mlITKSupportMacrosP.h File Reference

#include "mlInitSystemITKSupport.h"
#include "mlModuleIncludes.h"
#include <itkImage.h>

Go to the source code of this file.

Macros
#define	_ML_INSTANTIATE_2D_CODE(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, USER_CODE2, CLASS_NAME, DIM)
	Include dll-specific settings.
#define	_ML_INSTANTIATE_3D_CODE(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, USER_CODE2, CLASS_NAME, DIM)
	Helper macro to instantiate some code for all ML data types and all ML dimensions.
#define	_ML_INSTANTIATE_2D3D_CODE(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, USER_CODE2, CLASS_NAME, DIM)
	Helper macro to instantiate some code for all ML data types and all ML dimensions.
#define	_ML_INSTANTIATE_6D_CODE(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, USER_CODE2, CLASS_NAME, DIM)
	Helper macro to instantiate some code for all ML data types and all ML dimensions.
#define	_ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, DIM_INST)
	This macro implements code for all ML voxel data types supported by ITK.
#define	ML_IMPLEMENT_ALL_ITK_2D_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM)    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_2D_CODE)
	This macro implements 2D code for all ML voxel data types supported by ITK.
#define	ML_IMPLEMENT_ALL_ITK_3D_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM)    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_3D_CODE)
	This macro implements 3D code for all ML voxel data types supported by ITK.
#define	ML_IMPLEMENT_ALL_ITK_2D3D_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM)    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_2D3D_CODE)
	This macro implements 2+3D code for all ML voxel data types supported by ITK.
#define	ML_IMPLEMENT_ALL_ITK_6D_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM)    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_6D_CODE)
	This macro implements 6D code for all ML voxel data types supported by ITK.
#define	_TEMPLATE_INPUTS0   OutImageType
#define	_TEMPLATE_INPUTS1   InImageType,OutImageType
#define	_TEMPLATE_INPUTS2   InImageType,InImageType,OutImageType
#define	_TEMPLATE_INPUTS3   InImageType,InImageType,InImageType,OutImageType
#define	_TEMPLATE_INPUTS4   InImageType,InImageType,InImageType,InImageType,OutImageType
#define	_TEMPLATE_INPUTS5   InImageType,InImageType,InImageType,InImageType,InImageType,OutImageType
#define	_WRAPPER_DETERMINE_IN_REGION1_CPP(CLASS_NAME)   \
	Helper functions to determine the input region needed to calculate a certain output region by an ITKImage of of any data type and any dimensions.
#define	_ML_CALL_CALCOUTSUBIMAGE(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Non public helper macro to support for X inputs.
#define	_ML_CREATE_ITK_FILTER(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file to instantiate an itk object.
#define	_ML_DESTROY_ITK_FILTER(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file.
#define	_ML_DETERMINE_ITK_IN_REGION(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, _DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file.
#define	_ML_DETERMINE_ITK_OUT_IMAGE_REGION(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file.
#define	_ML_SET_FILTER_PARAMETERS(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file.
#define	_ML_GET_FILTER_PARAMETERS(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM, CLASS_NAME)
	Internal helper macro, to be used only within this file.
#define	_ML_ITK_DETERMINE_IN_REGION_0(CLASS_NAME, NAMESPACE)
	Calculates required input regions for filters with 0 inputs.
#define	_ML_ITK_DETERMINE_IN_REGION_N(CLASS_NAME, NAMESPACE)
	Calculates required input regions for any number of filter inputs.
#define	_ML_ITK_DETERMINE_OUT_REGION_0(CLASS_NAME, NAMESPACE)
	Calculates the maximum extent of the itk output image for 0 inputs and returns it as SubImageBox.
#define	_ML_ITK_DETERMINE_OUT_REGION_N(CLASS_NAME, NAMESPACE)
	Calculates the maximum extent of the itk output image for N inputs and returns it as SubImageBox.
#define	ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0(CLASS_NAME, NAMESPACE)    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS0> FilterType; \
	Implement all support functionality for ITK filter calls and the call to the correct template version of of calcOutSubImageT.
#define	ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_1(CLASS_NAME, NAMESPACE)    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS1> FilterType; \
	See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 1 input.
#define	ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_2(CLASS_NAME, NAMESPACE)    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS2> FilterType; \
	See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 2 inputs.
#define	ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_3(CLASS_NAME, NAMESPACE)    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS3> FilterType; \
	See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 3 inputs.
#define	_ML_ITK_WRAPPER(PROJECT_PREFIX, CLASS_NAME, NAMESPACE, DET_IN_REGION, WRAPPER_TYPEDEFS, CREATOR_SWITCH, DET_OUT_REGION)
	Implements a template class CLASS_NAME derived from BASE_CLASS with private constructor, destructor and assignment operator.

Macro Definition Documentation

_ML_CALL_CALCOUTSUBIMAGE

#define _ML_CALL_CALCOUTSUBIMAGE	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

  {  \
    reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
      ->calcOutSubImageT(*outSubImg, outIndex, inSubImgs); \
  }

Non public helper macro to support for X inputs.

Special version will
pass the number of parameters as macro parameters

Definition at line 157 of file mlITKSupportMacrosP.h.

_ML_CREATE_ITK_FILTER

#define _ML_CREATE_ITK_FILTER	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

 reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
   ->_createITKFilterT();

Internal helper macro, to be used only within this file to instantiate an itk object.

It expands to the code which calls functionality of the
template wrapper of the ML module (for all ITK data types
and dims) to create a typed ITK instance given by the untyped
pointer itkFilterVoidPtr.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm to be instantiated.

Definition at line 177 of file mlITKSupportMacrosP.h.

_ML_DESTROY_ITK_FILTER

#define _ML_DESTROY_ITK_FILTER	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

 reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
   ->_destroyITKFilterT();

Internal helper macro, to be used only within this file.

It expands
to the code which calls functionality of the template wrapper of
the ML module (for all ITK data types and dims) to destroy a typed
ITK instance given by the untyped pointer itkFilterVoidPtr.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm to be destroyed.

Definition at line 193 of file mlITKSupportMacrosP.h.

_ML_DETERMINE_ITK_IN_REGION

#define _ML_DETERMINE_ITK_IN_REGