x strip 2d parsed line by line and associated to a kernel. More...

class	BaseLineYStrip2dParser
	Base class for y strip 2d parsed line by line. More...

class	BaseLineYStrip2dWithKernelParser
	Base class for y strip 2d parsed line by line and associated to a kernel. More...

class	BaseLineYStripColor2dParser
	Base class for color y strip 2d parsed line by line. More...

class	BaseLineYStripRgbColor2dParser
	Base class for line rgb color y strip 2d parsing. More...

class	BaseLineYStripSeq2dParser
	Base class for sequence y strip 2d parsing line by line. More...

class	BaseLineYStripUserColor2dParser
	Base class for line user color y strip 2d parsing. More...

class	BaseLineZStrip3dParser
	Base class for z strip 3d parsed line by line. More...

class	BaseLineZStrip3dWithKernelParser
	Base class for z strip 3d parsed line by line and associated to a kernel. More...

class	BaseLineZStripColor3dParser
	Base class for color z strip 3d parsed line by line. More...

class	BaseLineZStripRgbColor3dParser
	Base class for line rgb color z strip 3d parsing. More...

class	BaseLineZStripUserColor3dParser
	Base class for line user color z strip 3d parsing. More...

class	BaseMandatoryKernelXYAttribute
	Base class for mandatory kernel xy attributes. More...

class	BaseMandatoryKernelXYZAttribute
	Base class for mandatory kernel xyz attributes. More...

class	BaseMandatoryStructuringElementXYAttribute
	Base class for mandatory XY structuring element (SE) attributes. More...

class	BaseMandatoryStructuringElementXYZAttribute
	Base class for mandatory XYZ structuring element (SE) attributes. More...

class	BaseMeasureFormulaAttribute
	Base class for measure formula attributes. More...

class	BaseMeasureSetSplit
	Base class for shape measure set split operations for data dispatch. More...

class	BaseOptionalKernelXYAttribute
	Base class for optional kernel xy attributes. More...

class	BaseOptionalKernelXYZAttribute
	Base class for optional kernel xyz attributes. More...

class	BaseOptionalStructuringElementXYAttribute
	Base class for optional XY structuring element (SE) attributes. More...

class	BaseOptionalStructuringElementXYZAttribute
	Base class for optional XYZ structuring element (SE) attributes. More...

class	BaseOutputImageAttribute
	Base class for output image attributes. More...

class	BaseOutputMandatoryImageAttribute
	Base class for output mandatory image attributes. More...

class	BaseOutputOptionalImageAttribute
	Base class for output optional image attributes. More...

class	BaseOutputTile2dCollAttribute
	Base class for output attributes associated to collection of image 2d tile. More...

class	BaseOutputTile3dCollAttribute
	Base class for output attributes associated to collection of image 3d tile. More...

class	BaseOutputXStrip2dAttribute
	Base class for output image 2d strip with splitting along X axis attributes. More...

class	BaseOutputYStrip2dAttribute
	Base class for output image 2d strip with splitting along Y axis attributes. More...

class	BaseOutputYStrip3dAttribute
	Base class for output image 3d strip with splitting along Y axis attributes. More...

class	BaseOutputYStripColor2dAttribute
	Base class for output color image 2d strip with splitting along X axis attributes. More...

class	BaseOutputYStripSeq2dAttribute
	Base class for output sequence image 2d strip with splitting along X axis attributes. More...

class	BaseOutputZStrip3dAttribute
	Base class for output image 3d strip with splitting along Z axis attributes. More...

class	BaseOutputZStripColor3dAttribute
	Base class for output color image 3d strip with splitting along Z axis attributes. More...

class	BasePlanIndexedAttribute
	Base class for plan indexed attributes. More...

class	BasePlanIndexedInitializer
	Base class for output plan indexed initializer. More...

class	BasePlanIndexedRule
	Base class for rules allowing to check plan indexed attribute properties. More...

class	BasePlanIndexedSplit
	Base class for plan indexed split operations for data dispatch. More...

class	BasePreviousImageYStrip2dSplit
	Base class for split operation allowing to generate y strips 2d : More...

class	BasePreviousImageZStrip3dSplit
	Base class for split operation allowing to generate z strips 3d : More...

class	BaseRawYStrip2dParser
	Base class for raw y strip 2d parsing. More...

class	BaseRawYStrip3dParser
	Base class for raw y strip 3d parsing. More...

class	BaseRawYStripColor2dParser
	Base class for raw color y strip 2d parsing. More...

class	BaseRawYStripRgbColor2dParser
	Base class for raw rgb color y strip 2d parsing. More...

class	BaseRawYStripSeq2dParser
	Base class for raw sequence y strip 2d parsing. More...

class	BaseRawYStripUserColor2dParser
	Base class for raw user color y strip 2d parsing. More...

class	BaseRawZStrip3dParser
	Base class for raw z strip 3d parsing. More...

class	BaseRuleMatchImageRange
	Base class for rules allowing to check that a value is inside an image buffer type value range. More...

class	BaseRuleMatchScalarToImageSize
	Base class for rules allowing to check that a value is lower than the smallest dimension of an image. More...

class	BaseRuleMatchStripRange
	Base class for rules allowing to check that a value is inside a strip buffer type value range. More...

class	BaseShape2dCollAttribute
	Base class for shape geometry entity 2d collection attribute. More...

class	BaseShape2dCollSplit
	Base class for shape 2d collection split operations for data dispatch. More...

class	BaseShape3dCollAttribute
	Base class for shape geometry entity 3d collection attribute. More...

class	BaseShape3dCollSplit
	Base class for shape 3d collection split operations for data dispatch. More...

class	BaseShapeMeasureInfoSetAttribute
	Base class for shape measure information set attributes. More...

class	BaseShapeMeasureInfoSetRule
	Base class for rules allowing to check shape measure information set properties. More...

class	BaseShapeMeasureSetAttribute
	Base class for shape measure set attributes. More...

class	BaseShapeMeasureSetInitializer
	Base class for output shape measure set initializer. More...

class	BaseShapeMeasureSetRule
	Base class for rules allowing to check shape measure set properties. More...

class	BaseSimpleShape2dCollSplit
	Base class for simple split operation generating sub shape 2d collection. More...

class	BaseSimpleShape3dCollSplit
	Base class for simple split operation generating sub shape 3d collection. More...

class	BaseStaticImageStripSplit
	Base class for static image strip split operations for data dispatch. More...

class	BaseStaticImageYStrip2dSplit
	Base class for static split operation generating image y strips 2d. More...

class	BaseStaticImageZStrip3dSplit
	Base class for static split operation generating image z strips 3d. More...

class	BaseStaticImageZStrip3dWithKernelSplit
	Base class for static split operation generating image z strips 3d associated to a kernel. More...

class	BaseStripAttribute
	Base class for image strip attributes. More...

class	BaseStripBinaryMixedRule
	Base class for rules allowing to match properties of a strip attribute with an other attribute. More...

class	BaseStripComparisonRule
	Base class for rules allowing to compare two image strip attributes. More...

class	BaseStripParser
	Base class for objects allowing to parse strip attribute data. More...

class	BaseStripPropertyRule
	Base class for rules allowing to check property of an image strip attributes. More...

class	BaseStripRule
	Base class for rules applied on image strip attributes. More...

class	BaseStripShape2dCollSplit
	Base class for by strip split operation generating sub shape 2d collection. More...

class	BaseStripShape3dCollSplit
	Base class for by strip split operation generating sub shape 3d collection. More...

class	BaseStructuringElementAttribute
	Base class for structuring element attributes. More...

class	BaseStructuringElementXYAttribute
	Base class for XY structuring element (SE) attributes. More...

class	BaseStructuringElementXYZAttribute
	Base class for XYZ structuring element (SE) attributes. More...

class	BaseSubImageSplit
	Base class used to split image into sub images for data dispatch. More...

class	BaseTile2dAttribute
	Base class for image tile 2d attributes. More...

class	BaseTile2dCollAttribute
	Base class for attributes associated to collection of image 2d tile. More...

class	BaseTile3dAttribute
	Base class for image tile 3d attributes. More...

class	BaseTile3dCollAttribute
	Base class for attributes associated to collection of image 3d tile. More...

class	BaseTileAttribute
	Base class for image tile attributes. More...

class	BaseTileCollAttribute
	Base class for attributes associated to collection of image tile. More...

class	BaseTileCollComparisonRule
	Base class for rule allowing to compare properties of two tile collections. More...

class	BaseTileCollPropertyRule
	Base class for rule checking properties of tile collections. More...

class	BaseTileCollRule
	Base class for rules applied on attributes associated to collection of image tiles. More...

class	BaseTileRule
	Base class for rules applied on image tile attributes. More...

class	BaseXStrip2dAttribute
	Base class for image 2d strip with splitting along X axis attributes. More...

class	BaseXStrip2dWithKernelAttribute
	Base class for attributes associated to an image 2d strip with splitting along X axis and a kernel. More...

class	BaseYStrip2dAttribute
	Base class for image 2d strip with splitting along Y axis attributes. More...

class	BaseYStrip2dWithKernelAttribute
	Base class for attributes associated to an image 2d strip with splitting along Y axis and a kernel. More...

class	BaseYStrip3dAttribute
	Base class for image 3d strip with splitting along Y axis attributes. More...

class	BaseYStripColor2dAttribute
	Base class for color image 2d strip with splitting along X axis attributes. More...

class	BaseYStripSeq2dAttribute
	Base class for sequence image 2d strip with splitting along X axis attributes. More...

class	BaseZStrip3dAttribute
	Base class for image 3d strip with splitting along Z axis attributes. More...

class	BaseZStrip3dWithKernelAttribute
	Base class for attributes associated to an image 3d strip with splitting along Z axis and a kernel. More...

class	BaseZStripColor3dAttribute
	Base class for color image 3d strip with splitting along Z axis attributes. More...

struct	Columns3dInfo
	Columns informations for z strip 3d with kernel data parsing. More...

class	ContinueBorder3d
	Object allowing to extend borders by direct continuity during a kernel algorithm processing. More...

class	ContinueBorderXStrip2d
	Object allowing to extend borders by direct continuity during a kernel algorithm processing. More...

class	ContinueBorderYStrip2d
	Object allowing to extend borders by direct continuity during a kernel algorithm processing. More...

class	CreateShapeMeasureSetInitializer
	Class allowing to create an output shape measure set. More...

class	CudaSubImageSplit
	Class used to split image into sub images for data dispatch on NVidia graphic cards. More...

class	CustomImageInitializer
	Class allowing to initialize an output image from an object allowing to define output image properties. More...

class	DuplicateImageInitializer
	Class allowing to initialize an output image from an other image and optionnaly from a given type. More...

class	FromImagePlanIndexedInitializer
	Class allowing to initialize a plan indexed collection from plans of an image. More...

class	FromOtherPlanIndexedInitializer
	Class allowing initialization of a plan indexed collection from an other plan indexed collection. More...

class	GenericMeasureSetSplit
	Concrete class for split operation generating generic sub measure set for data dispatch. More...

class	Geometry2dMeasureSetSplit
	Concrete class for split operation generating geometry 2d sub measure set for data dispatch. More...

class	Geometry3dMeasureSetSplit
	Concrete class for split operation generating geometry 3d sub measure set for data dispatch. More...

class	GpuSubImageSplit
	Class used to split image into sub images for data dispatch on GPU. More...

class	ImageBufferTypeIdentifier
	Class allowing to identify used image buffer type and so contribute to select a specialized template processing algorithm. More...

class	ImageTile2dCollSplit
	Concrete class for image tile 2d collection split operations for data dispatch using predefined coordinates. More...

class	ImageTile3dCollSplit
	Concrete class for image tile 3d collection split operations for data dispatch using predefined coordinates. More...

class	ImageXStrip2dSplit
	Concrete class for split operation generating image x strips 2d. More...

class	ImageXStrip2dWithKernelSplit
	Concrete class for split operation generating image x strips 2d associated to a kernel. More...

class	ImageYStrip2dSplit
	Concrete class for split operation generating image y strips 2d. More...

class	ImageYStrip2dWithKernelSplit
	Concrete class for split operation generating image y strips 2d associated to a kernel. More...

class	ImageYStrip3dSplit
	Concrete class for split operation generating image y strips 3d. More...

class	ImageYStripColor2dSplit
	Concrete class for split operation generating color image y strips 2d. More...

class	ImageYStripSeq2dSplit
	Concrete class for split operation generating sequence image y strips 2d. More...

class	ImageYSubStrip2dSplit
	Concrete class for split operation generating image y strips 2d from a subset of contiguous rows. More...

class	ImageZStrip3dSplit
	Concrete class for split operation generating image z strips 3d. More...

class	ImageZStrip3dWithKernelSplit
	Concrete class for split operation generating image z strips 3d associated to a kernel. More...

class	ImageZStripColor3dSplit
	Concrete class for split operation generating color image z strips 3d. More...

class	ImageZSubStrip3dSplit
	Concrete class for split operation generating image z strips 3d from a subset of contiguous z-plans. More...

class	InOutEntity2dCollAttribute
	Base class for in/out generic geometry entity 2d collection attribute. More...

class	InOutEntity3dCollAttribute
	Base class for in/out generic geometry entity 3d collection attribute. More...

class	InOutShape2dCollAttribute
	Base class for in/out shape geometry entity 2d collection attribute. More...

class	InOutShape3dCollAttribute
	Base class for in/out shape geometry entity 3d collection attribute. More...

class	InOutShapeMeasureSetAttribute
	Base class for input/output shape measure set attributes. More...

class	InputEntity2dCollAttribute
	Base class for input generic geometry entity 2d collection attribute. More...

class	InputEntity3dCollAttribute
	Base class for input generic geometry entity 3d collection attribute. More...

class	InputImageTile2dCollSplit
	Concrete class for input image tile 2d collection split operations for data dispatch using predefined coordinates. More...

class	InputImageTile3dCollSplit
	Concrete class for image tile 3d collection split operations for data dispatch using predefined coordinates. More...

class	InputShape2dCollAttribute
	Base class for input shape geometry entity 2d collection attribute. More...

class	InputShape3dCollAttribute
	Base class for input shape geometry entity 3d collection attribute. More...

class	InputShapeMeasureInfoSetAttribute
	Base class for input shape measure information set attributes. More...

class	InputShapeMeasureSetAttribute
	Base class for input shape measure set attributes. More...

class	Intensity3dMeasureSetSplit
	Concrete class for split operation generating intensity sub measure set for data dispatch. More...

class	IntensityMeasureSetSplit
	Concrete class for split operation generating intensity sub measure set for data dispatch. More...

class	IPEnumAttribute
	Template base class for attributes associated to image processing enumerates. More...

class	IPSDKImageProcessingException
	Exception class for library IPSDKImageProcessing. More...

struct	Kernel3dInfo
	Kernel informations for z strip 3d with kernel data parsing. More...

class	LinearContinueBorderXStrip2d
	Object allowing to extend borders linearly continuing existing data using a given direction during a kernel algorithm processing. More...

class	LinearContinueBorderYStrip2d
	Object allowing to extend borders linearly continuing existing data using a given direction during a kernel algorithm processing. More...

class	LinearMirorBorderXStrip2d
	Object allowing to extend borders linearly mirroring existing data using a given direction during a kernel algorithm processing. More...

class	LinearMirorBorderYStrip2d
	Object allowing to extend borders linearly mirroring existing data using a given direction during a kernel algorithm processing. More...

struct	LineStrip2dWithKernelKernelInfo
	Kernel informations for y strip 2d with kernel data parsing. More...

struct	LineStripParserMode
	raw parsing mode structure for strip More...

class	LineXStrip2dParser
	Concrete class for x strip 2d parsed line by line. More...

struct	LineXStrip2dWithKernelColumnsInfo
	Columns informations for x strip 2d with kernel data parsing. More...

struct	LineXStrip2dWithKernelKernelInfo

class	LineXStrip2dWithKernelParser
	Concrete class for x strip 2d parsed line by line and associated to a kernel. More...

struct	LineXStrip2dWithKernelParserInfo
	Information structure for x strip 2d with kernel data parsing. More...

class	LineYStrip2dParser
	Concrete class for y strip 2d parsed line by line. More...

struct	LineYStrip2dWithKernelColumnsInfo
	Columns informations for y strip 2d with kernel data parsing. More...

struct	LineYStrip2dWithKernelKernelInfo
	Kernel informations for y strip 2d with kernel data parsing. More...

class	LineYStrip2dWithKernelParser
	Concrete class for y strip 2d parsed line by line and associated to a kernel. More...

struct	LineYStrip2dWithKernelParserInfo
	Information structure for y strip 2d with kernel data parsing. More...

struct	LineYStrip2dWithKernelRowsInfo
	Rows informations for y strip 2d with kernel data parsing. More...

class	LineYStripRgbColor2dParser
	Concrete class for line rgb color y strip 2d parsing. More...

class	LineYStripSeq2dParser
	Concrete class for sequence y strip 2d parsing line by line. More...

class	LineYStripUserColor2dParser
	Concrete class for line user color y strip 2d parsing. More...

class	LineZStrip3dParser
	Concrete class for z strip 3d parsed line by line. More...

class	LineZStrip3dWithKernelParser
	Concrete class for z strip 3d parsed line by line and associated to a kernel. More...

class	LineZStripRgbColor3dParser
	Concrete class for line rgb color z strip 3d parsing. More...

class	LineZStripUserColor3dParser
	Concrete class for line user color z strip 3d parsing. More...

class	MirorBorder3d
	Object allowing to extend borders mirroring existing data during a kernel algorithm processing. More...

class	MirorBorderXStrip2d
	Object allowing to extend borders mirroring existing data during a kernel algorithm processing. More...

class	MirorBorderYStrip2d
	Object allowing to extend borders mirroring existing data during a kernel algorithm processing. More...

class	OutputEntity2dCollAttribute
	Base class for output generic geometry entity 2d collection attribute. More...

class	OutputEntity3dCollAttribute
	Base class for output generic geometry entity 3d collection attribute. More...

class	OutputShape2dCollAttribute
	Base class for output shape geometry entity 2d collection attribute. More...

class	OutputShape3dCollAttribute
	Base class for output shape geometry entity 3d collection attribute. More...

class	OutputShapeMeasureSetAttribute
	Base class for output shape measure set attributes. More...

struct	Parser3dInfo
	Information structure for z strip 3d with kernel data parsing. More...

class	PlanIndexedSplit
	Concrete class for split operation using input plan indexed data. More...

struct	Plans3dInfo
	Plans informations for z strip 3d with kernel data parsing. More...

class	PreviousImageYStrip2dSplit
	Concrete class for split operation allowing to generate y strips 2d : More...

class	PreviousImageZStrip3dSplit
	Concrete class for split operation allowing to generate z strips 3d : More...

class	PromoteBinaryImageInitializer
	Class allowing to initialize an output image from two other images deducing output image buffer type from input image buffer types and a promote binary operation type. More...

class	PromoteUnaryImageInitializer
	Class allowing to initialize an output image from an other image deducing output image buffer type from input image buffer type and a promote unary operation type. More...

class	RawYStrip2dParser
	Concrete class for raw y strip 2d parsing. More...

class	RawYStrip3dParser
	Concrete class for raw y strip 3d parsing. More...

class	RawYStripRgbColor2dParser
	Concrete class for raw rgb color y strip 2d parsing. More...

class	RawYStripSeq2dParser
	Concrete class for raw sequence y strip 2d parsing. More...

class	RawYStripUserColor2dParser
	Concrete class for raw user color y strip 2d parsing. More...

class	RawZStrip3dParser
	Concrete class for raw z strip 3d parsing. More...

struct	RgbLineStripParserMode
	special line rgb color parsing mode structure for strip More...

struct	RgbRawStripParserMode
	special raw rgb color parsing mode structure for strip More...

struct	Rows3dInfo
	Rows informations for z strip 3d with kernel data parsing. More...

class	RuleAllowedImageBaseType
	Rule allowing to check allowed image base type for an attribute. More...

class	RuleAllowedImageBufferType
	Rule allowing to check allowed image buffer type for an attribute. More...

class	RuleAllowedImageType
	Rule allowing to check allowed image type for an attribute. More...

class	RuleAllowedStripBufferType
	Rule allowing to check allowed image strip buffer type for an attribute. More...

class	RuleAllowedTileCollBufferType
	Rule allowing to check that a collection of tile share a same given buffer type. More...

class	RuleCheckImageBufferType
	Rule allowing to check that an image correspond to a given image buffer types attribute. More...

class	RuleCheckStripBufferType
	Rule allowing to check that an image strip correspond to a given image buffer types attribute. More...

class	RuleCompatibleImageBufferType
	Rule allowing to check that an image buffer type size is compatible a given image buffer types attribute. More...

class	RuleCompatibleStripBufferType
	Rule allowing to check that an image strip buffer type size is compatible a given image buffer types attribute. More...

class	RuleCustomCheckedImageProperty
	Rule allowing to check custom properties for an image attribute given a criterion defined by a derived class. More...

class	RuleImageBufferTypeNotOneOf
	Rule allowing to check whether an image buffer type value is not part of a collection. More...

class	RuleImageBufferTypeOneOf
	Rule allowing to check whether an image buffer type value is part of a collection. More...

class	RuleImageFormula
	Rule allowing to check that an image formula is valid. More...

class	RuleImageIsComplete
	Rule allowing to check where an image is a complete image (not a sub image) More...

class	RuleImageIsOnGpu
	Rule allowing to check where an image is stored on GPU. More...

class	RuleImageNoInSitu
	Rule allowing to check that an image in not used in situ. More...

class	RuleIPEnumValue

class	RuleMatchBufferSize
	Rule allowing to check that an image buffer type and a given image buffer types attribute have same buffer base size. More...

class	RuleMatchColorGeometryType
	Rule allowing to check that two images have same color geometry type. More...

class	RuleMatchImageBufferType
	Rule allowing to check that two images have same buffer type. More...

class	RuleMatchImageColorType
	Rule allowing to check image color geometry. More...

class	RuleMatchImagesFormula
	Rule allowing to check that an image formula is valid. More...

class	RuleMatchImageSize
	Rule allowing to check that two images have same size. More...

class	RuleMatchImageTemporalType
	Rule allowing to check image temporal geometry. More...

class	RuleMatchImageVolumeType
	Rule allowing to check image volume geometry. More...

class	RuleMatchKernelXYSize
	Rule allowing to check kernel xy size. More...

class	RuleMatchKernelXYZSize
	Rule allowing to check kernel xyz size. More...

class	RuleMatchLeafToImageRange
	Rule class allowing to check that a DataItem leaf value is inside an image buffer type value range. More...

class	RuleMatchLeafToImageSize
	Rule class allowing to check that a DataItem leaf value is lower than or equals to image size in given dimension(s) More...

class	RuleMatchLeafToStripRange
	Rule class allowing to check that a DataItem leaf value is inside a strip buffer type value range. More...

class	RuleMatchStripBufferType
	Rule allowing to check that two image strips have same buffer type. More...

class	RuleMatchStripPlanarSize
	Rule allowing to check that two image strips have same planar size. More...

class	RuleMatchStripSize
	Rule allowing to check that two image strips have same size. More...

class	RuleMatchTileCollBufferType
	Rule allowing to check that buffer types associated to two tile collection match. More...

class	RuleMatchTileCollNbTiles
	Rule allowing to check that size two tile collection match. More...

class	RuleMatchTileCollTileCoords
	Rule allowing to check that coordinates of tiles into two tiles collection match. More...

class	RuleMatchValueToImageRange
	Rule class allowing to check that a value is inside an image buffer type value range. More...

class	RuleMatchValueToImageSize
	Rule class allowing to check that a value is lower than or equals to image size in given dimension(s) More...

class	RuleMatchValueToStripRange
	Rule class allowing to check that a value is inside a strip buffer type value range. More...

class	RuleMatchVolumeGeometryType
	Rule allowing to check that two images have same volume geometry type. More...

class	RuleMatchYStripColor2dColorType
	Rule allowing to check image y strip color 2d color geometry. More...

class	RuleMeasureFormula
	Rule allowing to check that a formula is associated to valid for a given measure type. More...

class	RulePlanIndexedMatchImagePlans
	Rule allowing to check that components of a plan indexed attribute match plan size of a given image. More...

class	RulePlanIndexedMatchOther
	Rule allowing to check that components of a plan indexed attribute match components of an other plan indexed attribute. More...

class	RulePlanIndexedProperty
	Rule allowing to check a given property of a plan indexed attribute. More...

class	RuleReInterpretableImageData
	Rule allowing to check that data associated to a given image can be reinterpreted to fit data of another image. More...

class	RuleShapeMeasureInfoSetVolumePolicy
	Rule allowing to check shape measure information set volume policy property. More...

class	RuleShapeMeasureSetIsReady
	Rule allowing to check whether all measures among a shape measure set are ready to be processed. More...

class	RuleShapeMeasureSetProcessingPolicy
	Rule allowing to check shape measure set processing policy property. More...

class	RuleShapeMeasureSetProcessingStatus
	Rule allowing to check whether all measures among a shape measure set are associated to a given processing status. More...

class	RuleShapeMeasureSetVolumePolicy
	Rule allowing to check shape measure set volume policy property. More...

class	RuleTileCollHomogeneousBufferType
	Rule allowing to check that a collection of tile share same buffer type. More...

class	SimpleShape2dCollSplit
	Concrete class for simple split operation generating sub shape 2d collection. More...

class	SimpleShape3dCollSplit
	Concrete class for simple split operation generating sub shape 3d collection. More...

class	StaticImageYStrip2dSplit
	Concrete class for static split operation generating image y strips 2d. More...

class	StaticImageZStrip3dSplit
	Concrete class for static split operation generating image z strips 3d. More...

class	StaticImageZStrip3dWithKernelSplit
	Concrete class for static split operation generating image z strips 3d associated to a kernel. More...

struct	StripParserInfo

class	StripShape2dCollSplit
	Concrete class for by strip split operation generating sub shape 2d collection. More...

class	StripShape3dCollSplit
	Concrete class for by strip split operation generating sub shape 3d collection. More...

class	SubImageSplit
	Template class used to split image into sub images for data dispatch. More...

struct	Tile2dCoords
	structure used to store tile 2d coordinates More...

struct	Tile3dCoords
	structure used to store tile 3d coordinates More...

class	TypedDuplicateImageInitializer
	Class allowing to initialize an output image from an other image and from a given image buffer type attribute. More...

class	ValuedBorder3d
	Object allowing to set border values to a constant given value during a kernel algorithm processing. More...

class	ValuedBorderXStrip2d
	Object allowing to set border values to a constant given value during a kernel algorithm processing. More...

class	ValuedBorderYStrip2d
	Object allowing to set border values to a constant given value during a kernel algorithm processing. More...

struct	XStrip2dCommonInfo
	Common strip informations for x strip 2d with kernel data parsing. More...

struct	YStrip2dCommonInfo
	Common strip informations for y strip 2d with kernel data parsing. More...

class	YStrip2dData
	Class encapsulating y strip 2d data used to process plans associated to z strip 3d with kernel. More...

struct	ZStrip3dCommonInfo

Typedefs
typedef boost::shared_ptr< ipsdk::imaproc::BaseShape2dCollAttribute >	Shape2dCollAttributePtr
	shared pointer to ipsdk::imaproc::BaseShape2dCollAttribute

typedef boost::shared_ptr< const ipsdk::imaproc::BaseShape2dCollAttribute >	Shape2dCollAttributeConstPtr
	shared pointer to const ipsdk::imaproc::BaseShape2dCollAttribute

typedef boost::weak_ptr< ipsdk::imaproc::BaseShape2dCollAttribute >	Shape2dCollAttributeWeakPtr
	c pointer to ipsdk::imaproc::BaseShape2dCollAttribute

typedef boost::weak_ptr< const ipsdk::imaproc::BaseShape2dCollAttribute >	Shape2dCollAttributeConstWeakPtr
	weak pointer to const ipsdk::imaproc::BaseShape2dCollAttribute

typedef boost::shared_ptr< ipsdk::imaproc::InputShape2dCollAttribute >	InputShape2dCollAttributePtr
	shared pointer to ipsdk::imaproc::InputShape2dCollAttribute

typedef boost::shared_ptr< const ipsdk::imaproc::InputShape2dCollAttribute >	InputShape2dCollAttributeConstPtr
	shared pointer to const ipsdk::imaproc::InputShape2dCollAttribute

typedef boost::weak_ptr< ipsdk::imaproc::InputShape2dCollAttribute >	InputShape2dCollAttributeWeakPtr
	c pointer to ipsdk::imaproc::InputShape2dCollAttribute

typedef boost::weak_ptr< const ipsdk::imaproc::InputShape2dCollAttribute >	InputShape2dCollAttributeConstWeakPtr
	weak pointer to const ipsdk::imaproc::InputShape2dCollAttribute

typedef boost::shared_ptr< ipsdk::imaproc::BaseShape3dCollAttribute >	Shape3dCollAttributePtr
	shared pointer to ipsdk::imaproc::BaseShape3dCollAttribute

typedef boost::shared_ptr< const ipsdk::imaproc::BaseShape3dCollAttribute >	Shape3dCollAttributeConstPtr
	shared pointer to const ipsdk::imaproc::BaseShape3dCollAttribute

typedef boost::weak_ptr< ipsdk::imaproc::BaseShape3dCollAttribute >	Shape3dCollAttributeWeakPtr
	c pointer to ipsdk::imaproc::BaseShape3dCollAttribute

typedef boost::weak_ptr< const ipsdk::imaproc::BaseShape3dCollAttribute >	Shape3dCollAttributeConstWeakPtr
	weak pointer to const ipsdk::imaproc::BaseShape3dCollAttribute

typedef boost::shared_ptr< ipsdk::imaproc::InputShape3dCollAttribute >	InputShape3dCollAttributePtr
	shared pointer to ipsdk::imaproc::InputShape3dCollAttribute

typedef boost::shared_ptr< const ipsdk::imaproc::InputShape3dCollAttribute >	InputShape3dCollAttributeConstPtr
	shared pointer to const ipsdk::imaproc::InputShape3dCollAttribute

typedef boost::weak_ptr< ipsdk::imaproc::InputShape3dCollAttribute >	InputShape3dCollAttributeWeakPtr
	c pointer to ipsdk::imaproc::InputShape3dCollAttribute

typedef boost::weak_ptr< const ipsdk::imaproc::InputShape3dCollAttribute >	InputShape3dCollAttributeConstWeakPtr
	weak pointer to const ipsdk::imaproc::InputShape3dCollAttribute

typedef IPEnumAttribute< ipsdk::image::eImageBufferType >	BaseImageBufferTypeAttribute
	attribute class associated to image buffer type enumerate

typedef std::set< image::eImageBufferType >	ImageBufferTypeColl
	collection of image buffer types

typedef boost::shared_ptr< BasePlanIndexedAttribute >	PlanIndexedAttributePtr
	shared pointer to plan indexed attribute

typedef boost::shared_ptr< const BasePlanIndexedAttribute >	PlanIndexedAttributeConstPtr
	shared pointer to const plan indexed attribute

typedef boost::weak_ptr< BasePlanIndexedAttribute >	PlanIndexedAttributeWeakPtr
	weak pointer to plan indexed attribute

typedef boost::weak_ptr< const BasePlanIndexedAttribute >	PlanIndexedAttributeConstWeakPtr
	weak pointer to const plan indexed attribute

typedef std::vector< ipsdk::shape::analysis::MeasureSetPtr >	MeasureSetColl
	collection of measure set result of split operator

typedef boost::shared_ptr< MeasureSetColl >	MeasureSetCollPtr
	shared pointer to measure set collection

typedef std::vector< UInt32Vector >	UInt32VectorColl
	collection of index associated to split operation

typedef boost::shared_ptr< UInt32VectorColl >	UInt32VectorCollPtr
	shared pointer to collection of index associated to split operation

typedef std::vector< UInt64Vector >	UInt64VectorColl
	collection of index associated to split operation coded with 64 bits

typedef boost::shared_ptr< UInt64VectorColl >	UInt64VectorCollPtr
	shared pointer to collection of index associated to split operation coded with 64 bits

typedef std::vector< ElementsRange >	ElementsRangeColl
	collection of strip split element informations

typedef std::vector< Tile2dCoords >	Tile2dCoordsColl
	collection of tile 2d coordinates

typedef std::vector< Tile3dCoords >	Tile3dCoordsColl
	collection of tile 3d coordinates

typedef boost::shared_ptr< BaseCustomImageInfo >	CustomImageInfoPtr
	shared pointer to CustomImageInfo

typedef boost::shared_ptr< const BaseCustomImageInfo >	CustomImageInfoConstPtr
	shared pointer to const CustomImageInfo

typedef boost::function< ipsdk::image::eImageBufferType()>	DefineImageBufferTypeFunction
	function type used to define used image buffer type

typedef std::set< eCheckableImageProperty >	CheckedImageProperty
	collection of flags associated to checkable image properties

typedef boost::shared_ptr< BaseCustomCheckedImageProperty >	CustomCheckedImagePropertyPtr
	shared pointer to CustomCheckedImageProperty

typedef boost::shared_ptr< const BaseCustomCheckedImageProperty >	CustomCheckedImagePropertyConstPtr
	shared pointer to const CustomCheckedImageProperty


typedef boost::shared_ptr< BaseBorder2dPolicyAttribute >	Border2dPolicyAttributePtr

typedef boost::shared_ptr< const BaseBorder2dPolicyAttribute >	Border2dPolicyAttributeConstPtr


typedef boost::weak_ptr< BaseBorder2dPolicyAttribute >	Border2dPolicyAttributeWeakPtr

typedef boost::weak_ptr< const BaseBorder2dPolicyAttribute >	Border2dPolicyAttributeConstWeakPtr


typedef boost::shared_ptr< BaseBorder3dPolicyAttribute >	Border3dPolicyAttributePtr

typedef boost::shared_ptr< const BaseBorder3dPolicyAttribute >	Border3dPolicyAttributeConstPtr


typedef boost::weak_ptr< BaseBorder3dPolicyAttribute >	Border3dPolicyAttributeWeakPtr

typedef boost::weak_ptr< const BaseBorder3dPolicyAttribute >	Border3dPolicyAttributeConstWeakPtr


typedef boost::shared_ptr< BaseImageFormulaAttribute >	ImageFormulaAttributePtr

typedef boost::shared_ptr< const BaseImageFormulaAttribute >	ImageFormulaAttributeConstPtr


typedef boost::weak_ptr< BaseImageFormulaAttribute >	ImageFormulaAttributeWeakPtr

typedef boost::weak_ptr< const BaseImageFormulaAttribute >	ImageFormulaAttributeConstWeakPtr


typedef boost::shared_ptr< BaseMeasureFormulaAttribute >	MeasureFormulaAttributePtr

typedef boost::shared_ptr< const BaseMeasureFormulaAttribute >	MeasureFormulaAttributeConstPtr


typedef boost::weak_ptr< BaseMeasureFormulaAttribute >	MeasureFormulaAttributeWeakPtr

typedef boost::weak_ptr< const BaseMeasureFormulaAttribute >	MeasureFormulaAttributeConstWeakPtr


typedef boost::shared_ptr< BaseImageAttribute >	ImageAttributePtr

typedef boost::shared_ptr< const BaseImageAttribute >	ImageAttributeConstPtr


typedef boost::weak_ptr< BaseImageAttribute >	ImageAttributeWeakPtr

typedef boost::weak_ptr< const BaseImageAttribute >	ImageAttributeConstWeakPtr


typedef boost::shared_ptr< BaseImageBufferTypeAttribute >	IBTAttributePtr

typedef boost::shared_ptr< const BaseImageBufferTypeAttribute >	IBTAttributeConstPtr


typedef boost::weak_ptr< BaseImageBufferTypeAttribute >	IBTAttributeWeakPtr

typedef boost::weak_ptr< const BaseImageBufferTypeAttribute >	IBTAttributeConstWeakPtr


typedef boost::shared_ptr< BaseIPEnumAttribute >	IPEnumAttributePtr

typedef boost::shared_ptr< const BaseIPEnumAttribute >	IPEnumAttributeConstPtr


typedef boost::weak_ptr< BaseIPEnumAttribute >	IPEnumAttributeWeakPtr

typedef boost::weak_ptr< const BaseIPEnumAttribute >	IPEnumAttributeConstWeakPtr


typedef boost::shared_ptr< BaseKernelXYAttribute >	KernelXYAttributePtr

typedef boost::shared_ptr< const BaseKernelXYAttribute >	KernelXYAttributeConstPtr


typedef boost::weak_ptr< BaseKernelXYAttribute >	KernelXYAttributeWeakPtr

typedef boost::weak_ptr< const BaseKernelXYAttribute >	KernelXYAttributeConstWeakPtr


typedef boost::shared_ptr< BaseKernelXYZAttribute >	KernelXYZAttributePtr

typedef boost::shared_ptr< const BaseKernelXYZAttribute >	KernelXYZAttributeConstPtr


typedef boost::weak_ptr< BaseKernelXYZAttribute >	KernelXYZAttributeWeakPtr

typedef boost::weak_ptr< const BaseKernelXYZAttribute >	KernelXYZAttributeConstWeakPtr


typedef boost::shared_ptr< BaseShapeMeasureInfoSetAttribute >	ShapeMeasureInfoSetAttributePtr

typedef boost::shared_ptr< const BaseShapeMeasureInfoSetAttribute >	ShapeMeasureInfoSetAttributeConstPtr


typedef boost::weak_ptr< BaseShapeMeasureInfoSetAttribute >	ShapeMeasureInfoSetAttributeWeakPtr

typedef boost::weak_ptr< const BaseShapeMeasureInfoSetAttribute >	ShapeMeasureInfoSetAttributeConstWeakPtr


typedef boost::shared_ptr< BaseShapeMeasureSetAttribute >	ShapeMeasureSetAttributePtr

typedef boost::shared_ptr< const BaseShapeMeasureSetAttribute >	ShapeMeasureSetAttributeConstPtr


typedef boost::weak_ptr< BaseShapeMeasureSetAttribute >	ShapeMeasureSetAttributeWeakPtr

typedef boost::weak_ptr< const BaseShapeMeasureSetAttribute >	ShapeMeasureSetAttributeConstWeakPtr


typedef boost::shared_ptr< BaseStripAttribute >	StripAttributePtr
	shared pointer to image strip attribute

typedef boost::shared_ptr< const BaseStripAttribute >	StripAttributeConstPtr
	shared pointer to image strip attribute


typedef boost::weak_ptr< BaseStripAttribute >	StripAttributeWeakPtr
	weak pointer to image strip attribute

typedef boost::weak_ptr< const BaseStripAttribute >	StripAttributeConstWeakPtr
	weak pointer to image strip attribute


typedef boost::shared_ptr< BaseXStrip2dAttribute >	XStrip2dAttributePtr
	shared pointer to XStrip2d attribute

typedef boost::shared_ptr< const BaseXStrip2dAttribute >	XStrip2dAttributeConstPtr
	shared pointer to XStrip2d attribute


typedef boost::shared_ptr< BaseYStrip2dAttribute >	YStrip2dAttributePtr
	shared pointer to YStrip2d attribute

typedef boost::shared_ptr< const BaseYStrip2dAttribute >	YStrip2dAttributeConstPtr
	shared pointer to YStrip2d attribute


typedef boost::shared_ptr< BaseYStrip2dWithKernelAttribute >	YStrip2dWithKernelAttributePtr
	shared pointer to YStrip2dWithKernel attribute

typedef boost::shared_ptr< const BaseYStrip2dWithKernelAttribute >	YStrip2dWithKernelAttributeConstPtr
	shared pointer to YStrip2dWithKernel attribute


typedef boost::shared_ptr< BaseYStrip3dAttribute >	YStrip3dAttributePtr
	shared pointer to YStrip3d attribute

typedef boost::shared_ptr< const BaseYStrip3dAttribute >	YStrip3dAttributeConstPtr
	shared pointer to YStrip3d attribute


typedef boost::shared_ptr< BaseYStripColor2dAttribute >	YStripColor2dAttributePtr
	shared pointer to YStripColor2d attribute

typedef boost::shared_ptr< const BaseYStripColor2dAttribute >	YStripColor2dAttributeConstPtr
	shared pointer to YStripColor2d attribute


typedef boost::weak_ptr< BaseYStripColor2dAttribute >	YStripColor2dAttributeWeakPtr
	weak pointer to YStripColor2d attribute

typedef boost::weak_ptr< const BaseYStripColor2dAttribute >	YStripColor2dAttributeConstWeakPtr
	weak pointer to YStripColor2d attribute


typedef boost::shared_ptr< BaseYStripSeq2dAttribute >	YStripSeq2dAttributePtr
	shared pointer to YStripSeq2d attribute

typedef boost::shared_ptr< const BaseYStripSeq2dAttribute >	YStripSeq2dAttributeConstPtr
	shared pointer to YStripSeq2d attribute


typedef boost::shared_ptr< BaseZStrip3dAttribute >	ZStrip3dAttributePtr
	shared pointer to ZStrip3d attribute

typedef boost::shared_ptr< const BaseZStrip3dAttribute >	ZStrip3dAttributeConstPtr
	shared pointer to ZStrip3d attribute


typedef boost::shared_ptr< BaseZStrip3dWithKernelAttribute >	ZStrip3dWithKernelAttributePtr
	shared pointer to ZStrip3dWithKernel attribute

typedef boost::shared_ptr< const BaseZStrip3dWithKernelAttribute >	ZStrip3dWithKernelAttributeConstPtr
	shared pointer to ZStrip3dWithKernel attribute


typedef boost::shared_ptr< BaseStructuringElementXYAttribute >	StructuringElementXYAttributePtr

typedef boost::shared_ptr< const BaseStructuringElementXYAttribute >	StructuringElementXYAttributeConstPtr


typedef boost::weak_ptr< BaseStructuringElementXYAttribute >	StructuringElementXYAttributeWeakPtr

typedef boost::weak_ptr< const BaseStructuringElementXYAttribute >	StructuringElementXYAttributeConstWeakPtr


typedef boost::shared_ptr< BaseStructuringElementXYZAttribute >	StructuringElementXYZAttributePtr

typedef boost::shared_ptr< const BaseStructuringElementXYZAttribute >	StructuringElementXYZAttributeConstPtr


typedef boost::weak_ptr< BaseStructuringElementXYZAttribute >	StructuringElementXYZAttributeWeakPtr

typedef boost::weak_ptr< const BaseStructuringElementXYZAttribute >	StructuringElementXYZAttributeConstWeakPtr


typedef boost::shared_ptr< BaseTileAttribute >	TileAttributePtr
	shared pointer to image tile attribute

typedef boost::shared_ptr< const BaseTileAttribute >	TileAttributeConstPtr
	shared pointer to image tile attribute


typedef boost::shared_ptr< BaseTile2dAttribute >	Tile2dAttributePtr
	shared pointer to image tile 2d attribute

typedef boost::shared_ptr< const BaseTile2dAttribute >	Tile2dAttributeConstPtr
	shared pointer to image tile 2d attribute


typedef boost::shared_ptr< BaseTile3dAttribute >	Tile3dAttributePtr
	shared pointer to image tile 3d attribute

typedef boost::shared_ptr< const BaseTile3dAttribute >	Tile3dAttributeConstPtr
	shared pointer to image tile 3d attribute


typedef boost::shared_ptr< BaseTileCollAttribute >	TileCollAttributePtr
	shared pointer to attribute associated to a collection of image tiles

typedef boost::shared_ptr< const BaseTileCollAttribute >	TileCollAttributeConstPtr
	shared pointer to attribute associated to a collection of image tiles


typedef boost::weak_ptr< BaseTileCollAttribute >	TileCollAttributeWeakPtr
	weak pointer to attribute associated to a collection of image tiles

typedef boost::weak_ptr< const BaseTileCollAttribute >	TileCollAttributeConstWeakPtr
	weak pointer to attribute associated to a collection of image tiles


typedef boost::shared_ptr< BaseTile2dCollAttribute >	Tile2dCollAttributePtr
	shared pointer to attribute associated to a collection of image tiles 2d

typedef boost::shared_ptr< const BaseTile2dCollAttribute >	Tile2dCollAttributeConstPtr
	shared pointer to attribute associated to a collection of image tiles 2d


typedef boost::shared_ptr< BaseTile3dCollAttribute >	Tile3dCollAttributePtr
	shared pointer to attribute associated to a collection of image tiles 3d

typedef boost::shared_ptr< const BaseTile3dCollAttribute >	Tile3dCollAttributeConstPtr
	shared pointer to attribute associated to a collection of image tiles 3d

Enumerations
enum	eImageAlgorithmFunctionMessage { eInvalidImageBufferType }
	Enumerate describing messages. More...

enum	eImageParserType { eIPT_ImageStrip, eIPT_ImageTile }
	Enumerate describing image parser type. More...

enum	eStripParserMessage { eNullInputDataSharedPtr, eInputDataNotInit, eInvalidColorPlanIndex, eInvalidColorGeometryType, eInvalidTemporalPlanIndex, eInvalid3dPlanIndex, eNullInputBorderPreparatorPtr, eNullMainBorderRow, eNullMainBorderPlanRow, eInvalidValuedBorderTypeEnumValue, eInvalidImageBufferType, eInvalidBorderTypeEnumValue, eInvalidRowIdx, eInvalidZPlanIdx, eYStrip2dDataNotInit, eYStrip2dDataPlanNotSet, eUnInitBorderPolicy, eInvalidBorderFillValue }
	Enumerate describing messages. More...

enum	eStripParserType { eSPT_LineXStrip2d, eSPT_LineXStrip2dWithKernel, eSPT_LineYStrip2d, eSPT_LineYStrip2dWithKernel, eSPT_LineYStripColor2d, eSPT_LineYStripSeq2d, eSPT_LineZStrip3d, eSPT_LineZStripColor3d, eSPT_LineZStrip3dWithKernel, eSPT_RawYStrip2d, eSPT_RawYStripColor2d, eSPT_RawYStripSeq2d, eSPT_RawYStrip3d, eSPT_RawZStrip3d }
	Enumerate describing strip parser type. More...

enum	eBorderPolicyAttributeMessage { eBorderPolicyNotInit }
	Enumerate describing messages. More...

enum	eFormulaAttributeMessage { eFormulaNotValidated, eNullInputFormulaManagerPtr }
	Enumerate describing messages. More...

enum	eFormulaAttributeType { eFAT_Measure, eFAT_Image }
	Enumerate describing formula attribute type. More...

enum	eGeometryEntity2dCollAttributeType { eGE2DAT_Generic, eGE2DAT_Shape }
	Enumerate describing geometry entity 2d collection attribute type. More...

enum	eGeometryEntity3dCollAttributeType { eGE3DAT_Generic, eGE3DAT_Shape }
	Enumerate describing geometry entity 3d collection attribute type. More...

enum	eGeometryEntityCollAttributeMessage { eNullGeometryEntityCollPtr }
	Enumerate describing messages. More...

enum	eGeometryEntityCollAttributeType { eGECAT_2d, eGECAT_3d }
	Enumerate describing geometry entity collection attribute type. More...

enum	eImageAttributeMessage { eImageAttributeNullImage, eImageAttributeImageNotInit }
	Enumerate describing messages. More...

enum	eImageProcessingAttributeType { eIPAT_IPEnum, eIPAT_BorderPolicy, eIPAT_Kernel, eIPAT_StructuringElement, eIPAT_Image, eIPAT_Strip, eIPAT_Tile, eIPAT_TileColl, eIPAT_GeometryEntities, eIPAT_ShapeMeasureInfoSet, eIPAT_ShapeMeasureSet, eIPAT_PlanIndexed, eIPAT_Formula }
	Enumerate describing image attributes type. More...

enum	eIPEnumAttributeMessage { eInvalidEnumValue }
	Enumerate describing messages. More...

enum	eKernelAttributeMessage { eNullInputKernel }
	Enumerate describing messages. More...

enum	ePlanIndexedAttributeMessage { eNullPlanIndexedCollPtr }
	Enumerate describing messages. More...

enum	eShapeMeasureInfoSetMessage { eNullMeasureInfoSetPtr }
	Enumerate describing messages. More...

enum	eShapeMeasureSetMessage { eNullMeasureSetPtr }
	Enumerate describing messages. More...

enum	eStripAttributeMessage { eStripAttributeNullStrip, eStripAttributeStripNotInit, eInputPlanXYStripNullPtr, eInputPlanXYStripNotInit }
	Enumerate describing messages. More...

enum	eStripAttributeType { eSAT_X2d, eSAT_X2dWithKernel, eSAT_Y2d, eSAT_Y2dWithKernel, eSAT_Y3d, eSAT_YColor2d, eSAT_YSeq2d, eSAT_Z3d, eSAT_Z3dWithKernel, eSAT_ZColor3d }
	Enumerate describing strip attributes type. More...

enum	eStructuringElementAttributeMessage { eNullInputStructuringElementInfo, eUnInitInputStructuringElementInfo }
	Enumerate describing messages. More...

enum	eTileAttributeMessage { eTileAttributeNullTile, eTileAttributeTileNotInit }
	Enumerate describing messages. More...

enum	eTileAttributeType { eTAT_2d, eTAT_3d }
	Enumerate describing tile attributes type. More...

enum	eTileCollAttributeMessage { eCollContainsNullTilePtr, eCollContainsUnInitTile, eEmptyTileColl, eInvalidTileIndex }
	Enumerate describing messages. More...

enum	eTileCollAttributeType { eTCAT_2d, eTCAT_3d }
	Enumerate describing tile collection attributes type. More...

enum	eImageSplitType { eIST_SubImage, eIST_ImageStrip, eIST_ImageTile, eIST_ImageTileColl, eIST_PlanIndexed, eIST_Shape2dColl, eIST_MeasureSet, eIST_Shape3dColl }
	Enumerate describing image split operation type. More...

enum	eMeasureSetSplitMessage { eInputShape2dCollPtrShouldBeSet, eInputShape3dCollPtrShouldBeSet, eMeasureSetPtrShouldBeSet, eNbEntitiesShouldNotBeNull }
	Enumerate describing messages. More...

enum	eMeasureSetSplitType { eMSST_Generic, eMSST_Geometry2d, eMSST_Geometry3d, eMSST_Intensity }
	Enumerate describing measure set split type. More...

enum	ePlanIndexedSplitMessage { ePlanIndexedSizesMismatch, ePlanIndexedPtrShouldBeSet }
	Enumerate describing messages. More...

enum	eShape2dCollSplitMessage { eElementsInfoMismatch, eShape2dCollPtrShouldBeSet }
	Enumerate describing messages. More...

enum	eShape2dCollSplitType { eS2DCST_Simple, eS2DCST_Strip }
	Enumerate describing measure set split type. More...

enum	eShape3dCollSplitMessage { eElementsInfoMismatch, eShape3dCollPtrShouldBeSet }
	Enumerate describing messages. More...

enum	eShape3dCollSplitType { eS3DCST_Simple, eS3DCST_Strip }
	Enumerate describing measure set split type. More...

enum	eStaticImageStripSplitMessage { eImagePtrShouldBeSet, eInvalidYStripBounds, eInvalidZStripBounds, eInvalidStartingKernelSizeX, eInvalidEndingKernelSizeX, eInvalidStartingKernelSizeY, eInvalidEndingKernelSizeY, eInvalidStartingKernelSizeZ, eInvalidEndingKernelSizeZ, eStartingKernelSizeZMismatchWithStrip, eEndingKernelSizeZMismatchWithStrip }
	Enumerate describing messages. More...

enum	eStaticImageStripSplitType { eSISST_Y2d, eSISST_Z3d, eSISST_Z3dWithKernel }
	Enumerate describing static image sstrip split type. More...

enum	eImageStripSplitMessage { eImagePtrShouldBeSet, eInvalidEndingKernelSizeX, eInvalidEndingKernelSizeY, eInvalidEndingKernelSizeZ, eInvalidStartingKernelSizeX, eInvalidStartingKernelSizeY, eInvalidStartingKernelSizeZ }
	Enumerate describing messages. More...

enum	eImageStripSplitType { eISST_X2d, eISST_Y2d, eISST_X2dWithKernel, eISST_Y2dWithKernel, eISST_Y3d, eISST_YColor2d, eISST_YSeq2d, eISST_YSub2d, eISST_Z3d, eISST_ZColor3d, eISST_Z3dWithKernel, eISST_ZSub3d, eISST_PreviousY2d, eISST_PreviousZ3d, eISST_User }
	Enumerate describing image strip split type. More...

enum	eSubImageSplitMessage { eImagePtrShouldBeSet, eVolumeFlagMismatchWithImage, eColorFlagMismatchWithImage, eTemporalFlagMismatchWithImage, eSplitTypeMismatchVolumeFlag, eSplitTypeMismatchColorFlag, eSplitTypeMismatchTemporalFlag, eSplitTypeMismatchWithImageVolume, eSplitTypeMismatchWithImageColor, eSplitTypeMismatchWithImageTemporal, eInvalidSubImageSplitType, eErrorImageMustBeLoadedOnGpu, eErrorImageHasRemoteStorage, eErrorHeteroGeomNotSupportedOnGpu }
	Enumerate describing messages. More...

enum	eSubImageSplitType { eSIST_Grey2d, eSIST_Grey3d, eSIST_Color2d, eSIST_Color3d, eSIST_Sequence2d, eSIST_Sequence3d, eSIST_SequenceColor, eSIST_GpuDevices }
	Enumerate describing sub image geometry split type. More...

enum	eVolumeParsingType { eVPT_ParseZ, eVPT_NoZParsing }
	Enumerate describing geometry volume(z) parsing type. More...

enum	eColorParsingType { eCPT_ParseC, eCPT_NoCParsing }
	Enumerate describing geometry color(c) parsing type. More...

enum	eTemporalParsingType { eTPT_ParseT, eTPT_NoTParsing }
	Enumerate describing geometry temporal(t) parsing type. More...

enum	eImageTileSplitMessage { eImagePtrShouldBeSet }
	Enumerate describing messages. More...

enum	eImageTileSplitType { eITST_2d, eITST_3d }
	Enumerate describing image tile split type. More...

enum	eImageTileCollSplitMessage { eElementsInfoMismatch, eImagePtrShouldBeSet, eInputImageNot2d, eInputImageNot3d, eInputImageNotGrey, eInputImageNotSingle }
	Enumerate describing messages. More...

enum	eImageTileCollSplitType { eITCST_2d, eITCST_3d }
	Enumerate describing image tile collection split type. More...

enum	eIPSDKImageProcessingMessage { eMyValue }
	Enumerate describing messages. More...

enum	eCustomImageInfoMessage { eCantResizeSubImage, eCustomInitializerEvaluated, eCustomInitializerFormal, eExpiredAttributeWeakPtr, eImageInitializationFailed, eNotInit, eNotInputImage, eNullInputSharedPtr }
	Enumerate describing messages. More...

enum	eImageInitializerMessage { eCantResizeSubImage, eDuplicateWithCustomTypeEvaluated, eDuplicateWithCustomTypeFormal, eDuplicateWithSameTypeEvaluated, eDuplicateWithSameTypeFormal, eImageBufferTypeAttributeNullPtr, eImageDuplicateFailed, eImagePromoteBinaryFailed, eImagePromoteUnaryFailed, eImageTypedDuplicateFailed, eInputImageSizeMismatch, eInvalidImageBufferType, eInvalidRetrievedImageBufferType, ePromoteBinaryEvaluated, ePromoteBinaryFormal, ePromoteBinaryNotFound, ePromoteUnaryEvaluated, ePromoteUnaryFormal, ePromoteUnaryNotFound, eTypedDuplicateEvaluated, eTypedDuplicateFormal }
	Enumerate describing messages. More...

enum	eImageInitializerType { eIIT_Duplicate, eIIT_TypedDuplicate, eIIT_PromoteUnary, eIIT_PromoteBinary, eIIT_CustomInitialize }
	Enumerate describing output image initializer type. More...

enum	ePromoteUnaryType { ePUT_Unsigned, ePUT_Signed, ePUT_Upper, ePUT_UpperUnsigned, ePUT_UpperSigned }
	Enumerate describing promote unary output image initializer type. More...

enum	ePromoteBinaryType { ePBT_Minimum, ePBT_Maximum, ePBT_MaxAbs, ePBT_Upper, ePBT_UpperSigned, ePBT_Divide }
	Enumerate describing promote binary output image initializer type. More...

enum	eImageInitializerDistributionPolicy { eIIDP_AllowDistribution, eIIDP_DisableDistribution }
	Enumerate describing image initializer distribution policy. More...

enum	eImageInitializerStoragePolicy { eIISP_Inherit, eIISP_Memory, eIISP_Disk }
	Enumerate describing image initializer storage policy. More...

enum	eImageProcessingInitializerType { eIPIT_Image, eIPIT_PlanIndexed, eIPIT_ShapeMeasureSet }
	Enumerate describing output image processing initializer type. More...

enum	ePlanIndexedInitializerMessage { eFromImagePlanIndexedInitializerEvaluated, eFromImagePlanIndexedInitializerFormal, eFromOtherPlanIndexedInitializerEvaluated, eFromOtherPlanIndexedInitializerFormal }
	Enumerate describing messages. More...

enum	ePlanIndexedInitializerType { ePIIT_FromImage, ePIIT_FromOther }
	Enumerate describing output plan indexed initializer type. More...

enum	eFromImagePlanIndexedPolicy { eFIPIP_Z, eFIPIP_C, eFIPIP_T, eFIPIP_ZC, eFIPIP_ZT, eFIPIP_CT, eFIPIP_ZCT }
	enumerate describing rule behavior for image plans matching More...

enum	eShapeMeasureSetInitializerMessage { eCreateShapeMeasureSetInitializerEvaluated, eCreateShapeMeasureSetInitializerFormal }
	Enumerate describing messages. More...

enum	eShapeMeasureSetInitializerType { eSMSIT_Create }
	Enumerate describing shape measure set initializer type. More...

enum	eFormulaRuleType { eFRT_Measure, eFRT_Image, eFRT_MatchImages }
	enumerate describing formula rule operation type More...

enum	eRuleFormulaMessage { eMissingOptImage, eResultAndImageTypeMismatch, eRuleImageFormulaEvaluated, eRuleImageFormulaFormal, eRuleMatchImageFormulaEvaluated, eRuleMatchImageFormulaFormal, eRuleMeasureFormulaEvaluated, eRuleMeasureFormulaFailed, eRuleMeasureFormulaFormal, eUnUsedOptImage }
	Enumerate describing messages. More...

enum	eImageBinaryMixedRuleType { eIBMRT_ImageRange, eIBMRT_ImageSize, eIBMRT_CheckImageIBT, eIBMRT_CompatibleImageIBT, eIBMRT_MatchIBTBufferSize }
	enumerate describing image binary mixed rule operation type More...

enum	eMatchImageSizeScale { eMISS_FullSize, eMISS_HalfSize }
	enumerate used in comparison between scalar and image size, to determine whether scalar is compared to full image size or half image size More...

enum	eImageComparisonRuleType { eICRT_MatchColorGeometryType, eICRT_MatchImageSize, eICRT_MatchImageBufferType, eICRT_MatchVolumeGeometryType, eICRT_NoInSitu, eICRT_ReInterpretable }
	enumerate describing image comparison rule operation type More...

enum	eCustomCheckedImagePropertyMessage { eAllChecksDisable, eCheckAllowedImageBufferTypesEvaluated, eCheckAllowedImageBufferTypesFormal, eCheckColorEvaluated, eCheckColorFormal, eCheckSizeXEvaluated, eCheckSizeXFormal, eCheckSizeYEvaluated, eCheckSizeYFormal, eCheckTemporalEvaluated, eCheckTemporalFormal, eCheckVolumeEvaluated, eCheckVolumeFormal, eExpiredAttributeWeakPtr, eNotInit, eNullInputSharedPtr, eRuleCustomCheckedImagePropertyEvaluated, eRuleCustomCheckedImagePropertyEvaluatedNoCheck, eRuleCustomCheckedImagePropertyFormal }
	Enumerate describing messages. More...

enum	eCheckableImageProperty { eCIP_AllowedImageBufferTypes, eCIP_SizeX, eCIP_SizeY, eCIP_VolumeGeometry, eCIP_ColorGeometry, eCIP_TemporalGeometry }
	enumerate describing checkable image property More...

enum	eImagePropertyRuleType { eIPRT_MatchImageVolumeType, eIPRT_MatchImageColorType, eIPRT_MatchImageTemporalType, eIPRT_AllowedBaseType, eIPRT_AllowedBufferType, eIPRT_AllowedType, eIPRT_CompleteImage, eIPRT_GpuImage, eIPRT_CustomProperty }
	enumerate describing image property rule operation type More...

enum	eImageRuleType { eIRT_ImageComparison, eIRT_ImageProperty, eIRT_ImageBinaryMixed }
	enumerate describing image rule operation type More...

enum	eMatchImageSizeType { eMIST_X, eMIST_Y, eMIST_Z, eMIST_C, eMIST_T, eMIST_XYZT, eMIST_XYZC, eMIST_2d, eMIST_3d, eMIST_ZC, eMIST_ZT, eMIST_CT, eMIST_ZCT, eMIST_All }
	enumerate describing image comparison on image size rule operation type More...

enum	eRuleImageMessage { eInvalidImageBufferTypeColl, eMixedBufferTypes, eRuleAllowedImageBaseTypeEvaluated, eRuleAllowedImageBaseTypeFormal, eRuleAllowedImageBufferTypeEvaluated, eRuleAllowedImageBufferTypeFormal, eRuleAllowedImageTypeEvaluated, eRuleAllowedImageTypeEvaluatedImageNotComplete, eRuleAllowedImageTypeFormal, eRuleCheckImageBufferTypeEvaluated, eRuleCheckImageBufferTypeFormal, eRuleCompatibleImageBufferTypeEvaluated, eRuleCompatibleImageBufferTypeFormal, eRuleImageIsCompleteEvaluated, eRuleImageIsCompleteFormal, eRuleImageNoInSituEvaluated, eRuleImageNoInSituFormal, eRuleInvalidMatchImageSizeType, eRuleMatchBufferSizeEvaluated, eRuleMatchBufferSizeFormal, eRuleMatchColorGeometryTypeEvaluated, eRuleMatchColorGeometryTypeFormal, eRuleMatchImageBufferTypeEvaluated, eRuleMatchImageBufferTypeFormal, eRuleMatchImageColorTypeEvaluated, eRuleMatchImageColorTypeFormal, eRuleMatchImageRangeEvaluated, eRuleMatchImageRangeFormal, eRuleMatchImageSize2dEvaluated, eRuleMatchImageSize2dFormal, eRuleMatchImageSize3dEvaluated, eRuleMatchImageSize3dFormal, eRuleMatchImageSizeAllEvaluated, eRuleMatchImageSizeAllFormal, eRuleMatchImageSizeCEvaluated, eRuleMatchImageSizeCFormal, eRuleMatchImageSizeCTEvaluated, eRuleMatchImageSizeCTFormal, eRuleMatchImageSizeTEvaluated, eRuleMatchImageSizeTFormal, eRuleMatchImageSizeXEvaluated, eRuleMatchImageSizeXFormal, eRuleMatchImageSizeXYZCEvaluated, eRuleMatchImageSizeXYZCFormal, eRuleMatchImageSizeXYZTEvaluated, eRuleMatchImageSizeXYZTFormal, eRuleMatchImageSizeYEvaluated, eRuleMatchImageSizeYFormal, eRuleMatchImageSizeZCEvaluated, eRuleMatchImageSizeZCFormal, eRuleMatchImageSizeZCTEvaluated, eRuleMatchImageSizeZCTFormal, eRuleMatchImageSizeZEvaluated, eRuleMatchImageSizeZFormal, eRuleMatchImageSizeZTEvaluated, eRuleMatchImageSizeZTFormal, eRuleMatchImageTemporalTypeEvaluated, eRuleMatchImageTemporalTypeFormal, eRuleMatchImageVolumeTypeEvaluated, eRuleMatchImageVolumeTypeFormal, eRuleMatchScalarToImageFullSize2dEvaluated, eRuleMatchScalarToImageFullSize2dFormal, eRuleMatchScalarToImageFullSize3dEvaluated, eRuleMatchScalarToImageFullSize3dFormal, eRuleMatchScalarToImageFullSizeAllEvaluated, eRuleMatchScalarToImageFullSizeAllFormal, eRuleMatchScalarToImageFullSizeCEvaluated, eRuleMatchScalarToImageFullSizeCFormal, eRuleMatchScalarToImageFullSizeCTEvaluated, eRuleMatchScalarToImageFullSizeCTFormal, eRuleMatchScalarToImageFullSizeTEvaluated, eRuleMatchScalarToImageFullSizeTFormal, eRuleMatchScalarToImageFullSizeXEvaluated, eRuleMatchScalarToImageFullSizeXFormal, eRuleMatchScalarToImageFullSizeXYZCEvaluated, eRuleMatchScalarToImageFullSizeXYZCFormal, eRuleMatchScalarToImageFullSizeXYZTEvaluated, eRuleMatchScalarToImageFullSizeXYZTFormal, eRuleMatchScalarToImageFullSizeYEvaluated, eRuleMatchScalarToImageFullSizeYFormal, eRuleMatchScalarToImageFullSizeZCEvaluated, eRuleMatchScalarToImageFullSizeZCFormal, eRuleMatchScalarToImageFullSizeZCTEvaluated, eRuleMatchScalarToImageFullSizeZCTFormal, eRuleMatchScalarToImageFullSizeZEvaluated, eRuleMatchScalarToImageFullSizeZFormal, eRuleMatchScalarToImageFullSizeZTEvaluated, eRuleMatchScalarToImageFullSizeZTFormal, eRuleMatchScalarToImageHalfSize2dEvaluated, eRuleMatchScalarToImageHalfSize2dFormal, eRuleMatchScalarToImageHalfSize3dEvaluated, eRuleMatchScalarToImageHalfSize3dFormal, eRuleMatchScalarToImageHalfSizeAllEvaluated, eRuleMatchScalarToImageHalfSizeAllFormal, eRuleMatchScalarToImageHalfSizeCEvaluated, eRuleMatchScalarToImageHalfSizeCFormal, eRuleMatchScalarToImageHalfSizeCTEvaluated, eRuleMatchScalarToImageHalfSizeCTFormal, eRuleMatchScalarToImageHalfSizeTEvaluated, eRuleMatchScalarToImageHalfSizeTFormal, eRuleMatchScalarToImageHalfSizeXEvaluated, eRuleMatchScalarToImageHalfSizeXFormal, eRuleMatchScalarToImageHalfSizeXYZCEvaluated, eRuleMatchScalarToImageHalfSizeXYZCFormal, eRuleMatchScalarToImageHalfSizeXYZTEvaluated, eRuleMatchScalarToImageHalfSizeXYZTFormal, eRuleMatchScalarToImageHalfSizeYEvaluated, eRuleMatchScalarToImageHalfSizeYFormal, eRuleMatchScalarToImageHalfSizeZCEvaluated, eRuleMatchScalarToImageHalfSizeZCFormal, eRuleMatchScalarToImageHalfSizeZCTEvaluated, eRuleMatchScalarToImageHalfSizeZCTFormal, eRuleMatchScalarToImageHalfSizeZEvaluated, eRuleMatchScalarToImageHalfSizeZFormal, eRuleMatchScalarToImageHalfSizeZTEvaluated, eRuleMatchScalarToImageHalfSizeZTFormal, eRuleMatchVolumeGeometryTypeEvaluated, eRuleMatchVolumeGeometryTypeFormal, eRuleReInterpretableImageDataEvaluated, eRuleReInterpretableImageDataFormal, eRuleImageIsOnGpuEvaluated, eRuleImageIsOnGpuFormal }
	Enumerate describing messages. More...

enum	eIBTRuleType { eIBTRT_OneOf, eIBTRT_NotOneOf }
	enumerate describing image buffer type rule operation type More...

enum	eRuleImageBufferTypeMessage { eInvalidImageBufferTypeColl, eRuleAllowedImageBufferTypeFormal, eRuleAllowedImageBufferTypeEvaluated, eRuleForbiddenImageBufferTypeFormal, eRuleForbiddenImageBufferTypeEvaluated }
	Enumerate describing messages. More...

enum	eImageProcessingRuleType { eIPRT_ImageBufferType, eIPRT_Image, eIPRT_Strip, eIPRT_Tile, eIPRT_TileColl, eIPRT_KernelProperty, eIPRT_IPEnumValue, eIPRT_MeasureInfoSetProperty, eIPRT_MeasureSetProperty, eIPRT_PlanIndexedComparison, eIPRT_FormulaProperty }
	enumerate describing image processing rule operation type More...

enum	eRuleIPEnumMessage { eRuleIPEnumValueFormal, eRuleIPEnumValueEvaluated }
	Enumerate describing messages. More...

enum	eKernelRuleType { eKRT_KernelXYSize, eKRT_KernelXYZSize }
	enumerate describing kernel rule operation type More...

enum	eRuleKernelMessage { eRuleMatchKernelXYSizeFormal, eRuleMatchKernelXYSizeEvaluated, eRuleMatchKernelXYZSizeFormal, eRuleMatchKernelXYZSizeEvaluated }
	Enumerate describing messages. More...

enum	ePlanIndexedRuleType { ePIRT_MatchImagePlans, ePIRT_MatchOther, ePIRT_Property }
	enumerate describing plan indexed attribute rule operation type More...

enum	eImagePlansMatchPolicy { eIPMP_Z, eIPMP_C, eIPMP_T, eIPMP_ZC, eIPMP_ZT, eIPMP_CT, eIPMP_ZCT }
	enumerate describing rule behavior for image plans matching More...

enum	ePlanIndexedProperty { ePIP_2d, ePIP_Grey, ePIP_Single }

enum	eRulePlanIndexedMessage { eInvalidMatchImagePlansEnumValue, eInvalidPlanIndexedPropertyEnumValue, eRulePlanIndexedMatchImagePlansEvaluated, eRulePlanIndexedMatchImagePlansFormal, eRulePlanIndexedMatchOtherEvaluated, eRulePlanIndexedMatchOtherFormal, eRulePlanIndexedPropertyEvaluated, eRulePlanIndexedPropertyFormal }
	Enumerate describing messages. More...

enum	eRuleShapeMeasureInfoSetMessage { eRuleShapeMeasureInfoSetVolumePolicyEvaluated, eRuleShapeMeasureInfoSetVolumePolicyFormal }
	Enumerate describing messages. More...

enum	eSMISRuleType { eSMISRT_Volume }
	enumerate describing shape measure information set rule operation type More...

enum	eRuleShapeMeasureSetMessage { eRuleShapeMeasureSetIsReadyEvaluated, eRuleShapeMeasureSetIsReadyFormal, eRuleShapeMeasureSetProcessingPolicyEvaluated, eRuleShapeMeasureSetProcessingPolicyFormal, eRuleShapeMeasureSetProcessingStatusEvaluated, eRuleShapeMeasureSetProcessingStatusFormal, eRuleShapeMeasureSetVolumePolicyEvaluated, eRuleShapeMeasureSetVolumePolicyFormal }
	Enumerate describing messages. More...

enum	eSMSRuleType { eSMSRT_VolumePolicy, eSMSRT_ProcessingStatus, eSMSRT_ProcessingPolicy, eSMSRT_IsReady }
	enumerate describing shape measure set rule operation type More...

enum	eRuleStripMessage { eInvalidStripBufferTypeColl, eRuleAllowedStripBufferTypeFormal, eRuleAllowedStripBufferTypeEvaluated, eRuleMatchStripBufferTypeFormal, eRuleMatchStripBufferTypeEvaluated, eRuleMatchStripSizeFormal, eRuleMatchStripSizeEvaluated, eRuleMatchStripPlanarSizeFormal, eRuleMatchStripPlanarSizeEvaluated, eRuleCheckStripBufferTypeFormal, eRuleCheckStripBufferTypeEvaluated, eRuleCompatibleStripBufferTypeFormal, eRuleCompatibleStripBufferTypeEvaluated, eRuleMatchXYStripColorTypeFormal, eRuleMatchXYStripColorTypeEvaluated, eRuleMatchStripRangeFormal, eRuleMatchStripRangeEvaluated }
	Enumerate describing messages. More...

enum	eStripBinaryMixedRuleType { eSBMRT_StripRange, eSBMRT_CheckStripIBT, eSBMRT_CompatibleStripIBT }
	enumerate describing strip binary mixed rule operation type More...

enum	eStripComparisonRuleType { eSCRT_MatchStripSize, eSCRT_MatchStripPlanarSize, eSCRT_MatchStripBufferType, eSCRT_NoInSitu }
	enumerate describing image strip comparison rule operation type More...

enum	eStripPropertyRuleType { eSPRT_AllowedBufferType, eSPRT_MatchYStripColor2dColorType }
	enumerate describing image strip property rule operation type More...

enum	eStripRuleType { eSRT_StripComparison, eSRT_StripProperty, eSRT_StripBinaryMixed }
	enumerate describing image strips rule operation type More...

enum	eRuleTileMessage
	Enumerate describing messages. More...

enum	eTileRuleType { eTRT_ToBeDefined }
	enumerate describing image tiles rule operation type More...

enum	eRuleTileCollMessage { eInvalidImageBufferTypeColl, eRuleAllowedTileCollBufferTypeEvaluated, eRuleAllowedTileCollBufferTypeFormal, eRuleMatchTileCollBufferTypeEvaluated, eRuleMatchTileCollBufferTypeFormal, eRuleMatchTileCollNbTilesEvaluated, eRuleMatchTileCollNbTilesFormal, eRuleMatchTileCollTileCoordsEvaluated, eRuleMatchTileCollTileCoordsFormal, eRuleTileCollHomogeneousBufferTypeEvaluated, eRuleTileCollHomogeneousBufferTypeFormal }
	Enumerate describing messages. More...

enum	eTileCollComparisonRuleType { eTCCRT_MatchCollSize, eTCCRT_MatchTileCoords, eTCCRT_MatchBufferType }
	enumerate describing image strip comparison rule operation type More...

enum	eTileCollPropertyRuleType { eTCPRT_AllowedBufferType, eTCPRT_HomogeneousBufferType }
	enumerate describing rule operation type applied on property of attributes associated to collection of image tiles More...

enum	eTileCollRuleType { eTCRT_TileCollProperty, eTCRT_TileCollComparison }
	enumerate describing rule operation type applied on attributes associated to collection of image tiles More...

Functions
template<typename T >
IPSDKIMAGEPROCESSING_API void	initParser2dInfo (const image::InputImageXStrip2dWithKernel &imageXStrip2dWithKernel, const ipUInt64 nbInitData, const ipUInt64 nbMainData, const ipUInt64 nbFinalData, const ipUInt64 nbRealFinalData, const ipReal64 unAlignedValue, LineXStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API const T *	getStripStartingRow (const ipUInt64 stripRowIdx, const LineXStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API const T *	getStripMainRow (const ipUInt64 stripRowIdx, const LineXStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API const T *	getStripEndingRow (const ipUInt64 stripRowIdx, const LineXStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API void	initParser2dInfo (const image::InputImageYStrip2dWithKernel &imageYStrip2dWithKernel, const ipUInt64 nbInitData, const ipUInt64 nbMainData, const ipUInt64 nbFinalData, const ipUInt64 nbRealFinalData, const ipReal64 unAlignedValue, LineYStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API const T *	getStripRow (const ipUInt64 stripRowIdx, const LineYStrip2dWithKernelParserInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API void	initParser3dInfo (const image::InputImageZStrip3dWithKernel &imageZStrip3dWithKernel, const ipUInt64 nbInitData, const ipUInt64 nbMainData, const ipUInt64 nbFinalData, const ipUInt64 nbRealFinalData, const ipReal64 unAlignedValue, Parser3dInfo< T > &info)

template<typename T >
IPSDKIMAGEPROCESSING_API const T *	getStripRow (const ipUInt64 stripPlanIdx, const ipUInt64 stripRowIdx, const Parser3dInfo< T > &info)

IPSDKIMAGEPROCESSING_API bool	isInSitu (const BaseImageAttribute &imgIn, const BaseImageAttribute &imgOut)
	function allowing to check whether two image attributes are associated to same image More...

IPSDKIMAGEPROCESSING_API bool	isBufferInitNeeded (const image::BaseImageFragment &fragment, const core::BaseRequestOrigin &requestOrigin)

IPSDKIMAGEPROCESSING_API const std::string &	getIPSDKImageProcessingLoggerName ()
	Recovery of logger name associated to library.

IPSDKIMAGEPROCESSING_API log4cplus::Logger &	getIPSDKImageProcessingLogger ()
	Recovery of logger associated to library.

IPSDKIMAGEPROCESSING_API const ipsdk::LogMessageManager &	getIPSDKImageProcessingLogMessageManager ()
	Recovery of message manager associated to library.

IPSDKIMAGEPROCESSING_API const image::eImageBufferType &	getDefaultOutputBufferType (const image::eImageBufferType &inputImageBufferType, const ePromoteUnaryType &promoteUnaryType)
	method allowing to retrieve expected output buffer type for a given input buffer type and a promote unary operation type More...

IPSDKIMAGEPROCESSING_API const image::eImageBufferType &	getDefaultOutputBufferType (const image::eImageBufferType &inputImageBufferType1, const image::eImageBufferType &inputImageBufferType2, const ePromoteBinaryType &promoteBinaryType)
	method allowing to retrieve expected output buffer type for given input buffer types and a promote binary operation type More...

template<typename T >
void	initPlanIndexed (const ipUInt64 sizeZ, const ipUInt64 sizeC, const ipUInt64 sizeT, T &coll, boost::function< typename T::StorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to given components sizes

IPSDKIMAGEPROCESSING_API ipsdk::shape::analysis::MeasureSetPtr	createMeasureSetFromInfo (const ShapeMeasureInfoSetAttributeConstWeakPtr &pInputShapeMeasureInfoSetAttribute)
	wrapper function allowing a delayed creation of a shape measure set with respect to a given input measure information set attribute More...

IPSDKIMAGEPROCESSING_API processor::RulePtr	isValidImageFormula (const ImageFormulaAttributeConstWeakPtr &pAttribute)
	function allowing to check that an image formula is valid

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchFormulaWithImages (const ImageFormulaAttributeConstPtr &pImageFormulaAttribute, const ImageAttributePtr &pInOptImg1, const ImageAttributePtr &pInOptImg2, const ImageAttributePtr &pInOptImg3, const ImageAttributePtr &pInOptBinImg1, const ImageAttributePtr &pInOptBinImg2, const ImageAttributePtr &pInOptBinImg3, const ImageAttributePtr &pInOptLabImg1, const ImageAttributePtr &pInOptLabImg2, const ImageAttributePtr &pInOptLabImg3, const ImageAttributePtr &pOutImg)
	function allowing to check that an image formula match with proceeded images

template<typename InOptImg1Type , typename InOptImg2Type , typename InOptImg3Type , typename InOptBinImg1Type , typename InOptBinImg2Type , typename InOptBinImg3Type , typename InOptLabImg1Type , typename InOptLabImg2Type , typename InOptLabImg3Type >
processor::RulePtr	validateFormulaAndImages (const ImageFormulaAttributeConstPtr &pImageFormulaAttribute, const boost::shared_ptr< InOptImg1Type > &pInOptImg1, const boost::shared_ptr< InOptImg2Type > &pInOptImg2, const boost::shared_ptr< InOptImg3Type > &pInOptImg3, const boost::shared_ptr< InOptBinImg1Type > &pInOptBinImg1, const boost::shared_ptr< InOptBinImg2Type > &pInOptBinImg2, const boost::shared_ptr< InOptBinImg3Type > &pInOptBinImg3, const boost::shared_ptr< InOptLabImg1Type > &pInOptLabImg1, const boost::shared_ptr< InOptLabImg2Type > &pInOptLabImg2, const boost::shared_ptr< InOptLabImg3Type > &pInOptLabImg3, const ImageAttributePtr &pOutImg)

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferSize (const ImageAttributeConstWeakPtr &pImageAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute)
	function allowing to check that an image buffer type and a given image buffer types attribute have same buffer base size

template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchSize (const eMatchImageSizeType &matchImageSizeType, const eMatchImageSizeScale &matchImageSizeScale, const ImageAttributeConstWeakPtr &pImageAttribute, const boost::shared_ptr< LeafAttributeType > &pLeafAttribute)
	function allowing to check that a DataItem leaf value is lower than or equals to image size on considered dimension(s)

template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchSize (const eMatchImageSizeType &matchImageSizeType, const eMatchImageSizeScale &matchImageSizeScale, const ImageAttributeConstWeakPtr &pImageAttribute, const boost::weak_ptr< LeafAttributeType > &pLeafAttribute)

template<typename ValueAttributeType >
processor::RulePtr	matchSize (const eMatchImageSizeType &matchImageSizeType, const eMatchImageSizeScale &matchImageSizeScale, const ImageAttributeConstWeakPtr &pImageAttribute, const boost::shared_ptr< ValueAttributeType > &pValueAttribute)
	function allowing to check that a value is lower than or equals to image size on considered dimension(s)

template<typename ValueAttributeType >
processor::RulePtr	matchSize (const eMatchImageSizeType &matchImageSizeType, const eMatchImageSizeScale &matchImageSizeScale, const ImageAttributeConstWeakPtr &pImageAttribute, const boost::weak_ptr< ValueAttributeType > &pValueAttribute)

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pImageAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute)
	function allowing to check that an image correspond to a given image buffer types attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	compatibleBufferType (const ImageAttributeConstWeakPtr &pImageAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute)
	function allowing to check that an image buffer type size is compatible with a given image buffer types attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images buffer types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three images buffer types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchColorGeometryType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images color geometry types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchVolumeGeometryType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images volume geometry types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const eMatchImageSizeType &matchImageSizeType, const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images size component are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images have same size More...

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three images have same size More...

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3, const ImageAttributeConstWeakPtr &pAttribute4)
	function allowing to check that four images have same size More...

IPSDKIMAGEPROCESSING_API processor::RulePtr	match2dSize (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images have same 2d size

IPSDKIMAGEPROCESSING_API processor::RulePtr	match3dSize (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images have same 3d size

IPSDKIMAGEPROCESSING_API processor::RulePtr	match2dMask (const ImageAttributeConstWeakPtr &pInAttribute, const ImageAttributeConstWeakPtr &pMaskAttribute)
	function allowing to check whether a given 2d image can be a mask for an other image (ie mono plan or same number of plans)

IPSDKIMAGEPROCESSING_API processor::RulePtr	match3dMask (const ImageAttributeConstWeakPtr &pInAttribute, const ImageAttributeConstWeakPtr &pMaskAttribute)
	function allowing to check whether a given 3d image can be a mask for an other image (ie mono volume or same number of plans)

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two images have same buffer type and size

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three images have same buffer type and size

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3, const ImageAttributeConstWeakPtr &pAttribute4)
	function allowing to check that four images have same buffer type and size

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3, const ImageAttributeConstWeakPtr &pAttribute4, const ImageAttributeConstWeakPtr &pAttribute5)
	function allowing to check that five images have same buffer type and size

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const ImageAttributeConstWeakPtr &pAttribute1, const ImageAttributeConstWeakPtr &pAttribute2, const ImageAttributeConstWeakPtr &pAttribute3, const ImageAttributeConstWeakPtr &pAttribute4, const ImageAttributeConstWeakPtr &pAttribute5, const ImageAttributeConstWeakPtr &pAttribute6)
	function allowing to check that six images have same buffer type and size

IPSDKIMAGEPROCESSING_API processor::RulePtr	noInSitu (const ImageAttributeConstWeakPtr &pAttributeIn, const ImageAttributeConstWeakPtr &pAttributeOut)
	function allowing to check that an image is not used in situ

IPSDKIMAGEPROCESSING_API processor::RulePtr	isInSitu (const ImageAttributeConstWeakPtr &pAttributeIn, const ImageAttributeConstWeakPtr &pAttributeOut)
	function allowing to check whether an image is used in situ

IPSDKIMAGEPROCESSING_API processor::RulePtr	isReInterpretable (const ImageAttributeConstWeakPtr &pOriginalImageAttribute, const ImageAttributeConstWeakPtr &pTargetImageAttribute)
	function allowing to check whether data associated to a given image can be reinterpreted to fit data of another image

IPSDKIMAGEPROCESSING_API processor::RulePtr	isComplete (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check where an image is a complete image (not a sub image)

IPSDKIMAGEPROCESSING_API processor::RulePtr	imageBaseType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBaseType &imageBaseType0)
	function allowing to check allowed image base types

IPSDKIMAGEPROCESSING_API processor::RulePtr	customImageProperty (const ImageAttributeConstWeakPtr &pAttribute, const CustomCheckedImagePropertyPtr &pCustomCheckedImageProperty)
	function allowing to check custom image properties

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const ipUInt32 sizeX, const ipUInt32 sizeY, const KernelXYAttributeConstWeakPtr &pAttribute)
	function allowing to check a kernel xy size

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const ipUInt32 sizeX, const ipUInt32 sizeY, const ipUInt32 sizeZ, const KernelXYZAttributeConstWeakPtr &pAttribute)
	function allowing to check a kernel xyz size

IPSDKIMAGEPROCESSING_API processor::RulePtr	isReady (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check that shape measure set is associated to ready to compute measures

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pStripAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute)
	function allowing to check that an image strip correspond to a given image buffer types attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	compatibleBufferType (const StripAttributeConstWeakPtr &pStripAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute)
	function allowing to check that an image strip buffer type size is compatible with a given image buffer types attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two image strips size are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three image strips size are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSize (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3, const StripAttributeConstWeakPtr &pAttribute4)
	function allowing to check that four image strips size are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchPlanarSize (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two image strips planar size are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two image strips buffer types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three image strips buffer types are equal

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2)
	function allowing to check that two image strips have same size and image buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3)
	function allowing to check that three image strips have same size and image buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3, const StripAttributeConstWeakPtr &pAttribute4)
	function allowing to check that four image strips have same size and image buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3, const StripAttributeConstWeakPtr &pAttribute4, const StripAttributeConstWeakPtr &pAttribute5)
	function allowing to check that five image strips have same size and image buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchSizeAndType (const StripAttributeConstWeakPtr &pAttribute1, const StripAttributeConstWeakPtr &pAttribute2, const StripAttributeConstWeakPtr &pAttribute3, const StripAttributeConstWeakPtr &pAttribute4, const StripAttributeConstWeakPtr &pAttribute5, const StripAttributeConstWeakPtr &pAttribute6)
	function allowing to check that six image strips have same size and image buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isRgb (const YStripColor2dAttributeConstWeakPtr &pAttribute)
	function allowing to check that a color xy strip is associated with RGB channels

IPSDKIMAGEPROCESSING_API processor::RulePtr	isUserColor (const YStripColor2dAttributeConstWeakPtr &pAttribute)
	function allowing to check that a color xy strip is associated with user color channels

IPSDKIMAGEPROCESSING_API processor::RulePtr	homogeneousBufferType (const TileCollAttributeConstWeakPtr &pAttribute)
	function allowing to check that a tile collection has homogeneous buffer type


template<typename TProcessor , typename TAttribute , typename InputDataType >
boost::shared_ptr< GenericMeasureSetSplit< TProcessor, InputDataType, TAttribute > >	genericSplit (const boost::shared_ptr< InputDataType > &pMeasureSet, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted generic measure set operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< GenericMeasureSetSplit< TProcessor, typename InputAttributeType::ValueType, TAttribute > >	genericSplit (const boost::shared_ptr< InputAttributeType > &pMeasureSetAttribute, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted generic measure set operation used for data dispatch


template<typename TProcessor , typename TAttribute , typename InputDataType >
boost::shared_ptr< Geometry2dMeasureSetSplit< TProcessor, InputDataType, TAttribute > >	geometry2dSplit (const boost::shared_ptr< InputDataType > &pMeasureSet, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted geometry 2d measure set operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< Geometry2dMeasureSetSplit< TProcessor, typename InputAttributeType::ValueType, TAttribute > >	geometry2dSplit (const boost::shared_ptr< InputAttributeType > &pMeasureSetAttribute, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted geometry 2d measure set operation used for data dispatch


template<typename TProcessor , typename TAttribute , typename InputDataType >
boost::shared_ptr< Geometry3dMeasureSetSplit< TProcessor, InputDataType, TAttribute > >	geometry3dSplit (const boost::shared_ptr< InputDataType > &pMeasureSet, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted geometry 3d measure set operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< Geometry2dMeasureSetSplit< TProcessor, typename InputAttributeType::ValueType, TAttribute > >	geometry3dSplit (const boost::shared_ptr< InputAttributeType > &pMeasureSetAttribute, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr())
	create a splitted geometry 3d measure set operation used for data dispatch


template<typename TProcessor , typename TAttribute , typename InputDataType >
boost::shared_ptr< IntensityMeasureSetSplit< TProcessor, InputDataType, TAttribute > >	intensitySplit (const boost::shared_ptr< InputDataType > &pMeasureSet, const ipsdk::shape::segmentation::Shape2dCollConstPtr &pShape2dColl, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr(), const UInt64VectorCollPtr &pShapeIndexesColl=UInt64VectorCollPtr())
	create a splitted intensity measure set operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< IntensityMeasureSetSplit< TProcessor, typename InputAttributeType::ValueType, TAttribute > >	intensitySplit (const boost::shared_ptr< InputAttributeType > &pMeasureSetAttribute, const ipsdk::shape::segmentation::Shape2dCollConstPtr &pShape2dColl, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr(), const UInt64VectorCollPtr &pShapeIndexesColl=UInt64VectorCollPtr())
	create a splitted intensity measure set operation used for data dispatch


template<typename TProcessor , typename TAttribute , typename InputDataType >
boost::shared_ptr< Intensity3dMeasureSetSplit< TProcessor, InputDataType, TAttribute > >	intensitySplit (const boost::shared_ptr< InputDataType > &pMeasureSet, const ipsdk::shape::segmentation::Shape3dCollConstPtr &pShape3dColl, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr(), const UInt64VectorCollPtr &pShapeIndexesColl=UInt64VectorCollPtr())
	create a splitted 3d intensity measure set operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< IntensityMeasureSetSplit< TProcessor, typename InputAttributeType::ValueType, TAttribute > >	intensitySplit (const boost::shared_ptr< InputAttributeType > &pMeasureSetAttribute, const ipsdk::shape::segmentation::Shape3dCollConstPtr &pShape3dColl, const MeasureSetCollPtr &pMeasureSetColl=MeasureSetCollPtr(), const UInt64VectorCollPtr &pShapeIndexesColl=UInt64VectorCollPtr())
	create a splitted 3d intensity measure set operation used for data dispatch


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeZ, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeZ, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3d (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeZ, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeZ, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dColor (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeZ, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeZ, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeC, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all 3d plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansColorOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element. In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansColorOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element. In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlansColorOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeZ, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element. In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlansColorOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeZ, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element. In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data


template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dColorOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dColorOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename PlanIndexedType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedColl, PlanIndexedType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, boost::shared_ptr< PlanIndexedType >, TAttribute > > >::type	splitPlans3dColorOrSingle (const boost::shared_ptr< PlanIndexedType > &pPlanIndexed, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::enable_if< typename boost::is_base_of< BasePlanIndexedAttribute, InputAttributeType >::type, boost::shared_ptr< PlanIndexedSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > > >::type	splitPlans3dColorOrSingle (const boost::shared_ptr< InputAttributeType > &pPlanIndexedAttribute, const ipUInt64 sizeT)
	create a splitted image operation used for data dispatch where all color plans of image are considered as a single element In this version we also allow plan indexed with a single element in which case we apply this element for each splitted data


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SimpleShape2dCollSplit< TProcessor, ipsdk::shape::segmentation::Shape2dCollConstPtr, TAttribute > >	simpleShape2dCollSplit (const ipsdk::shape::segmentation::Shape2dCollConstPtr &pShape2dColl)
	create a simple splitted shaped 2d collection operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< SimpleShape2dCollSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > >	simpleShape2dCollSplit (const boost::shared_ptr< InputAttributeType > &pShape2dCollAttribute)
	create a simple splitted shaped 2d collection operation used for data dispatch


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StripShape2dCollSplit< TProcessor, ipsdk::shape::segmentation::Shape2dCollConstPtr, TAttribute > >	stripShape2dCollSplit (const ipsdk::shape::segmentation::Shape2dCollConstPtr &pShape2dCollAttribute)
	create a by strip splitted shaped 2d collection operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< StripShape2dCollSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > >	stripShape2dCollSplit (const boost::shared_ptr< InputAttributeType > &pShape2dCollAttribute)
	create a by strip splitted shaped 2d collection operation used for data dispatch


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SimpleShape3dCollSplit< TProcessor, ipsdk::shape::segmentation::Shape3dCollConstPtr, TAttribute > >	simpleShape3dCollSplit (const ipsdk::shape::segmentation::Shape3dCollConstPtr &pShape3dCollAttribute)
	create a simple splitted shaped 3d collection operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< SimpleShape3dCollSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > >	simpleShape3dCollSplit (const boost::shared_ptr< InputAttributeType > &pShape3dCollAttribute)
	create a simple splitted shaped 3d collection operation used for data dispatch


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StripShape3dCollSplit< TProcessor, ipsdk::shape::segmentation::Shape3dCollConstPtr, TAttribute > >	stripShape3dCollSplit (const ipsdk::shape::segmentation::Shape3dCollConstPtr &pShape3dCollAttribute)
	create a by strip splitted shaped 3d collection operation used for data dispatch

template<typename TProcessor , typename TAttribute , typename InputAttributeType >
boost::shared_ptr< StripShape3dCollSplit< TProcessor, typename InputAttributeType::StorageType, TAttribute > >	stripShape3dCollSplit (const boost::shared_ptr< InputAttributeType > &pShape3dCollAttribute)
	create a by strip splitted shaped 3d collection operation used for data dispatch


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageYStrip2dSplit< TProcessor, image::BaseImage, TAttribute > >	staticYStrip2dSplit (const image::ImagePtr &pImage, const ElementsRangeColl &rowElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	staticYStrip2dSplit (const image::ImageConstPtr &pImage, const ElementsRangeColl &rowElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< StaticImageYStrip2dSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	staticYStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ElementsRangeColl &rowElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageZStrip3dSplit< TProcessor, image::BaseImage, TAttribute > >	staticZStrip3dSplit (const image::ImagePtr &pImage, const ElementsRangeColl &planElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageZStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	staticZStrip3dSplit (const image::ImageConstPtr &pImage, const ElementsRangeColl &planElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< StaticImageZStrip3dSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	staticZStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ElementsRangeColl &planElementInfoColl, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	staticZStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const ElementsRangeColl &planElementInfoColl, const KernelXYZ &kernelXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	staticZStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const ElementsRangeColl &planElementInfoColl, const StructuringElementXYZ &structuringElementXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	staticZStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const ElementsRangeColl &planElementInfoColl, const ipUInt32 startingKernelSizeX, const ipUInt32 endingKernelSizeX, const ipUInt32 startingKernelSizeY, const ipUInt32 endingKernelSizeY, const ipUInt32 startingKernelSizeZ, const ipUInt32 endingKernelSizeZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	staticZStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ElementsRangeColl &planElementInfoColl, const KernelXYZ &kernelXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	staticZStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ElementsRangeColl &planElementInfoColl, const StructuringElementXYZ &structuringElementXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< StaticImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	staticZStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ElementsRangeColl &planElementInfoColl, const ipUInt32 startingKernelSizeX, const ipUInt32 endingKernelSizeX, const ipUInt32 startingKernelSizeY, const ipUInt32 endingKernelSizeY, const ipUInt32 startingKernelSizeZ, const ipUInt32 endingKernelSizeZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dSplit< TProcessor, image::BaseImage, TAttribute > >	yStrip2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dSplit< TProcessor, image::BaseImage, TAttribute > >	yStrip2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection, const image::eStripParsingDirection &lineParsingDirection)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType, const image::eStripParsingDirection &stripParsingDirection, const image::eStripParsingDirection &lineParsingDirection)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType, const image::eStripParsingDirection &stripParsingDirection, const image::eStripParsingDirection &lineParsingDirection)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection, const image::eStripParsingDirection &lineParsingDirection)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYSubStrip2dSplit< TProcessor, image::BaseImage, TAttribute > >	ySubStrip2dSplit (const image::ImagePtr &pImage, ipUInt64 yOffset, ipUInt64 nbRows)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYSubStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	ySubStrip2dSplit (const image::ImageConstPtr &pImage, ipUInt64 yOffset, ipUInt64 nbRows, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYSubStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	ySubStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, ipUInt64 yOffset, ipUInt64 nbRows, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYSubStrip2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	ySubStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, ipUInt64 yOffset, ipUInt64 nbRows)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageXStrip2dSplit< TProcessor, image::BaseImage, TAttribute > >	xStrip2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageXStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	xStrip2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageXStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	xStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageXStrip2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	xStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const KernelXY &kernelXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const StructuringElementXY &structuringElementXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	yStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const KernelXY &kernelXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	yStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const StructuringElementXY &structuringElementXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageYStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	yStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	xStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const KernelXY &kernelXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	xStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const StructuringElementXY &structuringElementXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	xStrip2dWithKernelSplit (const image::ImageConstPtr &pImage, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	xStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const KernelXY &kernelXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	xStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const StructuringElementXY &structuringElementXY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageXStrip2dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	xStrip2dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct, const ipUInt64 nbMaxEltsPerSplit=NumericLimits< ipUInt64 >::max())


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip3dSplit< TProcessor, image::BaseImage, TAttribute > >	yStrip3dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStrip3dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStrip3dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, image::BaseImage, TAttribute > >	yStripColor2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStripColor2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStripColor2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStripColor2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, image::BaseImage, TAttribute > >	yStripColorOrGrey2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStripColorOrGrey2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStripColorOrGrey2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripColor2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStripColorOrGrey2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripSeq2dSplit< TProcessor, image::BaseImage, TAttribute > >	yStripSeq2dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageYStripSeq2dSplit< TProcessor, const image::BaseImage, TAttribute > >	yStripSeq2dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripSeq2dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	yStripSeq2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageYStripSeq2dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	yStripSeq2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStrip3dSplit< TProcessor, image::BaseImage, TAttribute > >	zStrip3dSplit (const image::ImagePtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	zStrip3dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageZStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	zStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageZStrip3dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	zStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZSubStrip3dSplit< TProcessor, image::BaseImage, TAttribute > >	zSubStrip3dSplit (const image::ImagePtr &pImage, ipUInt64 zOffset, ipUInt64 nbZPlans)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZSubStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	zSubStrip3dSplit (const image::ImageConstPtr &pImage, ipUInt64 zOffset, ipUInt64 nbZPlans, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::disable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageZSubStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > > >::type	zSubStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, ipUInt64 zOffset, ipUInt64 nbZPlans, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::enable_if< boost::mpl::bool_< TInputAttribute::g_bOutput >, boost::shared_ptr< ImageZSubStrip3dSplit< TProcessor, image::BaseImage, TAttribute > > >::type	zSubStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, ipUInt64 zOffset, ipUInt64 nbZPlans)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, image::BaseImage, TAttribute > >	zStripColor3dSplit (const image::ImagePtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, const image::BaseImage, TAttribute > >	zStripColor3dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutputAttribute >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	zStripColor3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, image::BaseImage, TAttribute > >	zStripColorOrGrey3dSplit (const image::ImagePtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, const image::BaseImage, TAttribute > >	zStripColorOrGrey3dSplit (const image::ImageConstPtr &pImage, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageZStripColor3dSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutputAttribute >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	zStripColorOrGrey3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	zStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const KernelXYZ &kernelXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	zStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const StructuringElementXYZ &structuringElementXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, const image::BaseImage, TAttribute > >	zStrip3dWithKernelSplit (const image::ImageConstPtr &pImage, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const ipUInt64 startingKernelSizeZ, const ipUInt64 endingKernelSizeZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	zStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const KernelXYZ &kernelXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	zStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const StructuringElementXYZ &structuringElementXYZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< ImageZStrip3dWithKernelSplit< TProcessor, typename boost::mpl::if_< boost::mpl::bool_< TInputAttribute::g_bOutput >, image::BaseImage, const image::BaseImage >::type, TAttribute > >	zStrip3dWithKernelSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const ipUInt64 startingKernelSizeX, const ipUInt64 endingKernelSizeX, const ipUInt64 startingKernelSizeY, const ipUInt64 endingKernelSizeY, const ipUInt64 startingKernelSizeZ, const ipUInt64 endingKernelSizeZ, const image::eStripAllocationType &stripAllocationType=image::eStripAllocationType::eSAT_NoAllocation, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< PreviousImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	previousYStrip2dSplit (const image::ImageConstPtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< PreviousImageYStrip2dSplit< TProcessor, const image::BaseImage, TAttribute > >	previousYStrip2dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< PreviousImageZStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	previousZStrip3dSplit (const image::ImageConstPtr &pImage, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< PreviousImageZStrip3dSplit< TProcessor, const image::BaseImage, TAttribute > >	previousZStrip3dSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::eStripParsingDirection &stripParsingDirection=image::eStripParsingDirection::eSPD_Direct)


template<typename OutputDataType >
boost::enable_if_c< OutputDataType::g_bInput, BoolResult >::type	readStripFromImage (const OutputDataType &strip)
	method allowing to read strip data from image for input strips types

template<typename OutputDataType >
boost::disable_if_c< OutputDataType::g_bInput, BoolResult >::type	readStripFromImage (const OutputDataType &strip)
	method allowing to read strip data from image for input strips types


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< CudaSubImageSplit< TProcessor, TAttribute > >	splitGpu (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch on GPUs

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< CudaSubImageSplit< TProcessor, TAttribute > >	splitGpu (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch on GPUs

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< CudaSubImageSplit< TProcessor, TAttribute > >	splitGpu (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch on GPUs


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2dOrSingle (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element. In this case a single plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2dOrSingle (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element. In this case a single plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split2dOrSingle (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 2d plans of image are considered as a single element. In this case a single plan image will be considered as an unsplitted data


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor2d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor2d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor2d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey2d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey2d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey2d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 2d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitSequence2d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 2d sequence plans of image are considered as a single element

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitSequence2d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 2d sequence plans of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitSequence2d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 2d sequence plans of image are considered as a single element


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3dOrSingle (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element. In this case a single 3d volume image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3dOrSingle (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element. In this case a single 3d volume image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	split3dOrSingle (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 3d volumes of image are considered as a single element. In this case a single 3d volume image will be considered as an unsplitted data


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor3d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 3d color images are considered as a single element

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor3d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d color images are considered as a single element

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColor3d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 3d color images are considered as a single element


template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey3d (const image::ImagePtr &pImage)
	create a splitted image operation used for data dispatch where all 3d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey3d (const image::ImageConstPtr &pImage)
	create a splitted image operation used for data dispatch where all 3d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data

template<typename TProcessor , typename TAttribute , typename TInputAttribute >
boost::shared_ptr< SubImageSplit< TProcessor, TAttribute > >	splitColorOrGrey3d (const boost::shared_ptr< TInputAttribute > &pInputAttribute)
	create a splitted image operation used for data dispatch where all 3d color plans of image are considered as a single element In this case a single grey plan image will be considered as an unsplitted data


template<typename TProcessor , typename TOutputAttribute >
boost::shared_ptr< InputImageTile2dCollSplit< TProcessor, TOutputAttribute > >	tile2dCollSplit (const typename InputImageTile2dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &pImage, const image::Border2dPolicy &border2dPolicy, const Tile2dCoordsColl &tile2dCoordsColl)

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >
boost::enable_if_c< TInputAttribute::g_imageProcessingAttributeType==eImageProcessingAttributeType::eIPAT_Image &&TInputAttribute::g_bOutput==false, boost::shared_ptr< InputImageTile2dCollSplit< TProcessor, TOutputAttribute > > >::type	tile2dCollSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::Border2dPolicy &border2dPolicy, const Tile2dCoordsColl &tile2dCoordsColl)

template<typename TProcessor , typename TOutputAttribute >
boost::shared_ptr< ImageTile2dCollSplit< TProcessor, TOutputAttribute > >	tile2dCollSplit (const typename ImageTile2dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &pImage, const Tile2dCoordsColl &tile2dCoordsColl)

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >
boost::enable_if_c< TInputAttribute::g_imageProcessingAttributeType==eImageProcessingAttributeType::eIPAT_Image &&TInputAttribute::g_bOutput==true, boost::shared_ptr< ImageTile2dCollSplit< TProcessor, TOutputAttribute > > >::type	tile2dCollSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const Tile2dCoordsColl &tile2dCoordsColl)


template<typename TProcessor , typename TOutputAttribute >
boost::shared_ptr< InputImageTile3dCollSplit< TProcessor, TOutputAttribute > >	tile3dCollSplit (const typename InputImageTile3dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &pImage, const image::Border3dPolicy &border3dPolicy, const Tile3dCoordsColl &tile3dCoordsColl)

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >
boost::enable_if_c< TInputAttribute::g_imageProcessingAttributeType==eImageProcessingAttributeType::eIPAT_Image &&TInputAttribute::g_bOutput==false, boost::shared_ptr< InputImageTile3dCollSplit< TProcessor, TOutputAttribute > > >::type	tile3dCollSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const image::Border3dPolicy &border3dPolicy, const Tile3dCoordsColl &tile3dCoordsColl)

template<typename TProcessor , typename TOutputAttribute >
boost::shared_ptr< ImageTile3dCollSplit< TProcessor, TOutputAttribute > >	tile3dCollSplit (const typename ImageTile3dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &pImage, const Tile3dCoordsColl &tile3dCoordsColl)

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >
boost::enable_if_c< TInputAttribute::g_imageProcessingAttributeType==eImageProcessingAttributeType::eIPAT_Image &&TInputAttribute::g_bOutput==true, boost::shared_ptr< ImageTile3dCollSplit< TProcessor, TOutputAttribute > > >::type	tile3dCollSplit (const boost::shared_ptr< TInputAttribute > &pInputAttribute, const Tile3dCoordsColl &tile3dCoordsColl)


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerDistributionPolicy &distributionPolicy=eImageInitializerDistributionPolicy::eIIDP_AllowDistribution)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerDistributionPolicy &distributionPolicy=eImageInitializerDistributionPolicy::eIIDP_AllowDistribution)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy, const image::eImageBufferType &imageBufferType)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type and a storage type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy, const image::eImageBufferType &imageBufferType)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type and a storage type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const IBTAttributeConstWeakPtr &pIBTAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type and a storage type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const IBTAttributeConstPtr &pIBTAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to a given image buffer type and a storage type


template<typename OutputAttributeType >
processor::OutputInitializerPtr	customOutput (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const CustomImageInfoPtr &pCustomImageInfo)
	function allowing to initialize an output image using a derived object to define output image properties

template<typename OutputAttributeType >
processor::OutputInitializerPtr	customOutput (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const CustomImageInfoPtr &pCustomImageInfo)
	function allowing to initialize an output image using a derived object to define output image properties

template<typename OutputAttributeType >
processor::OutputInitializerPtr	customOutput (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const CustomImageInfoPtr &pCustomImageInfo, const eImageInitializerStoragePolicy &storagePolicy)
	function allowing to initialize an output image using a derived object to define output image properties

template<typename OutputAttributeType >
processor::OutputInitializerPtr	customOutput (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const CustomImageInfoPtr &pCustomImageInfo, const eImageInitializerStoragePolicy &storagePolicy)
	function allowing to initialize an output image using a derived object to define output image properties


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateGreyInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its color component

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateGreyInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its color component

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateGreyInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its color component

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateGreyInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its color component


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateSingleInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its temporal component

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateSingleInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its temporal component

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicate2dInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its z componentz

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicate2dInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but its temporal component


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateRgbInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but forcing an Rgb output image and a Real ouput image buffer type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateRgbInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry but forcing an Rgb output image and a Real ouput image buffer type


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateRgbInOut (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry and to a given image buffer type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	duplicateRgbInOut (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const image::eImageBufferType &imageBufferType, const eImageInitializerStoragePolicy &storagePolicy=eImageInitializerStoragePolicy::eIISP_Inherit)
	function allowing to duplicate an input image to an output image with respect to input image geometry and to a given image buffer type


template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteUnary (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType > &pInputAttribute, const ePromoteUnaryType &promoteUnaryType)
	functions allowing to deduce output image buffer type promotion from an input image buffer type

template<typename InputAttributeType , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteUnary (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType > &pInputAttribute, const ePromoteUnaryType &promoteUnaryType)
	functions allowing to deduce output image buffer type promotion from an input image buffer type


template<typename InputAttributeType1 , typename InputAttributeType2 , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteBinary (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType1 > &pInputAttribute1, const boost::weak_ptr< InputAttributeType2 > &pInputAttribute2, const ePromoteBinaryType &promoteBinaryType, const bool bAllowReInterpretation=false)
	functions allowing to deduce output image buffer type promotion from two input image buffer types retrieving unsigned image buffer type from input image buffer type

template<typename InputAttributeType1 , typename InputAttributeType2 , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteBinary (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType1 > &pInputAttribute1, const boost::shared_ptr< InputAttributeType2 > &pInputAttribute2, const ePromoteBinaryType &promoteBinaryType, const bool bAllowReInterpretation=false)
	functions allowing to deduce output image buffer type promotion from two input image buffer types retrieving unsigned image buffer type from input image buffer type


template<typename InputAttributeType1 , typename InputAttributeType2 , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteReInterpretable (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const boost::weak_ptr< InputAttributeType1 > &pInputAttribute1, const boost::weak_ptr< InputAttributeType2 > &pInputAttribute2, const ePromoteBinaryType &promoteBinaryType)
	functions allowing to deduce output image buffer type promotion from two input image buffer types retrieving unsigned image buffer type from input image buffer type. On output image can be reinterpreted

template<typename InputAttributeType1 , typename InputAttributeType2 , typename OutputAttributeType >
processor::OutputInitializerPtr	promoteReInterpretable (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const boost::shared_ptr< InputAttributeType1 > &pInputAttribute1, const boost::shared_ptr< InputAttributeType2 > &pInputAttribute2, const ePromoteBinaryType &promoteBinaryType)
	functions allowing to deduce output image buffer type promotion from two input image buffer types retrieving unsigned image buffer type from input image buffer type. On output image can be reinterpreted


template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstWeakPtr &pInputImageAttribute, const eFromImagePlanIndexedPolicy &fromImagePlanIndexedPolicy)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute, const eFromImagePlanIndexedPolicy &fromImagePlanIndexedPolicy)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImageButColor (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImageButVolume (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstWeakPtr &pInputImageAttribute, const eFromImagePlanIndexedPolicy &fromImagePlanIndexedPolicy, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute, const eFromImagePlanIndexedPolicy &fromImagePlanIndexedPolicy, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImage (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImageButColor (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given image geometry

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromImageButVolume (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ImageAttributeConstPtr &pInputAttribute, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given image geometry


template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromOther (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const PlanIndexedAttributeConstWeakPtr &pInputAttribute)
	function allowing to initialize a plan indexed collection with respect to a given other plan indexed shape

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromOther (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const PlanIndexedAttributeConstWeakPtr &pInputAttribute)
	function allowing to initialize a plan indexed collection with respect to a given other plan indexed shape

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromOther (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const PlanIndexedAttributeConstWeakPtr &pInputAttribute, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given other plan indexed shape

template<typename OutputAttributeType >
processor::OutputInitializerPtr	fromOther (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const PlanIndexedAttributeConstWeakPtr &pInputAttribute, boost::function< typename OutputAttributeType::PlanStorageType()> planCreator)
	function allowing to initialize a plan indexed collection with respect to a given other plan indexed shape


template<typename OutputAttributeType >
processor::OutputInitializerPtr	createFromInfo (const boost::weak_ptr< OutputAttributeType > &pOutputAttribute, const ShapeMeasureInfoSetAttributeConstWeakPtr &pInputShapeMeasureInfoSetAttribute)
	function allowing to initialize a shape measure set attribute with respect to a given input measure information set attribute

template<typename OutputAttributeType >
processor::OutputInitializerPtr	createFromInfo (const boost::shared_ptr< OutputAttributeType > &pOutputAttribute, const ShapeMeasureInfoSetAttributeConstPtr &pInputShapeMeasureInfoSetAttribute)
	function allowing to initialize a shape measure set attribute with respect to a given input measure information set attribute


IPSDKIMAGEPROCESSING_API processor::RulePtr	isArithmeticMeasure (const MeasureFormulaAttributeConstWeakPtr &pAttribute)
	function allowing to check that a formula is a measure formula associated to a given returned type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isLogicMeasure (const MeasureFormulaAttributeConstWeakPtr &pAttribute)
	function allowing to check that a formula is a measure formula associated to a given returned type


template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchImageRange (const ImageAttributeConstPtr &pImageAttribute, const boost::shared_ptr< LeafAttributeType > &pLeafAttribute)
	functions allowing to check that a DataItem leaf value is inside an image buffer type value range

template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchImageRange (const ImageAttributeConstWeakPtr &pImageAttribute, const boost::weak_ptr< LeafAttributeType > &pLeafAttribute)
	functions allowing to check that a DataItem leaf value is inside an image buffer type value range


template<typename ValueAttributeType >
processor::RulePtr	matchImageRange (const ImageAttributeConstPtr &pImageAttribute, const boost::shared_ptr< ValueAttributeType > &pValueAttribute)
	functions allowing to check that an attribute value is inside an image buffer type value range

template<typename ValueAttributeType >
processor::RulePtr	matchImageRange (const ImageAttributeConstWeakPtr &pImageAttribute, const boost::weak_ptr< ValueAttributeType > &pValueAttribute)
	functions allowing to check that an attribute value is inside an image buffer type value range


IPSDKIMAGEPROCESSING_API processor::RulePtr	is2d (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image volume type

IPSDKIMAGEPROCESSING_API processor::RulePtr	is3d (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image volume type


IPSDKIMAGEPROCESSING_API processor::RulePtr	isGrey (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image color type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isColor (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image color type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isRgb (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image color type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isUserColor (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image color type


IPSDKIMAGEPROCESSING_API processor::RulePtr	isSingle (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image temporal type

IPSDKIMAGEPROCESSING_API processor::RulePtr	isSequence (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check image temporal type


IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8, const image::eImageBufferType &imageBufferType9)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	homogeneousBufferType (const ImageAttributeConstWeakPtr &pAttribute)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	heterogeneousBufferType (const ImageAttributeConstWeakPtr &pAttribute)
	function allowing to check allowed image buffer types


IPSDKIMAGEPROCESSING_API processor::RulePtr	imageType (const ImageAttributeConstWeakPtr &pAttribute, const image::eImageType &imageType0)
	function allowing to check allowed image types


IPSDKIMAGEPROCESSING_API processor::RulePtr	isGpu (const ImageAttributeConstWeakPtr &pAttribute)
	functions allowing to check if the image is stored on GPU


IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8)
	function allowing to check allowed image buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const IBTAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8, const image::eImageBufferType &imageBufferType9)
	function allowing to check allowed image buffer types


template<typename AttributeType >
boost::enable_if< typename boost::mpl::equal_to< boost::mpl::int_< AttributeType::g_imageProcessingAttributeType >, boost::mpl::int_< eImageProcessingAttributeType::eIPAT_IPEnum > >::type, ipsdk::processor::RulePtr >::type	operator== (const boost::shared_ptr< AttributeType > &pAttribute, const typename AttributeType::ValueType &value)

template<typename AttributeType >
boost::enable_if< typename boost::mpl::equal_to< boost::mpl::int_< AttributeType::g_imageProcessingAttributeType >, boost::mpl::int_< eImageProcessingAttributeType::eIPAT_IPEnum > >::type, ipsdk::processor::RulePtr >::type	isEqual (const boost::weak_ptr< AttributeType > &pAttribute, const typename AttributeType::ValueType &value)


template<typename AttributeType >
boost::enable_if< typename boost::mpl::equal_to< boost::mpl::int_< AttributeType::g_imageProcessingAttributeType >, boost::mpl::int_< eImageProcessingAttributeType::eIPAT_IPEnum > >::type, ipsdk::processor::RulePtr >::type	operator!= (const boost::shared_ptr< AttributeType > &pAttribute, const typename AttributeType::ValueType &value)

template<typename AttributeType >
boost::enable_if< typename boost::mpl::equal_to< boost::mpl::int_< AttributeType::g_imageProcessingAttributeType >, boost::mpl::int_< eImageProcessingAttributeType::eIPAT_IPEnum > >::type, ipsdk::processor::RulePtr >::type	isNotEqual (const boost::weak_ptr< AttributeType > &pAttribute, const typename AttributeType::ValueType &value)


IPSDKIMAGEPROCESSING_API processor::RulePtr	matchImagePlans (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute, const ImageAttributeConstWeakPtr &pImageAttribute, const eImagePlansMatchPolicy &imagePlansMatchPolicy)
	function allowing to match components of a plan indexed attribute with plan geometry of an image

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchImagePlans (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute, const ImageAttributeConstWeakPtr &pImageAttribute)
	function allowing to match components of a plan indexed attribute with plan geometry of an image

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchImagePlansButColor (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute, const ImageAttributeConstWeakPtr &pImageAttribute)
	function allowing to match components of a plan indexed attribute with plan geometry of an image

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchImagePlansButVolume (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute, const ImageAttributeConstWeakPtr &pImageAttribute)
	function allowing to match components of a plan indexed attribute with plan geometry of an image


IPSDKIMAGEPROCESSING_API processor::RulePtr	matchOther (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute, const PlanIndexedAttributeConstWeakPtr &pOtherAttribute)
	function allowing to match components of a plan indexed attribute with components of an other plan indexed attribute


IPSDKIMAGEPROCESSING_API processor::RulePtr	is2d (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute)
	functions allowing to check a given property of plan indexed attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	isGrey (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute)
	functions allowing to check a given property of plan indexed attribute

IPSDKIMAGEPROCESSING_API processor::RulePtr	isSingle (const PlanIndexedAttributeConstWeakPtr &pPlanIndexedAttribute)
	functions allowing to check a given property of plan indexed attribute


IPSDKIMAGEPROCESSING_API processor::RulePtr	is2d (const ShapeMeasureInfoSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure information set volume policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	is3d (const ShapeMeasureInfoSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure information set volume policy


IPSDKIMAGEPROCESSING_API processor::RulePtr	is2d (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set volume policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	is3d (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set volume policy


IPSDKIMAGEPROCESSING_API processor::RulePtr	isIndivisible (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	isGeneric (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	isGeometry2d (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	isGeometry3d (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing policy

IPSDKIMAGEPROCESSING_API processor::RulePtr	isIntensity (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing policy


IPSDKIMAGEPROCESSING_API processor::RulePtr	isStarted (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing status

IPSDKIMAGEPROCESSING_API processor::RulePtr	isEnded (const ShapeMeasureSetAttributeConstWeakPtr &pAttribute)
	function allowing to check shape measure set processing status


template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchStripRange (const StripAttributeConstPtr &pStripAttribute, const boost::shared_ptr< LeafAttributeType > &pLeafAttribute)
	functions allowing to check that a DataItem leaf value is inside an image buffer type value range

template<typename LeafType , typename LeafAttributeType >
processor::RulePtr	matchStripRange (const StripAttributeConstWeakPtr &pStripAttribute, const boost::weak_ptr< LeafAttributeType > &pLeafAttribute)
	functions allowing to check that a DataItem leaf value is inside an image buffer type value range


template<typename ValueAttributeType >
processor::RulePtr	matchStripRange (const StripAttributeConstPtr &pStripAttribute, const boost::shared_ptr< ValueAttributeType > &pValueAttribute)
	functions allowing to check that an attribute value is inside an strip buffer type value range

template<typename ValueAttributeType >
processor::RulePtr	matchStripRange (const StripAttributeConstWeakPtr &pStripAttribute, const boost::weak_ptr< ValueAttributeType > &pValueAttribute)
	functions allowing to check that an attribute value is inside an strip buffer type value range


IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8)
	function allowing to check allowed image strip buffer types

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const StripAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1, const image::eImageBufferType &imageBufferType2, const image::eImageBufferType &imageBufferType3, const image::eImageBufferType &imageBufferType4, const image::eImageBufferType &imageBufferType5, const image::eImageBufferType &imageBufferType6, const image::eImageBufferType &imageBufferType7, const image::eImageBufferType &imageBufferType8, const image::eImageBufferType &imageBufferType9)
	function allowing to check allowed image strip buffer types


IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCollSize (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2)
	function allowing to check that size of tile collections match

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCollSize (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3)
	function allowing to check that size of tile collections match

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCollSize (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4)
	function allowing to check that size of tile collections match

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCollSize (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5)
	function allowing to check that size of tile collections match

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCollSize (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5, const TileCollAttributeConstWeakPtr &pAttribute6)
	function allowing to check that size of tile collections match


IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCoords (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2)
	function allowing to check that tile coordinates match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCoords (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3)
	function allowing to check that tile coordinates match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCoords (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4)
	function allowing to check that tile coordinates match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCoords (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5)
	function allowing to check that tile coordinates match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchTileCoords (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5, const TileCollAttributeConstWeakPtr &pAttribute6)
	function allowing to check that tile coordinates match among tile collections


IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2)
	function allowing to check that tile buffer types match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3)
	function allowing to check that tile buffer types match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4)
	function allowing to check that tile buffer types match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5)
	function allowing to check that tile buffer types match among tile collections

IPSDKIMAGEPROCESSING_API processor::RulePtr	matchBufferType (const TileCollAttributeConstWeakPtr &pAttribute1, const TileCollAttributeConstWeakPtr &pAttribute2, const TileCollAttributeConstWeakPtr &pAttribute3, const TileCollAttributeConstWeakPtr &pAttribute4, const TileCollAttributeConstWeakPtr &pAttribute5, const TileCollAttributeConstWeakPtr &pAttribute6)
	function allowing to check that tile buffer types match among tile collections


IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const TileCollAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0)
	function allowing to check that a tile collection share a same given buffer type

IPSDKIMAGEPROCESSING_API processor::RulePtr	bufferType (const TileCollAttributeConstWeakPtr &pAttribute, const image::eImageBufferType &imageBufferType0, const image::eImageBufferType &imageBufferType1)
	function allowing to check that a tile collection share a same given buffer type

Detailed Description

Namespace agregating IPSDK base routines and classes for image algorithm processing.

Typedef Documentation

◆ Border2dPolicyAttributePtr

typedef boost::shared_ptr<BaseBorder2dPolicyAttribute> ipsdk::imaproc::Border2dPolicyAttributePtr

shared pointer to border 2d policy attribute

◆ Border2dPolicyAttributeConstPtr

typedef boost::shared_ptr<const BaseBorder2dPolicyAttribute> ipsdk::imaproc::Border2dPolicyAttributeConstPtr

shared pointer to border 2d policy attribute

◆ Border2dPolicyAttributeWeakPtr

typedef boost::weak_ptr<BaseBorder2dPolicyAttribute> ipsdk::imaproc::Border2dPolicyAttributeWeakPtr

weak pointer to border 2d policy attribute

◆ Border2dPolicyAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseBorder2dPolicyAttribute> ipsdk::imaproc::Border2dPolicyAttributeConstWeakPtr

weak pointer to border 2d policy attribute

◆ Border3dPolicyAttributePtr

typedef boost::shared_ptr<BaseBorder3dPolicyAttribute> ipsdk::imaproc::Border3dPolicyAttributePtr

shared pointer to border 3d policy attribute

◆ Border3dPolicyAttributeConstPtr

typedef boost::shared_ptr<const BaseBorder3dPolicyAttribute> ipsdk::imaproc::Border3dPolicyAttributeConstPtr

shared pointer to border 3d policy attribute

◆ Border3dPolicyAttributeWeakPtr

typedef boost::weak_ptr<BaseBorder3dPolicyAttribute> ipsdk::imaproc::Border3dPolicyAttributeWeakPtr

weak pointer to border 3d policy attribute

◆ Border3dPolicyAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseBorder3dPolicyAttribute> ipsdk::imaproc::Border3dPolicyAttributeConstWeakPtr

weak pointer to border 3d policy attribute

◆ ImageFormulaAttributePtr

typedef boost::shared_ptr<BaseImageFormulaAttribute> ipsdk::imaproc::ImageFormulaAttributePtr

shared pointer to BaseImageFormulaAttribute attribute

◆ ImageFormulaAttributeConstPtr

typedef boost::shared_ptr<const BaseImageFormulaAttribute> ipsdk::imaproc::ImageFormulaAttributeConstPtr

shared pointer to BaseImageFormulaAttribute attribute

◆ ImageFormulaAttributeWeakPtr

typedef boost::weak_ptr<BaseImageFormulaAttribute> ipsdk::imaproc::ImageFormulaAttributeWeakPtr

weak pointer to BaseImageFormulaAttribute attribute

◆ ImageFormulaAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseImageFormulaAttribute> ipsdk::imaproc::ImageFormulaAttributeConstWeakPtr

weak pointer to BaseImageFormulaAttribute attribute

◆ MeasureFormulaAttributePtr

typedef boost::shared_ptr<BaseMeasureFormulaAttribute> ipsdk::imaproc::MeasureFormulaAttributePtr

shared pointer to BaseMeasureFormulaAttribute attribute

◆ MeasureFormulaAttributeConstPtr

typedef boost::shared_ptr<const BaseMeasureFormulaAttribute> ipsdk::imaproc::MeasureFormulaAttributeConstPtr

shared pointer to BaseMeasureFormulaAttribute attribute

◆ MeasureFormulaAttributeWeakPtr

typedef boost::weak_ptr<BaseMeasureFormulaAttribute> ipsdk::imaproc::MeasureFormulaAttributeWeakPtr

weak pointer to BaseMeasureFormulaAttribute attribute

◆ MeasureFormulaAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseMeasureFormulaAttribute> ipsdk::imaproc::MeasureFormulaAttributeConstWeakPtr

weak pointer to BaseMeasureFormulaAttribute attribute

◆ ImageAttributePtr

typedef boost::shared_ptr<BaseImageAttribute> ipsdk::imaproc::ImageAttributePtr

shared pointer to image attribute

◆ ImageAttributeConstPtr

typedef boost::shared_ptr<const BaseImageAttribute> ipsdk::imaproc::ImageAttributeConstPtr

shared pointer to image attribute

◆ ImageAttributeWeakPtr

typedef boost::weak_ptr<BaseImageAttribute> ipsdk::imaproc::ImageAttributeWeakPtr

weak pointer to image attribute

◆ ImageAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseImageAttribute> ipsdk::imaproc::ImageAttributeConstWeakPtr

weak pointer to image attribute

◆ IBTAttributePtr

typedef boost::shared_ptr<BaseImageBufferTypeAttribute> ipsdk::imaproc::IBTAttributePtr

shared pointer to image buffer type attribute

◆ IBTAttributeConstPtr

typedef boost::shared_ptr<const BaseImageBufferTypeAttribute> ipsdk::imaproc::IBTAttributeConstPtr

shared pointer to image buffer type attribute

◆ IBTAttributeWeakPtr

typedef boost::weak_ptr<BaseImageBufferTypeAttribute> ipsdk::imaproc::IBTAttributeWeakPtr

weak pointer to image buffer type attribute

◆ IBTAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseImageBufferTypeAttribute> ipsdk::imaproc::IBTAttributeConstWeakPtr

weak pointer to image buffer type attribute

◆ IPEnumAttributePtr

typedef boost::shared_ptr<BaseIPEnumAttribute> ipsdk::imaproc::IPEnumAttributePtr

shared pointer to BaseIPEnumAttribute attribute

◆ IPEnumAttributeConstPtr

typedef boost::shared_ptr<const BaseIPEnumAttribute> ipsdk::imaproc::IPEnumAttributeConstPtr

shared pointer to BaseIPEnumAttribute attribute

◆ IPEnumAttributeWeakPtr

typedef boost::weak_ptr<BaseIPEnumAttribute> ipsdk::imaproc::IPEnumAttributeWeakPtr

weak pointer to BaseIPEnumAttribute attribute

◆ IPEnumAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseIPEnumAttribute> ipsdk::imaproc::IPEnumAttributeConstWeakPtr

weak pointer to BaseIPEnumAttribute attribute

◆ KernelXYAttributePtr

typedef boost::shared_ptr<BaseKernelXYAttribute> ipsdk::imaproc::KernelXYAttributePtr

shared pointer to kernel xy attribute

◆ KernelXYAttributeConstPtr

typedef boost::shared_ptr<const BaseKernelXYAttribute> ipsdk::imaproc::KernelXYAttributeConstPtr

shared pointer to kernel xy attribute

◆ KernelXYAttributeWeakPtr

typedef boost::weak_ptr<BaseKernelXYAttribute> ipsdk::imaproc::KernelXYAttributeWeakPtr

weak pointer to kernel xy attribute

◆ KernelXYAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseKernelXYAttribute> ipsdk::imaproc::KernelXYAttributeConstWeakPtr

weak pointer to kernel xy attribute

◆ KernelXYZAttributePtr

typedef boost::shared_ptr<BaseKernelXYZAttribute> ipsdk::imaproc::KernelXYZAttributePtr

shared pointer to kernel xyz attribute

◆ KernelXYZAttributeConstPtr

typedef boost::shared_ptr<const BaseKernelXYZAttribute> ipsdk::imaproc::KernelXYZAttributeConstPtr

shared pointer to kernel xyz attribute

◆ KernelXYZAttributeWeakPtr

typedef boost::weak_ptr<BaseKernelXYZAttribute> ipsdk::imaproc::KernelXYZAttributeWeakPtr

weak pointer to kernel xyz attribute

◆ KernelXYZAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseKernelXYZAttribute> ipsdk::imaproc::KernelXYZAttributeConstWeakPtr

weak pointer to kernel xyz attribute

◆ ShapeMeasureInfoSetAttributePtr

typedef boost::shared_ptr<BaseShapeMeasureInfoSetAttribute> ipsdk::imaproc::ShapeMeasureInfoSetAttributePtr

shared pointer to BaseShapeMeasureInfoSetAttribute attribute

◆ ShapeMeasureInfoSetAttributeConstPtr

typedef boost::shared_ptr<const BaseShapeMeasureInfoSetAttribute> ipsdk::imaproc::ShapeMeasureInfoSetAttributeConstPtr

shared pointer to BaseShapeMeasureInfoSetAttribute attribute

◆ ShapeMeasureInfoSetAttributeWeakPtr

typedef boost::weak_ptr<BaseShapeMeasureInfoSetAttribute> ipsdk::imaproc::ShapeMeasureInfoSetAttributeWeakPtr

weak pointer to BaseShapeMeasureInfoSetAttribute attribute

◆ ShapeMeasureInfoSetAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseShapeMeasureInfoSetAttribute> ipsdk::imaproc::ShapeMeasureInfoSetAttributeConstWeakPtr

weak pointer to BaseShapeMeasureInfoSetAttribute attribute

◆ ShapeMeasureSetAttributePtr

typedef boost::shared_ptr<BaseShapeMeasureSetAttribute> ipsdk::imaproc::ShapeMeasureSetAttributePtr

shared pointer to BaseShapeMeasureSetAttribute attribute

◆ ShapeMeasureSetAttributeConstPtr

typedef boost::shared_ptr<const BaseShapeMeasureSetAttribute> ipsdk::imaproc::ShapeMeasureSetAttributeConstPtr

shared pointer to BaseShapeMeasureSetAttribute attribute

◆ ShapeMeasureSetAttributeWeakPtr

typedef boost::weak_ptr<BaseShapeMeasureSetAttribute> ipsdk::imaproc::ShapeMeasureSetAttributeWeakPtr

weak pointer to BaseShapeMeasureSetAttribute attribute

◆ ShapeMeasureSetAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseShapeMeasureSetAttribute> ipsdk::imaproc::ShapeMeasureSetAttributeConstWeakPtr

weak pointer to BaseShapeMeasureSetAttribute attribute

◆ StructuringElementXYAttributePtr

typedef boost::shared_ptr<BaseStructuringElementXYAttribute> ipsdk::imaproc::StructuringElementXYAttributePtr

shared pointer to structuring element xy attribute

◆ StructuringElementXYAttributeConstPtr

typedef boost::shared_ptr<const BaseStructuringElementXYAttribute> ipsdk::imaproc::StructuringElementXYAttributeConstPtr

shared pointer to structuring element xy attribute

◆ StructuringElementXYAttributeWeakPtr

typedef boost::weak_ptr<BaseStructuringElementXYAttribute> ipsdk::imaproc::StructuringElementXYAttributeWeakPtr

weak pointer to structuring element xy attribute

◆ StructuringElementXYAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseStructuringElementXYAttribute> ipsdk::imaproc::StructuringElementXYAttributeConstWeakPtr

weak pointer to structuring element xy attribute

◆ StructuringElementXYZAttributePtr

typedef boost::shared_ptr<BaseStructuringElementXYZAttribute> ipsdk::imaproc::StructuringElementXYZAttributePtr

shared pointer to structuring element xyz attribute

◆ StructuringElementXYZAttributeConstPtr

typedef boost::shared_ptr<const BaseStructuringElementXYZAttribute> ipsdk::imaproc::StructuringElementXYZAttributeConstPtr

shared pointer to structuring element xyz attribute

◆ StructuringElementXYZAttributeWeakPtr

typedef boost::weak_ptr<BaseStructuringElementXYZAttribute> ipsdk::imaproc::StructuringElementXYZAttributeWeakPtr

weak pointer to structuring element xyz attribute

◆ StructuringElementXYZAttributeConstWeakPtr

typedef boost::weak_ptr<const BaseStructuringElementXYZAttribute> ipsdk::imaproc::StructuringElementXYZAttributeConstWeakPtr

weak pointer to structuring element xyz attribute

Enumeration Type Documentation

◆ eImageAlgorithmFunctionMessage

enum ipsdk::imaproc::eImageAlgorithmFunctionMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator

eInvalidImageBufferType

Image buffer type should not be of type 'none'.

Invalid image buffer type for promotion operation, should not be equal to eImageBufferType::eIBT_None.

Invalid image buffer type value, should not be equal to ipsdk::image::eIBT_None.

◆ eImageParserType

enum ipsdk::imaproc::eImageParserType

Enumerate describing image parser type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIPT_ImageStrip	Data parser acting on image strips.
eIPT_ImageTile	Data parser acting on image tiles.

◆ eStripParserMessage

enum ipsdk::imaproc::eStripParserMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullInputDataSharedPtr	Input shared pointer should not be null for data preparator initialization.
eInputDataNotInit	Input data should be initialized before data preparator initialization.
eInvalidColorPlanIndex	Invalid color plan index d (given image size d), can't get associated buffer.
eInvalidColorGeometryType	Invalid color geometry type, expecting s while s provided.
eInvalidTemporalPlanIndex	Invalid temporal plan index d (given image size d), can't get associated buffer.
eInvalid3dPlanIndex	Invalid 3d plan index d (given image size d), can't get associated buffer.
eNullInputBorderPreparatorPtr	Input border preparator shared pointer should not be null for data preparator initialization.
eNullMainBorderRow	Main border row with index d should not be null.
eNullMainBorderPlanRow	Main border row with index d on plan d should not be null.
eInvalidValuedBorderTypeEnumValue	Invalid value s for eValuedBorderType enumerate.
eInvalidImageBufferType	Image buffer type should not be of type 'none'. Invalid image buffer type for promotion operation, should not be equal to eImageBufferType::eIBT_None. Invalid image buffer type value, should not be equal to ipsdk::image::eIBT_None.
eInvalidBorderTypeEnumValue	Invalid border type enumerate value s.
eInvalidRowIdx	Invalid requested row index d, for kernel y size d.
eInvalidZPlanIdx	Invalid requested z plan index d, for kernel z size d.
eYStrip2dDataNotInit	YStrip2d data has not been initialized, can't access its data.
eYStrip2dDataPlanNotSet	YStrip2d has not been set for Plan data, can't access plan data.
eUnInitBorderPolicy	Border policy should be initialized for use by data preparator.
eInvalidBorderFillValue	Invalid border fill value lf, mismatch with image range [lf, lf].

◆ eStripParserType

enum ipsdk::imaproc::eStripParserType

Enumerate describing strip parser type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSPT_LineXStrip2d	X strip 2d parser allowing line by line strip parsing.
eSPT_LineXStrip2dWithKernel	X strip 2d with kernel parser allowing line by line strip parsing.
eSPT_LineYStrip2d	Y strip 2d parser allowing line by line strip parsing.
eSPT_LineYStrip2dWithKernel	Y strip 2d with kernel parser allowing line by line strip parsing.
eSPT_LineYStripColor2d	Y strip color 2d parser allowing line by line strip parsing.
eSPT_LineYStripSeq2d	Y strip sequence 2d parser allowing line by line strip parsing.
eSPT_LineZStrip3d	Z strip 3d parser allowing line by line strip parsing.
eSPT_LineZStripColor3d	Z strip color 3d parser allowing line by line strip parsing.
eSPT_LineZStrip3dWithKernel	Z strip 3d with kernel parser allowing line by line strip parsing.
eSPT_RawYStrip2d	Y strip 2d parser allowing raw data parsing.
eSPT_RawYStripColor2d	Y strip color 2d parser allowing raw data parsing.
eSPT_RawYStripSeq2d	Y strip sequence 2d parser allowing raw data parsing.
eSPT_RawYStrip3d	Y strip 3d parser allowing raw data parsing.
eSPT_RawZStrip3d	Z strip 3d parser allowing raw data parsing.

◆ eBorderPolicyAttributeMessage

enum ipsdk::imaproc::eBorderPolicyAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eBorderPolicyNotInit	Input border policy is not initialized.

◆ eFormulaAttributeMessage

enum ipsdk::imaproc::eFormulaAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eFormulaNotValidated	Image formula s has not been validated for attribute s, can't access to its informations.
eNullInputFormulaManagerPtr	Input formula manager shared pointer should not be null for attribute s.

◆ eFormulaAttributeType

enum ipsdk::imaproc::eFormulaAttributeType

Enumerate describing formula attribute type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eFAT_Measure	Formula attribute is associated to a measure operation.
eFAT_Image	Formula attribute is associated to an image generation.

◆ eGeometryEntity2dCollAttributeType

enum ipsdk::imaproc::eGeometryEntity2dCollAttributeType

Enumerate describing geometry entity 2d collection attribute type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eGE2DAT_Generic	Attribute associated to a collection of generic 2d geometry entities.
eGE2DAT_Shape	Attribute associated to a collection of shape 2d geometry entities.

◆ eGeometryEntity3dCollAttributeType

enum ipsdk::imaproc::eGeometryEntity3dCollAttributeType

Enumerate describing geometry entity 3d collection attribute type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eGE3DAT_Generic	Attribute associated to a collection of generic 3d geometry entities.
eGE3DAT_Shape	Attribute associated to a collection of shape 3d geometry entities.

◆ eGeometryEntityCollAttributeMessage

enum ipsdk::imaproc::eGeometryEntityCollAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullGeometryEntityCollPtr	Input geometry entity collection pointer should not be null for geometry entity collection attribute s.

◆ eGeometryEntityCollAttributeType

enum ipsdk::imaproc::eGeometryEntityCollAttributeType

Enumerate describing geometry entity collection attribute type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eGECAT_2d	Attribute associated to a collection of 2d geometry entities.
eGECAT_3d	Attribute associated to a collection of 3d geometry entities.

◆ eImageAttributeMessage

enum ipsdk::imaproc::eImageAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eImageAttributeNullImage	Input image pointer should not be null for image attribute s.
eImageAttributeImageNotInit	Input image should be initialized for image attribute s.

◆ eImageProcessingAttributeType

enum ipsdk::imaproc::eImageProcessingAttributeType

Enumerate describing image attributes type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIPAT_IPEnum	Attribute associated to an enumerate value.
eIPAT_BorderPolicy	Attribute associated to a border policy.
eIPAT_Kernel	Attribute associated to a kernel.
eIPAT_StructuringElement	Attribute associated to a binary structuring element.
eIPAT_Image	Attribute associated to an image.
eIPAT_Strip	Attribute associated to an image strip.
eIPAT_Tile	Attribute associated to an image tile.
eIPAT_TileColl	Attribute associated to a collection of image tiles.
eIPAT_GeometryEntities	Attribute associated to a collection of geometry entities.
eIPAT_ShapeMeasureInfoSet	Attribute associated to a set of shape measure informations.
eIPAT_ShapeMeasureSet	Attribute associated to a set of shape measures.
eIPAT_PlanIndexed	Attribute associated to plan indexed elements.
eIPAT_Formula	Attribute associated to formula.

◆ eIPEnumAttributeMessage

enum ipsdk::imaproc::eIPEnumAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidEnumValue	Read enumerate value d is out of enumerate range.

◆ eKernelAttributeMessage

enum ipsdk::imaproc::eKernelAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullInputKernel	Input kernel shared pointer should not be null for attribute s.

◆ ePlanIndexedAttributeMessage

enum ipsdk::imaproc::ePlanIndexedAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullPlanIndexedCollPtr	Null plan indexed collection shared pointer, can't initialize attribute s.

◆ eShapeMeasureInfoSetMessage

enum ipsdk::imaproc::eShapeMeasureInfoSetMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullMeasureInfoSetPtr	Input measure information set pointer should not be null for shape measure information attribute s.

◆ eShapeMeasureSetMessage

enum ipsdk::imaproc::eShapeMeasureSetMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullMeasureSetPtr	Input measure set pointer should not be null for shape measure attribute s.

◆ eStripAttributeMessage

enum ipsdk::imaproc::eStripAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eStripAttributeNullStrip	Input image strip pointer should not be null for strip attribute s.
eStripAttributeStripNotInit	Input image strip should be initialized for strip attribute s.
eInputPlanXYStripNullPtr	Input plan xy strip should not be null for storage initialization.
eInputPlanXYStripNotInit	Input plan xy strip should be initialized before used for storage initialization.

◆ eStripAttributeType

enum ipsdk::imaproc::eStripAttributeType

Enumerate describing strip attributes type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSAT_X2d	Attribute associated to an XY plan strip ordered first in x then in y.
eSAT_X2dWithKernel	Attribute associated to an XY plan strip ordered first in x then in y and a kernel.
eSAT_Y2d	Attribute associated to an YX plan strip ordered first in y then in x.
eSAT_Y2dWithKernel	Attribute associated to an YX plan strip ordered first in y then in x and a kernel.
eSAT_Y3d	Attribute associated to an XYZ plan strip ordered first in x then in z and then in y.
eSAT_YColor2d	Attribute associated to color XY plans strip ordered first in x then in y and a kernel.
eSAT_YSeq2d	Attribute associated to a sequence of XY plan strip ordered first in x then in y and a kernel.
eSAT_Z3d	Attribute associated to an XYZ plan strip ordered first in x then in y and then in z.
eSAT_Z3dWithKernel	Attribute associated to an XYZ plan strip ordered first in x then in y and then in z and a kernel.
eSAT_ZColor3d	Attribute associated to color XYZ plans strip ordered first in x then in y and then in z.

◆ eStructuringElementAttributeMessage

enum ipsdk::imaproc::eStructuringElementAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eNullInputStructuringElementInfo	Input structuring element information shared pointer should not be null for attribute s.
eUnInitInputStructuringElementInfo	Input structuring element information should be initialized for attribute s.

◆ eTileAttributeMessage

enum ipsdk::imaproc::eTileAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eTileAttributeNullTile	Input image tile pointer should not be null for tile attribute s.
eTileAttributeTileNotInit	Input image tile should be initialized for tile attribute s.

◆ eTileAttributeType

enum ipsdk::imaproc::eTileAttributeType

Enumerate describing tile attributes type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTAT_2d	Attribute associated to an 2d tile.
eTAT_3d	Attribute associated to an 3d tile.

◆ eTileCollAttributeMessage

enum ipsdk::imaproc::eTileCollAttributeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eCollContainsNullTilePtr	Tile collection should not contains null shared pointers for tile collection attribute s.
eCollContainsUnInitTile	Tile collection should not contains un initialized tiles for tile collection attribute s.
eEmptyTileColl	Tile collection should not be null for tile collection attribute s.
eInvalidTileIndex	Tile index d is out of bound for tile collection (with size d) associated to attribute s.

◆ eTileCollAttributeType

enum ipsdk::imaproc::eTileCollAttributeType

Enumerate describing tile collection attributes type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTCAT_2d	Attribute associated to a collection of 2d tile.
eTCAT_3d	Attribute associated to a collection of 3d tile.

◆ eImageSplitType

enum ipsdk::imaproc::eImageSplitType

Enumerate describing image split operation type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIST_SubImage	Split operation of an image into sub images.
eIST_ImageStrip	Split operation of an image into strips.
eIST_ImageTile	Split operation of an image into tiles.
eIST_ImageTileColl	Split operation of an image into collection of tiles.
eIST_PlanIndexed	Split operation of a plan indexed data.
eIST_Shape2dColl	Split operation of a shape 2d collection data.
eIST_MeasureSet	Split operation of a shape measure set.
eIST_Shape3dColl	Split operation of a shape 3d collection data.

◆ eMeasureSetSplitMessage

enum ipsdk::imaproc::eMeasureSetSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInputShape2dCollPtrShouldBeSet	Input shape 2d collection pointer should not be null for measure set collection split.
eInputShape3dCollPtrShouldBeSet	Input shape 3d collection pointer shound not be null for measure set collection split.
eMeasureSetPtrShouldBeSet	Measure set pointer should not be null for measure set split.
eNbEntitiesShouldNotBeNull	Number of entities should not be null for measure set.

◆ eMeasureSetSplitType

enum ipsdk::imaproc::eMeasureSetSplitType

Enumerate describing measure set split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eMSST_Generic	Split operation generating generic sub measure set.
eMSST_Geometry2d	Split operation generating geometry 2d sub measure set.
eMSST_Geometry3d	Split operation generating geometry 3d sub measure set.
eMSST_Intensity	Split operation generating intensity sub measure set.

◆ ePlanIndexedSplitMessage

enum ipsdk::imaproc::ePlanIndexedSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
ePlanIndexedSizesMismatch	Provided sizes {z=d, c=d, t=d} and plan indexed collection size d mismatch, can't be used to split.
ePlanIndexedPtrShouldBeSet	Plan indexed pointer should not be null for plan indexed strip split.

◆ eShape2dCollSplitMessage

enum ipsdk::imaproc::eShape2dCollSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator

eElementsInfoMismatch

Elements start index d and size d mismatch with shape 2d collection size d.

Elements start index d and size d mismatch with tile coordinates collection size d.

Elements start index d and size d mismatch with shape 3d collection size %3.

eShape2dCollPtrShouldBeSet

Shape 2d collection pointer should not be null for shape 2d collection split.

◆ eShape2dCollSplitType

enum ipsdk::imaproc::eShape2dCollSplitType

Enumerate describing measure set split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eS2DCST_Simple	Simple split operation, input collection is simply segmented into contiguous sub collections.
eS2DCST_Strip	Split operation allowing to generate sub collections with respect to shape intersections with strips.

◆ eShape3dCollSplitMessage

enum ipsdk::imaproc::eShape3dCollSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator

eElementsInfoMismatch

Elements start index d and size d mismatch with shape 2d collection size d.

Elements start index d and size d mismatch with tile coordinates collection size d.

Elements start index d and size d mismatch with shape 3d collection size %3.

eShape3dCollPtrShouldBeSet

Shape 3d collection pointer should not be null for shape 3d collection split.

◆ eShape3dCollSplitType

enum ipsdk::imaproc::eShape3dCollSplitType

Enumerate describing measure set split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eS3DCST_Simple	Simple split operation, input collection is simply segmented into contiguous sub collections.
eS3DCST_Strip	Split operation allowing to generate sub collections with respect to shape intersections with strips.

◆ eStaticImageStripSplitMessage

enum ipsdk::imaproc::eStaticImageStripSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eImagePtrShouldBeSet	Image pointer should not be null for image strip split. Image pointer should not be null for image tile collection split. Image pointer should not be null for image tile split. Image pointer should not be null for image split.
eInvalidYStripBounds	Y strip 2d static split has invalid bounds [start=d, size=d] for image with y size d.
eInvalidZStripBounds	Z strip 3d static split has invalid bounds [start=d, size=d] for image with z size d.
eInvalidStartingKernelSizeX	Starting kernel size X d is greater than image X size d.
eInvalidEndingKernelSizeX	Ending kernel size X d is greater than image X size d.
eInvalidStartingKernelSizeY	Starting kernel size Y d is greater than image Y size d.
eInvalidEndingKernelSizeY	Ending kernel size Y d is greater than image Y size d.
eInvalidStartingKernelSizeZ	Starting kernel size Z d is greater than image Z size d.
eInvalidEndingKernelSizeZ	Ending kernel size Z d is greater than image Z size d.
eStartingKernelSizeZMismatchWithStrip	Starting kernel size Z d is greater than static strip Z size d.
eEndingKernelSizeZMismatchWithStrip	Ending kernel size Z d is greater than static strip Z size d.

◆ eStaticImageStripSplitType

enum ipsdk::imaproc::eStaticImageStripSplitType

Enumerate describing static image sstrip split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSISST_Y2d	Static split operation generating image 2d strip with splitting along Y axis.
eSISST_Z3d	Static split operation generating image 3d strip with splitting along Z axis.
eSISST_Z3dWithKernel	Static split operation generating image 3d strip with splitting along Z axis associated to a kernel.

◆ eImageStripSplitMessage

enum ipsdk::imaproc::eImageStripSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eImagePtrShouldBeSet	Image pointer should not be null for image strip split. Image pointer should not be null for image tile collection split. Image pointer should not be null for image tile split. Image pointer should not be null for image split.
eInvalidEndingKernelSizeX	Ending kernel size X d is greater than image X size d.
eInvalidEndingKernelSizeY	Ending kernel size Y d is greater than image Y size d.
eInvalidEndingKernelSizeZ	Ending kernel size Z d is greater than image Z size d.
eInvalidStartingKernelSizeX	Starting kernel size X d is greater than image X size d.
eInvalidStartingKernelSizeY	Starting kernel size Y d is greater than image Y size d.
eInvalidStartingKernelSizeZ	Starting kernel size Z d is greater than image Z size d.

◆ eImageStripSplitType

enum ipsdk::imaproc::eImageStripSplitType

Enumerate describing image strip split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eISST_X2d	Split operation generating image 2d strip with splitting along X axis.
eISST_Y2d	Split operation generating image 2d strip with splitting along Y axis.
eISST_X2dWithKernel	Split operation generating image 2d strip with splitting along X axis associated to a kernel.
eISST_Y2dWithKernel	Split operation generating image 2d strip with splitting along Y axis associated to a kernel.
eISST_Y3d	Split operation generating image 3d strip with splitting along Y axis.
eISST_YColor2d	Split operation generating color image 2d strip with splitting along Y axis.
eISST_YSeq2d	Split operation generating sequence image 2d strip with splitting along Y axis.
eISST_YSub2d	Split operation generating sequence image 2d strip with splitting along Y axis on a subset of contiguous rows.
eISST_Z3d	Split operation generating image 3d strip with splitting along Z axis.
eISST_ZColor3d	Split operation generating color image 3d strip with splitting along Z axis.
eISST_Z3dWithKernel	Split operation generating image 3d strip with splitting along Z axis associated to a kernel.
eISST_ZSub3d	Split operation generating sequence image 3d strip with splitting along Z axis on a subset of contiguous z-plans.
eISST_PreviousY2d	Split operation allowing to generate y strips 2d just before first currently processed element.
eISST_PreviousZ3d	Split operation allowing to generate z strips 3d just before first currently processed element.
eISST_User	Split operation defined by the user.

◆ eSubImageSplitMessage

enum ipsdk::imaproc::eSubImageSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eImagePtrShouldBeSet	Image pointer should not be null for image strip split. Image pointer should not be null for image tile collection split. Image pointer should not be null for image tile split. Image pointer should not be null for image split.
eVolumeFlagMismatchWithImage	Geometry volume parsing flag s mismatch with image volume geometry s.
eColorFlagMismatchWithImage	Geometry color parsing flag s mismatch with image color geometry s.
eTemporalFlagMismatchWithImage	Geometry temporal parsing flag s mismatch with image temporal geometry s.
eSplitTypeMismatchVolumeFlag	Sub image split type s mismatch with geometry volume parsing flag s.
eSplitTypeMismatchColorFlag	Sub image split type s mismatch with geometry color parsing flag s.
eSplitTypeMismatchTemporalFlag	Sub image split type s mismatch with geometry temporal parsing flag s.
eSplitTypeMismatchWithImageVolume	Sub image split type s mismatch with image volume geometry s.
eSplitTypeMismatchWithImageColor	Sub image split type s mismatch with image color geometry s.
eSplitTypeMismatchWithImageTemporal	Sub image split type s mismatch with image temporal geometry s.
eInvalidSubImageSplitType	Invalid sub image split type enumerate value s.
eErrorImageMustBeLoadedOnGpu	The image must be loaded on GPU device(s)
eErrorImageHasRemoteStorage	GPU image can not have remote storage.
eErrorHeteroGeomNotSupportedOnGpu	Heterogeneous geometry are not supported for GPU images.

◆ eSubImageSplitType

enum ipsdk::imaproc::eSubImageSplitType

Enumerate describing sub image geometry split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSIST_Grey2d	Image splitted in grey 2d sub images.
eSIST_Grey3d	Image splitted in grey 3d sub images.
eSIST_Color2d	Image splitted in color 2d sub images.
eSIST_Color3d	Image splitted in color 3d sub images.
eSIST_Sequence2d	Image splitted in sequence 2d sub images.
eSIST_Sequence3d	Image splitted in sequence 3d sub images.
eSIST_SequenceColor	Image splitted in sequence of color plans sub images.
eSIST_GpuDevices	Image splitted in on several GPU devices.

◆ eVolumeParsingType

enum ipsdk::imaproc::eVolumeParsingType

Enumerate describing geometry volume(z) parsing type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eVPT_ParseZ	Image will be parsed through its volume(z) component for split.
eVPT_NoZParsing	No volume(z) parsing will be done for image split.

◆ eColorParsingType

enum ipsdk::imaproc::eColorParsingType

Enumerate describing geometry color(c) parsing type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eCPT_ParseC	Image will be parsed through its color(c) component for split.
eCPT_NoCParsing	No color(c) parsing will be done for image split.

◆ eTemporalParsingType

enum ipsdk::imaproc::eTemporalParsingType

Enumerate describing geometry temporal(t) parsing type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTPT_ParseT	Image will be parsed through its temporal(t) component for split.
eTPT_NoTParsing	No temporal(t) parsing will be done for image split.

◆ eImageTileSplitMessage

enum ipsdk::imaproc::eImageTileSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator

eImagePtrShouldBeSet

Image pointer should not be null for image strip split.

Image pointer should not be null for image tile collection split.

Image pointer should not be null for image tile split.

Image pointer should not be null for image split.

◆ eImageTileSplitType

enum ipsdk::imaproc::eImageTileSplitType

Enumerate describing image tile split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eITST_2d	Split operation generating image 2d tile.
eITST_3d	Split operation generating image 3d tile.

◆ eImageTileCollSplitMessage

enum ipsdk::imaproc::eImageTileCollSplitMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eElementsInfoMismatch	Elements start index d and size d mismatch with shape 2d collection size d. Elements start index d and size d mismatch with tile coordinates collection size d. Elements start index d and size d mismatch with shape 3d collection size %3.
eImagePtrShouldBeSet	Image pointer should not be null for image strip split. Image pointer should not be null for image tile collection split. Image pointer should not be null for image tile split. Image pointer should not be null for image split.
eInputImageNot2d	Input image should not be a 3d image.
eInputImageNot3d	Input image should be a 3d image.
eInputImageNotGrey	Input image should be a grey level image.
eInputImageNotSingle	Input image should not be a sequence image.

◆ eImageTileCollSplitType

enum ipsdk::imaproc::eImageTileCollSplitType

Enumerate describing image tile collection split type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eITCST_2d	Split operation generating collections of image 2d tiles.
eITCST_3d	Split operation generating collections of image 3d tiles.

◆ eIPSDKImageProcessingMessage

enum ipsdk::imaproc::eIPSDKImageProcessingMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

◆ eCustomImageInfoMessage

enum ipsdk::imaproc::eCustomImageInfoMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eCantResizeSubImage	Can't resize sub image.
eCustomInitializerEvaluated	Initialize image s[s] with size x=d y=d z=d c=d t=d and custom type s.
eCustomInitializerFormal	Initialize image s with custom size and type.
eExpiredAttributeWeakPtr	Input attribute weak pointer has expired, can't get it.
eImageInitializationFailed	Failed to initialize custom output image s s.
eNotInit	Custom initializer image information has not initialized. Custom checked image property descriptor has not initialized.
eNotInputImage	Custom image information has not input image, can't access it.
eNullInputSharedPtr	Input shared pointer should not be null.

◆ eImageInitializerMessage

enum ipsdk::imaproc::eImageInitializerMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eCantResizeSubImage	Can't resize sub image.
eDuplicateWithCustomTypeEvaluated	Initialize image s[s] with size of image s[s with size x=d y=d z=d c=d t=d] and custom type s.
eDuplicateWithCustomTypeFormal	Initialize image s with size of image s and custom type s.
eDuplicateWithSameTypeEvaluated	Initialize image s[s] with type and size of image s[s with size x=d y=d z=d c=d t=d and type=s].
eDuplicateWithSameTypeFormal	Initialize image s with type and size of image s.
eImageBufferTypeAttributeNullPtr	Image buffer type attribute pointer should not be null.
eImageDuplicateFailed	Failed to duplicate image s to image s s.
eImagePromoteBinaryFailed	Failed to process binary promotion of image s from images s and s with operation type s s.
eImagePromoteUnaryFailed	Failed to process unary promotion of image s from image s with operation type s s.
eImageTypedDuplicateFailed	Failed to process typed image duplication from image s to image s s.
eInputImageSizeMismatch	Input images size mismatch, can't process output initialization.
eInvalidImageBufferType	Image buffer type should not be of type 'none'. Invalid image buffer type for promotion operation, should not be equal to eImageBufferType::eIBT_None. Invalid image buffer type value, should not be equal to ipsdk::image::eIBT_None.
eInvalidRetrievedImageBufferType	Returned image buffer type should not be equal to eIBT_None while duplicating from image s to image s s.
ePromoteBinaryEvaluated	Initialize image s[s] with size of images s[s] and s[s] and image buffer type s deduced from promote unary operation type s and input image buffer types s and s.
ePromoteBinaryFormal	Initialize image s with size of images s and s and promote binary operation type s.
ePromoteBinaryNotFound	Can't find promote binary operation s, can't get associated default output buffer type.
ePromoteUnaryEvaluated	Initialize image s[s] with size of image s[s] and image buffer type s deduced from promote unary operation type s and input image buffer type s.
ePromoteUnaryFormal	Initialize image s with size of image s and promote unary operation type s.
ePromoteUnaryNotFound	Can't find promote unary operation s, can't get associated default output buffer type.
eTypedDuplicateEvaluated	Initialize image s[s] with size of image s[s with size x=d y=d z=d c=d t=d] and type s defined by attribute s.
eTypedDuplicateFormal	Initialize image s with size of image s and type defined by attribute s.

◆ ePlanIndexedInitializerMessage

enum ipsdk::imaproc::ePlanIndexedInitializerMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eFromImagePlanIndexedInitializerEvaluated	Initialize plan indexed attribute s with size of image s[s with size z=d c=d t=d] and policy s.
eFromImagePlanIndexedInitializerFormal	Initialize plan indexed attribute s with size of image s and policy s.
eFromOtherPlanIndexedInitializerEvaluated	Initialize plan indexed attribute s with size of other plan indexed attribute s[size z=d c=d t=d].
eFromOtherPlanIndexedInitializerFormal	Initialize plan indexed attribute s with size of other plan indexed attribute s.

◆ eFromImagePlanIndexedPolicy

enum ipsdk::imaproc::eFromImagePlanIndexedPolicy

enumerate describing rule behavior for image plans matching

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eFIPIP_Z	Plan indexed attribute will be initialized taking into account z component of image.
eFIPIP_C	Plan indexed attribute will be initialized taking into account c component of image.
eFIPIP_T	Plan indexed attribute will be initialized taking into account t component of image.
eFIPIP_ZC	Plan indexed attribute will be initialized taking into account z and c components of image.
eFIPIP_ZT	Plan indexed attribute will be initialized taking into account z and t components of image.
eFIPIP_CT	Plan indexed attribute will be initialized taking into account c and t components of image.
eFIPIP_ZCT	Plan indexed attribute will be initialized taking into account z, c and t components of image.

◆ eShapeMeasureSetInitializerMessage

enum ipsdk::imaproc::eShapeMeasureSetInitializerMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eCreateShapeMeasureSetInitializerEvaluated	Initialize shape measure set attribute s using shape measure information set attribute s.
eCreateShapeMeasureSetInitializerFormal	Initialize shape measure set attribute s using shape measure information set attribute s.

◆ eFormulaRuleType

enum ipsdk::imaproc::eFormulaRuleType

enumerate describing formula rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eFRT_Measure	rule allowing to check measure formula syntax
eFRT_Image	rule allowing to check image formula syntax
eFRT_MatchImages	rule allowing to check that a collection of images match an image formula syntax

◆ eRuleFormulaMessage

enum ipsdk::imaproc::eRuleFormulaMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eMissingOptImage	Input optional image s is missing.
eResultAndImageTypeMismatch	Formula result type s mismatch with output image type s.
eRuleImageFormulaEvaluated	s image formula attribute, associated to image formula {s} is valid s
eRuleImageFormulaFormal	s image formula attribute is associated to a valid image formula
eRuleMatchImageFormulaEvaluated	s image formula attribute, associated to image formula {s} match with proceeded images s
eRuleMatchImageFormulaFormal	s image formula attribute match with proceeded images
eRuleMeasureFormulaEvaluated	s formula attribute, associated to measure formula {s} with result type s match target result type s
eRuleMeasureFormulaFailed	s formula attribute, associated to formula {s}, is not a measure formula [s]
eRuleMeasureFormulaFormal	s formula attribute is associated to a measure formula with result type s
eUnUsedOptImage	Input optional image s is provided but not used by formula s.

◆ eImageBinaryMixedRuleType

enum ipsdk::imaproc::eImageBinaryMixedRuleType

enumerate describing image binary mixed rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIBMRT_ImageRange	check whether a value match an image buffer type value range
eIBMRT_ImageSize	check whether a value is lower than the smallest dimension of an image
eIBMRT_CheckImageIBT	check that an image match a given image buffer type attribute
eIBMRT_CompatibleImageIBT	check that an image buffer type size is compatible with a given image buffer type attribute
eIBMRT_MatchIBTBufferSize	Match image buffer base size with a given buffer type.

◆ eMatchImageSizeScale

enum ipsdk::imaproc::eMatchImageSizeScale

enumerate used in comparison between scalar and image size, to determine whether scalar is compared to full image size or half image size

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eMISS_FullSize	scalar is compared to image full size
eMISS_HalfSize	scalar is compared to image half size

◆ eImageComparisonRuleType

enum ipsdk::imaproc::eImageComparisonRuleType

enumerate describing image comparison rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eICRT_MatchColorGeometryType	Match color geometry type.
eICRT_MatchImageSize	Match image size : x, y, z, c or t.
eICRT_MatchImageBufferType	Match image buffer types.
eICRT_MatchVolumeGeometryType	Match volume geometry type.
eICRT_NoInSitu	Rule allowing to check that an image in not used in situ.
eICRT_ReInterpretable	Rule allowing to check that data associated to a given image can be reinterpreted to fit data of another image.

◆ eCustomCheckedImagePropertyMessage

enum ipsdk::imaproc::eCustomCheckedImagePropertyMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eAllChecksDisable	[all checks have been disable]
eCheckAllowedImageBufferTypesEvaluated	[checking input image buffer type s is one of {s}]
eCheckAllowedImageBufferTypesFormal	[checking input image buffer type validity]
eCheckColorEvaluated	[checking that input image color geometry s with size d is s with size d]
eCheckColorFormal	[checking input image color geometry validity]
eCheckSizeXEvaluated	[checking that input image size X d is equal to d]
eCheckSizeXFormal	[checking input image size X validity]
eCheckSizeYEvaluated	[checking that input image size Y d is equal to d]
eCheckSizeYFormal	[checking input image size Y validity]
eCheckTemporalEvaluated	[checking that input image temporal geometry s with size d is s with size d]
eCheckTemporalFormal	[checking input image temporal geometry validity]
eCheckVolumeEvaluated	[checking that input image volume geometry s with size d is s with size d]
eCheckVolumeFormal	[checking input image volume geometry validity]
eExpiredAttributeWeakPtr	Input attribute weak pointer has expired, can't get it.
eNotInit	Custom initializer image information has not initialized. Custom checked image property descriptor has not initialized.
eNullInputSharedPtr	Input shared pointer should not be null.
eRuleCustomCheckedImagePropertyEvaluated	Custom rule applied on Image attribute s[s] :
eRuleCustomCheckedImagePropertyEvaluatedNoCheck	Custom rule applied on Image attribute s : all checks have been disable.
eRuleCustomCheckedImagePropertyFormal	Custom rule applied on Image attribute s :

◆ eCheckableImageProperty

enum ipsdk::imaproc::eCheckableImageProperty

enumerate describing checkable image property

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eCIP_AllowedImageBufferTypes	allowed buffer types associated to image
eCIP_SizeX	X size for image.
eCIP_SizeY	Y size for image.
eCIP_VolumeGeometry	Volume geometry associated to image.
eCIP_ColorGeometry	Color geometry associated to image.
eCIP_TemporalGeometry	Temporal geometry associated to image.

◆ eImagePropertyRuleType

enum ipsdk::imaproc::eImagePropertyRuleType

enumerate describing image property rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIPRT_MatchImageVolumeType	check image volume type
eIPRT_MatchImageColorType	check image color type
eIPRT_MatchImageTemporalType	check image temporal type
eIPRT_AllowedBaseType	check image allowed base types
eIPRT_AllowedBufferType	check image allowed buffer types
eIPRT_AllowedType	check image allowed types
eIPRT_CompleteImage	check where image is a complete image (not a subset of a 'bigger' image)
eIPRT_GpuImage	check where image is stored on GPU
eIPRT_CustomProperty	check image custom property defined by a derived class

◆ eImageRuleType

enum ipsdk::imaproc::eImageRuleType

enumerate describing image rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIRT_ImageComparison	Comparison of images properties.
eIRT_ImageProperty	Check for image property.
eIRT_ImageBinaryMixed	Check an image property compared with an other parameter.

◆ eMatchImageSizeType

enum ipsdk::imaproc::eMatchImageSizeType

enumerate describing image comparison on image size rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eMIST_X	Match x coordinates for image sizes.
eMIST_Y	Match y coordinates for image sizes.
eMIST_Z	Match z coordinates for image sizes.
eMIST_C	Match c coordinates for image sizes.
eMIST_T	Match t coordinates for image sizes.
eMIST_XYZT	Match x, y, z and t coordinates for image sizes.
eMIST_XYZC	Match x, y, z, and c coordinates for image sizes.
eMIST_2d	Match 2d coordinates for image sizes.
eMIST_3d	Match 3d coordinates for image sizes.
eMIST_ZC	Match z and c coordinates for image sizes.
eMIST_ZT	Match z and t coordinates for image sizes.
eMIST_CT	Match c and t coordinates for image sizes.
eMIST_ZCT	Match z, c and t coordinates for image sizes.
eMIST_All	Match all coordinates for image sizes.

◆ eRuleImageMessage

enum ipsdk::imaproc::eRuleImageMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidImageBufferTypeColl	Invalid image buffer type collection, should not contains eImageBufferType::eIBT_None.
eMixedBufferTypes	Mixed buffer types.
eRuleAllowedImageBaseTypeEvaluated	s[s with type s] base type is one of {s}
eRuleAllowedImageBaseTypeFormal	s base type is one of {s}
eRuleAllowedImageBufferTypeEvaluated	s[s with type s] buffer type is one of {s} s[with type s] buffer type is one of {s}
eRuleAllowedImageBufferTypeFormal	s buffer type is one of {s}
eRuleAllowedImageTypeEvaluated	s[s with type s] type is one of {s}
eRuleAllowedImageTypeEvaluatedImageNotComplete	s[s] type is necessarily invalid because image is not complete
eRuleAllowedImageTypeFormal	s type is one of {s}
eRuleCheckImageBufferTypeEvaluated	Image attribute s[s with type s] and image buffer type attribute s[with type s] have same buffer type.
eRuleCheckImageBufferTypeFormal	Image attribute s and image buffer type attribute s have same buffer type.
eRuleCompatibleImageBufferTypeEvaluated	Image attribute s[s with type s] and image buffer type attribute s[with type s] have same buffer size.
eRuleCompatibleImageBufferTypeFormal	Image attribute s and image buffer type attribute s have same buffer size.
eRuleImageIsCompleteEvaluated	s[s] with base image type s is a complete image (not a subset of a 'bigger' one)
eRuleImageIsCompleteFormal	s is a complete image (not a subset of a 'bigger' one)
eRuleImageNoInSituEvaluated	Images s[s] and s[s] are different.
eRuleImageNoInSituFormal	Images s and s are different.
eRuleInvalidMatchImageSizeType	Invalid match image size rule type d, internal error.
eRuleMatchBufferSizeEvaluated	Images attribute s[s with type s associated to base size d] and image buffer type attribute s[with type s associated to base size d] have same buffer base size.
eRuleMatchBufferSizeFormal	Image attribute s and image buffer type attribute s have same buffer base size.
eRuleMatchColorGeometryTypeEvaluated	Images s[s with type s] and s[s with type s] have same color geometry type.
eRuleMatchColorGeometryTypeFormal	Images s and s have save color geometry type.
eRuleMatchImageBufferTypeEvaluated	Images s[s with type s] and s[s with type s] have same buffer type.
eRuleMatchImageBufferTypeFormal	Images s and s have same buffer type.
eRuleMatchImageColorTypeEvaluated	s[s with color type s] image match color type {s}
eRuleMatchImageColorTypeFormal	s image match color type {s}
eRuleMatchImageRangeEvaluated	Attribute value s[f] match image data type range s[s].
eRuleMatchImageRangeFormal	Attribute value s match image data type range s.
eRuleMatchImageSize2dEvaluated	Images s[s with size x=d y=d] and s[s with size x=d y=d] 2d size match.
eRuleMatchImageSize2dFormal	Images s and s 2d size match.
eRuleMatchImageSize3dEvaluated	Images s[s with size x=d y=d z=d] and s[s with size x=d y=d z=d] 3d size match.
eRuleMatchImageSize3dFormal	Images s and s 3d size match.
eRuleMatchImageSizeAllEvaluated	Images s[s with size x=d y=d z=d c=d t=d] and s[s with size x=d y=d z=d c=d t=d] size match.
eRuleMatchImageSizeAllFormal	Images s and s size match.
eRuleMatchImageSizeCEvaluated	Images s[s with size c=d] and s[s with size c=d] c size match.
eRuleMatchImageSizeCFormal	Images s and s c size match.
eRuleMatchImageSizeCTEvaluated	Images s[s with size c=d t=d] and s[s with size c=d t=d] c and t sizes match.
eRuleMatchImageSizeCTFormal	Images s and s c and t size match.
eRuleMatchImageSizeTEvaluated	Images s[s with size t=d] and s[s with size t=d] t size match.
eRuleMatchImageSizeTFormal	Images s and s t size match.
eRuleMatchImageSizeXEvaluated	Images s[s with size x=d] and s[s with size x=d] x size match.
eRuleMatchImageSizeXFormal	Images s and s x size match.
eRuleMatchImageSizeXYZCEvaluated	Images s[s with size x=d y=d z=d c=d] and s[s with size x=d y=d z=d c=d] x, y, z and c sizes match.
eRuleMatchImageSizeXYZCFormal	Images s and s x, y, z and c size match.
eRuleMatchImageSizeXYZTEvaluated	Images s[s with size x=d y=d z=d t=d] and s[s with size x=d y=d z=d t=d] x, y, z and t sizes match.
eRuleMatchImageSizeXYZTFormal	Images s and s x, y, z and t size match.
eRuleMatchImageSizeYEvaluated	Images s[s with size y=d] and s[s with size y=d] y size match.
eRuleMatchImageSizeYFormal	Images s and s y size match.
eRuleMatchImageSizeZCEvaluated	Images s[s with size z=d c=d] and s[s with size z=d c=d] z and c sizes match.
eRuleMatchImageSizeZCFormal	Images s and s z and c size match.
eRuleMatchImageSizeZCTEvaluated	Images s[s with size z=d c=d t=d] and s[s with size z=d c=d t=d] z, c and t sizes match.
eRuleMatchImageSizeZCTFormal	Images s and s z, c and t size match.
eRuleMatchImageSizeZEvaluated	Images s[s with size z=d] and s[s with size z=d] z size match.
eRuleMatchImageSizeZFormal	Images s and s z size match.
eRuleMatchImageSizeZTEvaluated	Images s[s with size z=d t=d] and s[s with size z=d t=d] z and t sizes match.
eRuleMatchImageSizeZTFormal	Images s and s z and t size match.
eRuleMatchImageTemporalTypeEvaluated	s[s with temporal type s] image match temporal type s
eRuleMatchImageTemporalTypeFormal	s image match temporal type s
eRuleMatchImageVolumeTypeEvaluated	s[s with volume type s] image match volume type s
eRuleMatchImageVolumeTypeFormal	s image match volume type s
eRuleMatchScalarToImageFullSize2dEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d y=d] minimum of x and y sizes.
eRuleMatchScalarToImageFullSize2dFormal	Attribute value s is lower than or equal to minimum of image s x, and y sizes.
eRuleMatchScalarToImageFullSize3dEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d y=d z=d] minimum of x, y and z sizes.
eRuleMatchScalarToImageFullSize3dFormal	Attribute value s is lower than or equal to minimum of image s x, y and z sizes.
eRuleMatchScalarToImageFullSizeAllEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d y=d z=d c=d t=d] minimum of x, y, z, c and t sizes.
eRuleMatchScalarToImageFullSizeAllFormal	Attribute value s is lower than or equal to minimum of image s x, y, z, c and t sizes.
eRuleMatchScalarToImageFullSizeCEvaluated	Attribute value s[d] is lower than or equal to image s[s with size c=d] size.
eRuleMatchScalarToImageFullSizeCFormal	Attribute value s is lower than or equal to image s c size.
eRuleMatchScalarToImageFullSizeCTEvaluated	Attribute value s[d] is lower than or equal to image s[s with size c=d t=d] minimum of c and t sizes.
eRuleMatchScalarToImageFullSizeCTFormal	Attribute value s[d] is lower than or equal to image s[s with size c=d t=d] minimum of c and t sizes.
eRuleMatchScalarToImageFullSizeTEvaluated	Attribute value s[d] is lower than or equal to image s[s with size t=d] size.
eRuleMatchScalarToImageFullSizeTFormal	Attribute value s is lower than or equal to image s t size.
eRuleMatchScalarToImageFullSizeXEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d] size.
eRuleMatchScalarToImageFullSizeXFormal	Attribute value s is lower than or equal to image s x size.
eRuleMatchScalarToImageFullSizeXYZCEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d y=d z=d c=d] minimum of x, y, z and c sizes.
eRuleMatchScalarToImageFullSizeXYZCFormal	Attribute value s is lower than or equal to minimum of image s x, y, z and c sizes.
eRuleMatchScalarToImageFullSizeXYZTEvaluated	Attribute value s[d] is lower than or equal to image s[s with size x=d y=d z=d t=d] minimum of x, y, z and t sizes.
eRuleMatchScalarToImageFullSizeXYZTFormal	Attribute value s is lower than or equal to minimum of image s x, y, z and t sizes.
eRuleMatchScalarToImageFullSizeYEvaluated	Attribute value s[d] is lower than or equal to image s[s with size y=d] size.
eRuleMatchScalarToImageFullSizeYFormal	Attribute value s is lower than or equal to image s y size.
eRuleMatchScalarToImageFullSizeZCEvaluated	Attribute value s[d] is lower than or equal to image s[s with size z=d c=d] minimum of z and c sizes.
eRuleMatchScalarToImageFullSizeZCFormal	Attribute value s[d] is lower than or equal to image s[s with size z=d c=d] minimum of z and c sizes.
eRuleMatchScalarToImageFullSizeZCTEvaluated	Attribute value s[d] is lower than or equal to image s[s with size z=d c=d t=d] minimum of z, c and t sizes.
eRuleMatchScalarToImageFullSizeZCTFormal	Attribute value s[d] is lower than or equal to image s[s with size z=d c=d t=d] minimum of z, c and t sizes.
eRuleMatchScalarToImageFullSizeZEvaluated	Attribute value s[d] is lower than or equal to image s[s with size z=d] size.
eRuleMatchScalarToImageFullSizeZFormal	Attribute value s is lower than or equal to image s z size.
eRuleMatchScalarToImageFullSizeZTEvaluated	Attribute value s[d] is lower than or equal to image s[s with size z=d t=d] minimum of z and t sizes.
eRuleMatchScalarToImageFullSizeZTFormal	Attribute value s[d] is lower than or equal to image s[s with size z=d t=d] minimum of z and t sizes.
eRuleMatchScalarToImageHalfSize2dEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d y=d] minimum of x and y sizes
eRuleMatchScalarToImageHalfSize2dFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s x, and y sizes
eRuleMatchScalarToImageHalfSize3dEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d y=d z=d] minimum of x, y and z sizes
eRuleMatchScalarToImageHalfSize3dFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s x, y and z sizes
eRuleMatchScalarToImageHalfSizeAllEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d y=d z=d c=d t=d] minimum of x, y, z, c and t sizes
eRuleMatchScalarToImageHalfSizeAllFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s x, y, z, c and t sizes
eRuleMatchScalarToImageHalfSizeCEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size c=d] size
eRuleMatchScalarToImageHalfSizeCFormal	2 x Attribute value s + 1 is lower than or equal to image s c size
eRuleMatchScalarToImageHalfSizeCTEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size c=d t=d] minimum of c and t sizes
eRuleMatchScalarToImageHalfSizeCTFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s c and t sizes
eRuleMatchScalarToImageHalfSizeTEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size t=d] size
eRuleMatchScalarToImageHalfSizeTFormal	2 x Attribute value s + 1 is lower than or equal to image s t size
eRuleMatchScalarToImageHalfSizeXEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d] size
eRuleMatchScalarToImageHalfSizeXFormal	2 x Attribute value s + 1 is lower than or equal to image s x size
eRuleMatchScalarToImageHalfSizeXYZCEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d y=d z=d c=d] minimum of x, y, z and c sizes
eRuleMatchScalarToImageHalfSizeXYZCFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s x, y, z and c sizes
eRuleMatchScalarToImageHalfSizeXYZTEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size x=d y=d z=d t=d] minimum of x, y, z and t sizes
eRuleMatchScalarToImageHalfSizeXYZTFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s x, y, z and t sizes
eRuleMatchScalarToImageHalfSizeYEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size y=d] size
eRuleMatchScalarToImageHalfSizeYFormal	2 x Attribute value s + 1 is lower than or equal to image s y size
eRuleMatchScalarToImageHalfSizeZCEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size z=d c=d] minimum of z and c sizes
eRuleMatchScalarToImageHalfSizeZCFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s z and c sizes
eRuleMatchScalarToImageHalfSizeZCTEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size z=d c=d t=d] minimum of z, c and t sizes
eRuleMatchScalarToImageHalfSizeZCTFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s z, c and t sizes
eRuleMatchScalarToImageHalfSizeZEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size z=d] size
eRuleMatchScalarToImageHalfSizeZFormal	2 x Attribute value s + 1 is lower than or equal to image s z size
eRuleMatchScalarToImageHalfSizeZTEvaluated	2 x Attribute value s + 1 [d] is lower than or equal to image s[s with size z=d t=d] minimum of z and t sizes
eRuleMatchScalarToImageHalfSizeZTFormal	2 x Attribute value s + 1 is lower than or equal to minimum of image s z and t sizes
eRuleMatchVolumeGeometryTypeEvaluated	Images s[s with type s] and s[s with type s] have same volume geometry type.
eRuleMatchVolumeGeometryTypeFormal	Images s and s have save volume geometry type.
eRuleReInterpretableImageDataEvaluated	Data of original image s[s] can be reinterpreted to data of target image s[s].
eRuleReInterpretableImageDataFormal	Data of original image s can be reinterpreted to data of target image s.
eRuleImageIsOnGpuEvaluated	s[s] with base image type s is a GPU image
eRuleImageIsOnGpuFormal	s is a GPU image

◆ eIBTRuleType

enum ipsdk::imaproc::eIBTRuleType

enumerate describing image buffer type rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIBTRT_OneOf	check whether image buffer type value is part of a predefined collection
eIBTRT_NotOneOf	check whether image buffer type value is not part of a predefined collection

◆ eRuleImageBufferTypeMessage

enum ipsdk::imaproc::eRuleImageBufferTypeMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidImageBufferTypeColl	Invalid image buffer type collection, should not contains eImageBufferType::eIBT_None.
eRuleAllowedImageBufferTypeFormal	s buffer type is one of {s}
eRuleAllowedImageBufferTypeEvaluated	s[s with type s] buffer type is one of {s} s[with type s] buffer type is one of {s}
eRuleForbiddenImageBufferTypeFormal	s buffer type is not one of {s}
eRuleForbiddenImageBufferTypeEvaluated	s[with type s] buffer type is not one of {s}

◆ eImageProcessingRuleType

enum ipsdk::imaproc::eImageProcessingRuleType

enumerate describing image processing rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIPRT_ImageBufferType	Image buffer type rules.
eIPRT_Image	Rules applying on images.
eIPRT_Strip	Rules applying on image strips.
eIPRT_Tile	Rules applying on image tiles.
eIPRT_TileColl	Rules applying on collection of image tiles.
eIPRT_KernelProperty	check for kernel property
eIPRT_IPEnumValue	check for image processing enumerate value
eIPRT_MeasureInfoSetProperty	check for measure information set properties
eIPRT_MeasureSetProperty	check for measure set properties
eIPRT_PlanIndexedComparison	check for plan indexed attribute property compared with an other parameter
eIPRT_FormulaProperty	check for formula attribute properties

◆ eRuleIPEnumMessage

enum ipsdk::imaproc::eRuleIPEnumMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eRuleIPEnumValueFormal	s enumerate value is equal to s
eRuleIPEnumValueEvaluated	s[with value s] enumerate value is equal to s

◆ eKernelRuleType

enum ipsdk::imaproc::eKernelRuleType

enumerate describing kernel rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eKRT_KernelXYSize	check for kernel xy size
eKRT_KernelXYZSize	check for kernel xyz size

◆ eRuleKernelMessage

enum ipsdk::imaproc::eRuleKernelMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eRuleMatchKernelXYSizeFormal	s kernel xy size match [d, d]
eRuleMatchKernelXYSizeEvaluated	s kernel xy size [d, d] match [d, d]
eRuleMatchKernelXYZSizeFormal	s kernel xyz size match [d, d, d]
eRuleMatchKernelXYZSizeEvaluated	s kernel xyz size [d, d, d] match [d, d, d]

◆ ePlanIndexedRuleType

enum ipsdk::imaproc::ePlanIndexedRuleType

enumerate describing plan indexed attribute rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
ePIRT_MatchImagePlans	check that a plan indexed attribute match an image plans geometry
ePIRT_MatchOther	check that a plan indexed attribute match shape of an other plan indexed attribute
ePIRT_Property	check a given property of a plan indexed attribute

◆ eImagePlansMatchPolicy

enum ipsdk::imaproc::eImagePlansMatchPolicy

enumerate describing rule behavior for image plans matching

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIPMP_Z	rule will only match z component of image with plan indexed attribute
eIPMP_C	rule will only match c component of image with plan indexed attribute
eIPMP_T	rule will only match t component of image with plan indexed attribute
eIPMP_ZC	rule will only match z and c components of image with plan indexed attribute
eIPMP_ZT	rule will only match z and t components of image with plan indexed attribute
eIPMP_CT	rule will only match c and t components of image with plan indexed attribute
eIPMP_ZCT	rule will match z, c and t components of image with plan indexed attribute

◆ ePlanIndexedProperty

enum ipsdk::imaproc::ePlanIndexedProperty

Enumerator
ePIP_2d	rule will check that z size of plan indexed attribute is equal to 1
ePIP_Grey	rule will check that c size of plan indexed attribute is equal to 1
ePIP_Single	rule will check that t size of plan indexed attribute is equal to 1

◆ eRulePlanIndexedMessage

enum ipsdk::imaproc::eRulePlanIndexedMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidMatchImagePlansEnumValue	Invalid enumerate value s for image plans match policy.
eInvalidPlanIndexedPropertyEnumValue	Invalid enumerate value s for plan indexed checked property.
eRulePlanIndexedMatchImagePlansEvaluated	Plan indexed attribute s components match image attribute s[s with size z=d c=d t=d] with policy s.
eRulePlanIndexedMatchImagePlansFormal	Plan indexed attribute s component match image attribute s size with policy s.
eRulePlanIndexedMatchOtherEvaluated	Plan indexed attribute s components match other plan indexed attribute attribute s[size z=d c=d t=d].
eRulePlanIndexedMatchOtherFormal	Plan indexed attribute s component match other plan indexed attribute s size.
eRulePlanIndexedPropertyEvaluated	Plan indexed attribute s with size z=d c=d t=d respect s property.
eRulePlanIndexedPropertyFormal	Plan indexed attribute s respect s property.

◆ eRuleShapeMeasureInfoSetMessage

enum ipsdk::imaproc::eRuleShapeMeasureInfoSetMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eRuleShapeMeasureInfoSetVolumePolicyEvaluated	s shape measure information set volume policy [2d=s, 3d=s] is s
eRuleShapeMeasureInfoSetVolumePolicyFormal	s shape measure information set volume policy is s

◆ eSMISRuleType

enum ipsdk::imaproc::eSMISRuleType

enumerate describing shape measure information set rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSMISRT_Volume	check measure information set volume policy

◆ eRuleShapeMeasureSetMessage

enum ipsdk::imaproc::eRuleShapeMeasureSetMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eRuleShapeMeasureSetIsReadyEvaluated	s shape measure set is associated to ready to compute measures
eRuleShapeMeasureSetIsReadyFormal	s shape measure set is associated to ready to compute measures
eRuleShapeMeasureSetProcessingPolicyEvaluated	s shape measure set processing policy s is s
eRuleShapeMeasureSetProcessingPolicyFormal	s shape measure set processing policy is s
eRuleShapeMeasureSetProcessingStatusEvaluated	s shape measure set measure processing status is s
eRuleShapeMeasureSetProcessingStatusFormal	s shape measure set measure processing status is s
eRuleShapeMeasureSetVolumePolicyEvaluated	s shape measure set volume policy [2d=s, 3d=s] is s
eRuleShapeMeasureSetVolumePolicyFormal	s shape measure set volume policy is s

◆ eSMSRuleType

enum ipsdk::imaproc::eSMSRuleType

enumerate describing shape measure set rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSMSRT_VolumePolicy	check measure set volume policy
eSMSRT_ProcessingStatus	check that measure set is associated to measures with a given processing status
eSMSRT_ProcessingPolicy	check that measure set is associated to measures with an homogeneous processing policy
eSMSRT_IsReady	check that measure set is associated to ready to compute measures

◆ eRuleStripMessage

enum ipsdk::imaproc::eRuleStripMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidStripBufferTypeColl	Invalid image strip buffer type collection, should not contains eImageBufferType::eIBT_None.
eRuleAllowedStripBufferTypeFormal	s buffer type is one of {s}
eRuleAllowedStripBufferTypeEvaluated	s[s with type s] buffer type is one of {s}
eRuleMatchStripBufferTypeFormal	Image strips s and s have same buffer type.
eRuleMatchStripBufferTypeEvaluated	Image strips s[s with type s] and s[s with type s] have same buffer type.
eRuleMatchStripSizeFormal	Image strips s and s have same size.
eRuleMatchStripSizeEvaluated	Image strips s[s with size lld] and s[s with size lld] have same size.
eRuleMatchStripPlanarSizeFormal	Image strips s and s have same planar size.
eRuleMatchStripPlanarSizeEvaluated	Image strips s[s with planar size lld] and s[s with planar size lld] have same planar size.
eRuleCheckStripBufferTypeFormal	Image strip attribute s and image buffer type attribute s have same buffer type.
eRuleCheckStripBufferTypeEvaluated	Image strip attribute s[s with type s] and image buffer type attribute s[with type s] have same buffer type.
eRuleCompatibleStripBufferTypeFormal	Image strip attribute s and image buffer type attribute s have same buffer size.
eRuleCompatibleStripBufferTypeEvaluated	Image strip attribute s[s with type s] and image buffer type attribute s[with type s] have same buffer size.
eRuleMatchXYStripColorTypeFormal	s image xy strip match color type {s}
eRuleMatchXYStripColorTypeEvaluated	s[s with color type s] image xy strip match color type {s}
eRuleMatchStripRangeFormal	Attribute value s match strip data type range s.
eRuleMatchStripRangeEvaluated	Attribute value s[f] match strip data type range s[s].

◆ eStripBinaryMixedRuleType

enum ipsdk::imaproc::eStripBinaryMixedRuleType

enumerate describing strip binary mixed rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSBMRT_StripRange	check whether a value match a strip buffer type value range
eSBMRT_CheckStripIBT	check that an image strip match a given image buffer type attribute
eSBMRT_CompatibleStripIBT	check that an image strip buffer type size is compatible with a given image buffer type attribute

◆ eStripComparisonRuleType

enum ipsdk::imaproc::eStripComparisonRuleType

enumerate describing image strip comparison rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSCRT_MatchStripSize	Match strip size.
eSCRT_MatchStripPlanarSize	Match strip xy planar size.
eSCRT_MatchStripBufferType	Match strip buffer types.
eSCRT_NoInSitu	Rule allowing to check that a strip in not used in situ.

◆ eStripPropertyRuleType

enum ipsdk::imaproc::eStripPropertyRuleType

enumerate describing image strip property rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSPRT_AllowedBufferType	check image strip allowed buffer types
eSPRT_MatchYStripColor2dColorType	check image y strip color 2d color geometry type

◆ eStripRuleType

enum ipsdk::imaproc::eStripRuleType

enumerate describing image strips rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eSRT_StripComparison	Comparison of image strip properties.
eSRT_StripProperty	Check for image strip property.
eSRT_StripBinaryMixed	Check an image strip property compared with an other parameter.

◆ eRuleTileMessage

enum ipsdk::imaproc::eRuleTileMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

◆ eTileRuleType

enum ipsdk::imaproc::eTileRuleType

enumerate describing image tiles rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTRT_ToBeDefined	to be defined

◆ eRuleTileCollMessage

enum ipsdk::imaproc::eRuleTileCollMessage

Enumerate describing messages.

Note: This enumerate is associated to a message map

See also: IPSDK_Message_Map

Enumerator
eInvalidImageBufferTypeColl	Invalid image buffer type collection, should not contains eImageBufferType::eIBT_None.
eRuleAllowedTileCollBufferTypeEvaluated	s tile collection with buffer type s has homogeneous buffer type and is one of {s}
eRuleAllowedTileCollBufferTypeFormal	s tile collection has homogeneous buffer type and is one of {s}
eRuleMatchTileCollBufferTypeEvaluated	Tile collections s[with buffer type s] and s[with buffer type s] have same number of tiles.
eRuleMatchTileCollBufferTypeFormal	Tile collections s and s buffer types match.
eRuleMatchTileCollNbTilesEvaluated	Tile collections s[with size d] and s[with size d] have same number of tiles.
eRuleMatchTileCollNbTilesFormal	Tile collections s and s have same number of tiles.
eRuleMatchTileCollTileCoordsEvaluated	Tile collections s and s have same tiles coordinates.
eRuleMatchTileCollTileCoordsFormal	Tile collections s and s have same tiles coordinates.
eRuleTileCollHomogeneousBufferTypeEvaluated	s tile collection has homogeneous buffer type
eRuleTileCollHomogeneousBufferTypeFormal	s tile collection has homogeneous buffer type

◆ eTileCollComparisonRuleType

enum ipsdk::imaproc::eTileCollComparisonRuleType

enumerate describing image strip comparison rule operation type

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTCCRT_MatchCollSize	Match collection size.
eTCCRT_MatchTileCoords	Match tile coordinates in collection.
eTCCRT_MatchBufferType	Match tiles buffer type.

◆ eTileCollPropertyRuleType

enum ipsdk::imaproc::eTileCollPropertyRuleType

enumerate describing rule operation type applied on property of attributes associated to collection of image tiles

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTCPRT_AllowedBufferType	check that all tiles are associated to a given buffer type
eTCPRT_HomogeneousBufferType	Check for homogeneous buffer type among tile collection.

◆ eTileCollRuleType

enum ipsdk::imaproc::eTileCollRuleType

enumerate describing rule operation type applied on attributes associated to collection of image tiles

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eTCRT_TileCollProperty	Property of a tile collection.
eTCRT_TileCollComparison	Comparison of tile collections.

Function Documentation

◆ initParser2dInfo() [1/2]

template<typename T >

IPSDKIMAGEPROCESSING_API void ipsdk::imaproc::initParser2dInfo	(	const image::InputImageXStrip2dWithKernel &	imageXStrip2dWithKernel,
		const ipUInt64	nbInitData,
		const ipUInt64	nbMainData,
		const ipUInt64	nbFinalData,
		const ipUInt64	nbRealFinalData,
		const ipReal64	unAlignedValue,
		LineXStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to initialize x strip 2d with kernel data parsing information structure

◆ getStripStartingRow()

template<typename T >

IPSDKIMAGEPROCESSING_API const T* ipsdk::imaproc::getStripStartingRow	(	const ipUInt64	stripRowIdx,
		const LineXStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to retrieve strip data pointer to starting row segment for a given row index stripRowIdx expressed into interval : [info._kernel._startingSizeY; info._kernel._startingSizeY + info._stripInfo._sizeYMinus1]

Returns: 0 if row index is outside of this interval, or if strip is sticked to the left border of the image

◆ getStripMainRow()

template<typename T >

IPSDKIMAGEPROCESSING_API const T* ipsdk::imaproc::getStripMainRow	(	const ipUInt64	stripRowIdx,
		const LineXStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to retrieve strip data pointer to main row segment for a given row index stripRowIdx expressed into interval : [info._kernel._startingSizeY; info._kernel._startingSizeY + info._stripInfo._sizeYMinus1]

Returns: 0 if row index is outside of this interval

◆ getStripEndingRow()

template<typename T >

IPSDKIMAGEPROCESSING_API const T* ipsdk::imaproc::getStripEndingRow	(	const ipUInt64	stripRowIdx,
		const LineXStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to retrieve strip data pointer to ending row segment for a given row index stripRowIdx expressed into interval : [info._kernel._startingSizeY; info._kernel._startingSizeY + info._stripInfo._sizeYMinus1]

Returns: 0 if row index is outside of this interval, or if strip is sticked to the right border of the image

◆ initParser2dInfo() [2/2]

template<typename T >

IPSDKIMAGEPROCESSING_API void ipsdk::imaproc::initParser2dInfo	(	const image::InputImageYStrip2dWithKernel &	imageYStrip2dWithKernel,
		const ipUInt64	nbInitData,
		const ipUInt64	nbMainData,
		const ipUInt64	nbFinalData,
		const ipUInt64	nbRealFinalData,
		const ipReal64	unAlignedValue,
		LineYStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to initialize y strip 2d with kernel data parsing information structure

◆ getStripRow() [1/2]

template<typename T >

IPSDKIMAGEPROCESSING_API const T* ipsdk::imaproc::getStripRow	(	const ipUInt64	stripRowIdx,
		const LineYStrip2dWithKernelParserInfo< T > &	info
	)

function allowing to retrieve strip data pointer for a given row index stripRowIdx expressed into interval : [info._rows._firstProvidedOffsetY; info._rows._lastProvidedOffsetY]

Returns: 0 if row index is outside of this interval

◆ initParser3dInfo()

template<typename T >

IPSDKIMAGEPROCESSING_API void ipsdk::imaproc::initParser3dInfo	(	const image::InputImageZStrip3dWithKernel &	imageZStrip3dWithKernel,
		const ipUInt64	nbInitData,
		const ipUInt64	nbMainData,
		const ipUInt64	nbFinalData,
		const ipUInt64	nbRealFinalData,
		const ipReal64	unAlignedValue,
		Parser3dInfo< T > &	info
	)

function allowing to initialize z strip 3d with kernel data parsing information structure

◆ getStripRow() [2/2]

template<typename T >

IPSDKIMAGEPROCESSING_API const T* ipsdk::imaproc::getStripRow	(	const ipUInt64	stripPlanIdx,
		const ipUInt64	stripRowIdx,
		const Parser3dInfo< T > &	info
	)

function allowing to retrieve strip data pointer for :

a given plan index stripPlanIdx expressed into interval : [info._plans._firstProvidedOffsetZ; info._plans._lastProvidedOffsetZ]
a given row index stripRowIdx expressed into interval : [info._rows._firstProvidedOffsetY; info._rows._lastProvidedOffsetY]
Returns
0 if indexes are outside of these intervals

◆ isInSitu()

IPSDKIMAGEPROCESSING_API bool ipsdk::imaproc::isInSitu	(	const BaseImageAttribute &	imgIn,
		const BaseImageAttribute &	imgOut
	)

function allowing to check whether two image attributes are associated to same image

Exceptions

ipsdk::processor::IPSDKBaseProcessingException	if imgIn.isInit() == false
ipsdk::processor::IPSDKBaseProcessingException	if imgOut.isInit() == false

◆ isBufferInitNeeded()

IPSDKIMAGEPROCESSING_API bool ipsdk::imaproc::isBufferInitNeeded	(	const image::BaseImageFragment &	fragment,
		const core::BaseRequestOrigin &	requestOrigin
	)

method allowing to check whether derived class should process to extracted fragment buffer initialization

◆ staticYStrip2dSplit() [1/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageYStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::staticYStrip2dSplit	(	const image::ImagePtr &	pImage,
		const ElementsRangeColl &	rowElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static y strip 2d split operation used for data dispatch

◆ staticYStrip2dSplit() [2/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::staticYStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		const ElementsRangeColl &	rowElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static y strip 2d split operation used for data dispatch

◆ staticYStrip2dSplit() [3/3]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<StaticImageYStrip2dSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::staticYStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ElementsRangeColl &	rowElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static y strip 2d split operation used for data dispatch

◆ staticZStrip3dSplit() [1/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageZStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::staticZStrip3dSplit	(	const image::ImagePtr &	pImage,
		const ElementsRangeColl &	planElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d split operation used for data dispatch

◆ staticZStrip3dSplit() [2/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageZStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::staticZStrip3dSplit	(	const image::ImageConstPtr &	pImage,
		const ElementsRangeColl &	planElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d split operation used for data dispatch

◆ staticZStrip3dSplit() [3/3]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<StaticImageZStrip3dSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::staticZStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ElementsRangeColl &	planElementInfoColl,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [1/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ElementsRangeColl &	planElementInfoColl,
		const KernelXYZ &	kernelXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [2/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ElementsRangeColl &	planElementInfoColl,
		const StructuringElementXYZ &	structuringElementXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [3/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ElementsRangeColl &	planElementInfoColl,
		const ipUInt32	startingKernelSizeX,
		const ipUInt32	endingKernelSizeX,
		const ipUInt32	startingKernelSizeY,
		const ipUInt32	endingKernelSizeY,
		const ipUInt32	startingKernelSizeZ,
		const ipUInt32	endingKernelSizeZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [4/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ElementsRangeColl &	planElementInfoColl,
		const KernelXYZ &	kernelXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [5/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ElementsRangeColl &	planElementInfoColl,
		const StructuringElementXYZ &	structuringElementXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ staticZStrip3dWithKernelSplit() [6/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<StaticImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::staticZStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ElementsRangeColl &	planElementInfoColl,
		const ipUInt32	startingKernelSizeX,
		const ipUInt32	endingKernelSizeX,
		const ipUInt32	startingKernelSizeY,
		const ipUInt32	endingKernelSizeY,
		const ipUInt32	startingKernelSizeZ,
		const ipUInt32	endingKernelSizeZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a static z strip 3d with kernel split operation used for data dispatch

◆ yStrip2dSplit() [1/8]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [2/8]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [3/8]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [4/8]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [5/8]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection,
		const image::eStripParsingDirection &	lineParsingDirection
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [6/8]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType,
		const image::eStripParsingDirection &	stripParsingDirection,
		const image::eStripParsingDirection &	lineParsingDirection
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [7/8]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType,
		const image::eStripParsingDirection &	stripParsingDirection,
		const image::eStripParsingDirection &	lineParsingDirection
	)

inline

create an y strip 2d split operation used for data dispatch

◆ yStrip2dSplit() [8/8]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection,
		const image::eStripParsingDirection &	lineParsingDirection
	)

inline

create an y strip 2d split operation used for data dispatch

◆ ySubStrip2dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYSubStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::ySubStrip2dSplit	(	const image::ImagePtr &	pImage,
		ipUInt64	yOffset,
		ipUInt64	nbRows
	)

inline

create an y sub strip 2d split operation used for data dispatch

◆ ySubStrip2dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYSubStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::ySubStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		ipUInt64	yOffset,
		ipUInt64	nbRows,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`
	)

inline

create an y sub strip 2d split operation used for data dispatch

◆ ySubStrip2dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYSubStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::ySubStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		ipUInt64	yOffset,
		ipUInt64	nbRows,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`
	)

inline

create an y sub strip 2d split operation used for data dispatch

◆ ySubStrip2dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYSubStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::ySubStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		ipUInt64	yOffset,
		ipUInt64	nbRows
	)

inline

create an y sub strip 2d split operation used for data dispatch

◆ xStrip2dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageXStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::xStrip2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an x strip 2d split operation used for data dispatch

◆ xStrip2dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageXStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::xStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an x strip 2d split operation used for data dispatch

◆ xStrip2dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageXStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::xStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an x strip 2d split operation used for data dispatch

◆ xStrip2dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageXStrip2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::xStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an x strip 2d split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [1/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const KernelXY &	kernelXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [2/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const StructuringElementXY &	structuringElementXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [3/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [4/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const KernelXY &	kernelXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [5/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const StructuringElementXY &	structuringElementXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ yStrip2dWithKernelSplit() [6/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageYStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::yStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a y strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [1/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const KernelXY &	kernelXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [2/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const StructuringElementXY &	structuringElementXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [3/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [4/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const KernelXY &	kernelXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [5/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const StructuringElementXY &	structuringElementXY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ xStrip2dWithKernelSplit() [6/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageXStrip2dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::xStrip2dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`,
		const ipUInt64	nbMaxEltsPerSplit = `NumericLimits<ipUInt64>::max()`
	)

inline

create a x strip 2d with kernel split operation used for data dispatch

◆ yStrip3dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip3dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 3d split operation used for data dispatch

◆ yStrip3dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStrip3dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 3d split operation used for data dispatch

◆ yStrip3dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 3d split operation used for data dispatch

◆ yStrip3dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create an y strip 3d split operation used for data dispatch

◆ yStripColor2dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStripColor2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch

◆ yStripColor2dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStripColor2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch

◆ yStripColor2dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripColor2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch

◆ yStripColor2dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripColor2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch

◆ yStripColorOrGrey2dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStripColorOrGrey2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch. This version support color or grey input images

◆ yStripColorOrGrey2dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStripColorOrGrey2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch. This version support color or grey input images

◆ yStripColorOrGrey2dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripColorOrGrey2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch. This version support color or grey input images

◆ yStripColorOrGrey2dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripColor2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripColorOrGrey2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color y strip 2d split operation used for data dispatch. This version support color or grey input images

◆ yStripSeq2dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripSeq2dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::yStripSeq2dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a sequence y strip 2d split operation used for data dispatch

◆ yStripSeq2dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageYStripSeq2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::yStripSeq2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a sequence y strip 2d split operation used for data dispatch

◆ yStripSeq2dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripSeq2dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripSeq2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a sequence y strip 2d split operation used for data dispatch

◆ yStripSeq2dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageYStripSeq2dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::yStripSeq2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a sequence y strip 2d split operation used for data dispatch

◆ zStrip3dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::zStrip3dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d split operation used for data dispatch

◆ zStrip3dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStrip3dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d split operation used for data dispatch

◆ zStrip3dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageZStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::zStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d split operation used for data dispatch

◆ zStrip3dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageZStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::zStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d split operation used for data dispatch

◆ zSubStrip3dSplit() [1/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZSubStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::zSubStrip3dSplit	(	const image::ImagePtr &	pImage,
		ipUInt64	zOffset,
		ipUInt64	nbZPlans
	)

inline

create a z sub strip 3d split operation used for data dispatch

◆ zSubStrip3dSplit() [2/4]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZSubStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zSubStrip3dSplit	(	const image::ImageConstPtr &	pImage,
		ipUInt64	zOffset,
		ipUInt64	nbZPlans,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`
	)

inline

create a z sub strip 3d split operation used for data dispatch

◆ zSubStrip3dSplit() [3/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::disable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageZSubStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > >::type ipsdk::imaproc::zSubStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		ipUInt64	zOffset,
		ipUInt64	nbZPlans,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`
	)

inline

create a z sub strip 3d split operation used for data dispatch

◆ zSubStrip3dSplit() [4/4]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::enable_if<boost::mpl::bool_<TInputAttribute::g_bOutput>, boost::shared_ptr<ImageZSubStrip3dSplit<TProcessor, image::BaseImage, TAttribute> > >::type ipsdk::imaproc::zSubStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		ipUInt64	zOffset,
		ipUInt64	nbZPlans
	)

inline

create a z sub strip 3d split operation used for data dispatch

◆ zStripColor3dSplit() [1/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::zStripColor3dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch

◆ zStripColor3dSplit() [2/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStripColor3dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch

◆ zStripColor3dSplit() [3/3]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutputAttribute>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::zStripColor3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch

◆ zStripColorOrGrey3dSplit() [1/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, image::BaseImage, TAttribute> > ipsdk::imaproc::zStripColorOrGrey3dSplit	(	const image::ImagePtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch. This version support color or grey input images

◆ zStripColorOrGrey3dSplit() [2/3]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStripColorOrGrey3dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch. This version support color or grey input images

◆ zStripColorOrGrey3dSplit() [3/3]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageZStripColor3dSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutputAttribute>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::zStripColorOrGrey3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a color z strip 3d split operation used for data dispatch. This version support color or grey input images

◆ zStrip3dWithKernelSplit() [1/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const KernelXYZ &	kernelXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ zStrip3dWithKernelSplit() [2/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const StructuringElementXYZ &	structuringElementXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ zStrip3dWithKernelSplit() [3/6]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const image::ImageConstPtr &	pImage,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const ipUInt64	startingKernelSizeZ,
		const ipUInt64	endingKernelSizeZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ zStrip3dWithKernelSplit() [4/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const KernelXYZ &	kernelXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ zStrip3dWithKernelSplit() [5/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const StructuringElementXYZ &	structuringElementXYZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ zStrip3dWithKernelSplit() [6/6]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<ImageZStrip3dWithKernelSplit<TProcessor, typename boost::mpl::if_<boost::mpl::bool_<TInputAttribute::g_bOutput>, image::BaseImage, const image::BaseImage >::type, TAttribute> > ipsdk::imaproc::zStrip3dWithKernelSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const ipUInt64	startingKernelSizeX,
		const ipUInt64	endingKernelSizeX,
		const ipUInt64	startingKernelSizeY,
		const ipUInt64	endingKernelSizeY,
		const ipUInt64	startingKernelSizeZ,
		const ipUInt64	endingKernelSizeZ,
		const image::eStripAllocationType &	stripAllocationType = `image::eStripAllocationType::eSAT_NoAllocation`,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a z strip 3d with kernel split operation used for data dispatch

◆ previousYStrip2dSplit() [1/2]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<PreviousImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::previousYStrip2dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a split operation allowing to generate y strips 2d just before first currently processed element used for data dispatch

◆ previousYStrip2dSplit() [2/2]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<PreviousImageYStrip2dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::previousYStrip2dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a split operation allowing to generate y strips 2d just before first currently processed element used for data dispatch

◆ previousZStrip3dSplit() [1/2]

template<typename TProcessor , typename TAttribute >

boost::shared_ptr<PreviousImageZStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::previousZStrip3dSplit	(	const image::ImageConstPtr &	pImage,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a split operation allowing to generate z strips 3d just before first currently processed element used for data dispatch

◆ previousZStrip3dSplit() [2/2]

template<typename TProcessor , typename TAttribute , typename TInputAttribute >

boost::shared_ptr<PreviousImageZStrip3dSplit<TProcessor, const image::BaseImage, TAttribute> > ipsdk::imaproc::previousZStrip3dSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::eStripParsingDirection &	stripParsingDirection = `image::eStripParsingDirection::eSPD_Direct`
	)

inline

create a split operation allowing to generate z strips 3d just before first currently processed element used for data dispatch

◆ tile2dCollSplit() [1/4]

template<typename TProcessor , typename TOutputAttribute >

boost::shared_ptr<InputImageTile2dCollSplit<TProcessor, TOutputAttribute> > ipsdk::imaproc::tile2dCollSplit	(	const typename InputImageTile2dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &	pImage,
		const image::Border2dPolicy &	border2dPolicy,
		const Tile2dCoordsColl &	tile2dCoordsColl
	)

inline

create a tile 2d collection split operation used for data dispatch

◆ tile2dCollSplit() [2/4]

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >

boost::enable_if_c<TInputAttribute::g_imageProcessingAttributeType == eImageProcessingAttributeType::eIPAT_Image && TInputAttribute::g_bOutput == false, boost::shared_ptr<InputImageTile2dCollSplit<TProcessor, TOutputAttribute> > >::type ipsdk::imaproc::tile2dCollSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::Border2dPolicy &	border2dPolicy,
		const Tile2dCoordsColl &	tile2dCoordsColl
	)

inline

create a tile 2d collection split operation used for data dispatch

◆ tile2dCollSplit() [3/4]

template<typename TProcessor , typename TOutputAttribute >

boost::shared_ptr<ImageTile2dCollSplit<TProcessor, TOutputAttribute> > ipsdk::imaproc::tile2dCollSplit	(	const typename ImageTile2dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &	pImage,
		const Tile2dCoordsColl &	tile2dCoordsColl
	)

inline

create a tile 2d collection split operation used for data dispatch

◆ tile2dCollSplit() [4/4]

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >

boost::enable_if_c<TInputAttribute::g_imageProcessingAttributeType == eImageProcessingAttributeType::eIPAT_Image && TInputAttribute::g_bOutput == true, boost::shared_ptr<ImageTile2dCollSplit<TProcessor, TOutputAttribute> > >::type ipsdk::imaproc::tile2dCollSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const Tile2dCoordsColl &	tile2dCoordsColl
	)

inline

create a tile 2d collection split operation used for data dispatch

◆ tile3dCollSplit() [1/4]

template<typename TProcessor , typename TOutputAttribute >

boost::shared_ptr<InputImageTile3dCollSplit<TProcessor, TOutputAttribute> > ipsdk::imaproc::tile3dCollSplit	(	const typename InputImageTile3dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &	pImage,
		const image::Border3dPolicy &	border3dPolicy,
		const Tile3dCoordsColl &	tile3dCoordsColl
	)

inline

create a tile 3d collection split operation used for data dispatch

◆ tile3dCollSplit() [2/4]

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >

boost::enable_if_c<TInputAttribute::g_imageProcessingAttributeType == eImageProcessingAttributeType::eIPAT_Image && TInputAttribute::g_bOutput == false, boost::shared_ptr<InputImageTile3dCollSplit<TProcessor, TOutputAttribute> > >::type ipsdk::imaproc::tile3dCollSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const image::Border3dPolicy &	border3dPolicy,
		const Tile3dCoordsColl &	tile3dCoordsColl
	)

inline

create a tile 3d collection split operation used for data dispatch

◆ tile3dCollSplit() [3/4]

template<typename TProcessor , typename TOutputAttribute >

boost::shared_ptr<ImageTile3dCollSplit<TProcessor, TOutputAttribute> > ipsdk::imaproc::tile3dCollSplit	(	const typename ImageTile3dCollSplit< TProcessor, TOutputAttribute >::InputImagePtrType &	pImage,
		const Tile3dCoordsColl &	tile3dCoordsColl
	)

inline

create a tile 3d collection split operation used for data dispatch

◆ tile3dCollSplit() [4/4]

template<typename TProcessor , typename TOutputAttribute , typename TInputAttribute >

boost::enable_if_c<TInputAttribute::g_imageProcessingAttributeType == eImageProcessingAttributeType::eIPAT_Image && TInputAttribute::g_bOutput == true, boost::shared_ptr<ImageTile3dCollSplit<TProcessor, TOutputAttribute> > >::type ipsdk::imaproc::tile3dCollSplit	(	const boost::shared_ptr< TInputAttribute > &	pInputAttribute,
		const Tile3dCoordsColl &	tile3dCoordsColl
	)

inline

create a tile 3d collection split operation used for data dispatch

◆ matchSize() [1/3]

IPSDKIMAGEPROCESSING_API processor::RulePtr ipsdk::imaproc::matchSize	(	const ImageAttributeConstWeakPtr &	pAttribute1,
		const ImageAttributeConstWeakPtr &	pAttribute2
	)

function allowing to check that two images have same size

This function check images size equality (for x, y, z, c and t components)

◆ matchSize() [2/3]

IPSDKIMAGEPROCESSING_API processor::RulePtr ipsdk::imaproc::matchSize	(	const ImageAttributeConstWeakPtr &	pAttribute1,
		const ImageAttributeConstWeakPtr &	pAttribute2,
		const ImageAttributeConstWeakPtr &	pAttribute3
	)

function allowing to check that three images have same size

This function check images size equality (for x, y, z, c and t components)

◆ matchSize() [3/3]

IPSDKIMAGEPROCESSING_API processor::RulePtr ipsdk::imaproc::matchSize	(	const ImageAttributeConstWeakPtr &	pAttribute1,
		const ImageAttributeConstWeakPtr &	pAttribute2,
		const ImageAttributeConstWeakPtr &	pAttribute3,
		const ImageAttributeConstWeakPtr &	pAttribute4
	)

function allowing to check that four images have same size

This function check images size equality (for x, y, z, c and t components)

◆ operator==()

template<typename AttributeType >

boost::enable_if<typename boost::mpl::equal_to<boost::mpl::int_<AttributeType::g_imageProcessingAttributeType>, boost::mpl::int_<eImageProcessingAttributeType::eIPAT_IPEnum> >::type, ipsdk::processor::RulePtr>::type ipsdk::imaproc::operator==	(	const boost::shared_ptr< AttributeType > &	pAttribute,
		const typename AttributeType::ValueType &	value
	)

inline

Rule allowing to check whether an image processing enumerate attribute is equal to a value

◆ isEqual()

template<typename AttributeType >

boost::enable_if<typename boost::mpl::equal_to<boost::mpl::int_<AttributeType::g_imageProcessingAttributeType>, boost::mpl::int_<eImageProcessingAttributeType::eIPAT_IPEnum> >::type, ipsdk::processor::RulePtr>::type ipsdk::imaproc::isEqual	(	const boost::weak_ptr< AttributeType > &	pAttribute,
		const typename AttributeType::ValueType &	value
	)

inline

Rule allowing to check whether an image processing enumerate attribute is equal to a value

◆ operator!=()

template<typename AttributeType >

boost::enable_if<typename boost::mpl::equal_to<boost::mpl::int_<AttributeType::g_imageProcessingAttributeType>, boost::mpl::int_<eImageProcessingAttributeType::eIPAT_IPEnum> >::type, ipsdk::processor::RulePtr>::type ipsdk::imaproc::operator!=	(	const boost::shared_ptr< AttributeType > &	pAttribute,
		const typename AttributeType::ValueType &	value
	)

inline

Rule allowing to check whether an image processing enumerate attribute is different from a value

◆ isNotEqual()

template<typename AttributeType >

boost::enable_if<typename boost::mpl::equal_to<boost::mpl::int_<AttributeType::g_imageProcessingAttributeType>, boost::mpl::int_<eImageProcessingAttributeType::eIPAT_IPEnum> >::type, ipsdk::processor::RulePtr>::type ipsdk::imaproc::isNotEqual	(	const boost::weak_ptr< AttributeType > &	pAttribute,
		const typename AttributeType::ValueType &	value
	)

inline

Rule allowing to check whether an image processing enumerate attribute is different from a value

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ Border2dPolicyAttributePtr

◆ Border2dPolicyAttributeConstPtr

◆ Border2dPolicyAttributeWeakPtr

◆ Border2dPolicyAttributeConstWeakPtr

◆ Border3dPolicyAttributePtr

◆ Border3dPolicyAttributeConstPtr

◆ Border3dPolicyAttributeWeakPtr

◆ Border3dPolicyAttributeConstWeakPtr

◆ ImageFormulaAttributePtr

◆ ImageFormulaAttributeConstPtr

◆ ImageFormulaAttributeWeakPtr

◆ ImageFormulaAttributeConstWeakPtr

◆ MeasureFormulaAttributePtr

◆ MeasureFormulaAttributeConstPtr

◆ MeasureFormulaAttributeWeakPtr

◆ MeasureFormulaAttributeConstWeakPtr

◆ ImageAttributePtr

◆ ImageAttributeConstPtr

◆ ImageAttributeWeakPtr

◆ ImageAttributeConstWeakPtr

◆ IBTAttributePtr

◆ IBTAttributeConstPtr

◆ IBTAttributeWeakPtr

◆ IBTAttributeConstWeakPtr

◆ IPEnumAttributePtr

◆ IPEnumAttributeConstPtr

◆ IPEnumAttributeWeakPtr

◆ IPEnumAttributeConstWeakPtr

◆ KernelXYAttributePtr

◆ KernelXYAttributeConstPtr

◆ KernelXYAttributeWeakPtr

◆ KernelXYAttributeConstWeakPtr

◆ KernelXYZAttributePtr

◆ KernelXYZAttributeConstPtr

◆ KernelXYZAttributeWeakPtr

◆ KernelXYZAttributeConstWeakPtr

◆ ShapeMeasureInfoSetAttributePtr

◆ ShapeMeasureInfoSetAttributeConstPtr

◆ ShapeMeasureInfoSetAttributeWeakPtr

◆ ShapeMeasureInfoSetAttributeConstWeakPtr

◆ ShapeMeasureSetAttributePtr

◆ ShapeMeasureSetAttributeConstPtr

◆ ShapeMeasureSetAttributeWeakPtr

◆ ShapeMeasureSetAttributeConstWeakPtr

◆ StructuringElementXYAttributePtr

◆ StructuringElementXYAttributeConstPtr

◆ StructuringElementXYAttributeWeakPtr

◆ StructuringElementXYAttributeConstWeakPtr

◆ StructuringElementXYZAttributePtr

◆ StructuringElementXYZAttributeConstPtr

◆ StructuringElementXYZAttributeWeakPtr

◆ StructuringElementXYZAttributeConstWeakPtr

Enumeration Type Documentation

◆ eImageAlgorithmFunctionMessage

◆ eImageParserType

◆ eStripParserMessage

◆ eStripParserType

◆ eBorderPolicyAttributeMessage

◆ eFormulaAttributeMessage

◆ eFormulaAttributeType

◆ eGeometryEntity2dCollAttributeType

◆ eGeometryEntity3dCollAttributeType

◆ eGeometryEntityCollAttributeMessage

◆ eGeometryEntityCollAttributeType

◆ eImageAttributeMessage

◆ eImageProcessingAttributeType

◆ eIPEnumAttributeMessage

◆ eKernelAttributeMessage

◆ ePlanIndexedAttributeMessage

◆ eShapeMeasureInfoSetMessage

◆ eShapeMeasureSetMessage

◆ eStripAttributeMessage

◆ eStripAttributeType

◆ eStructuringElementAttributeMessage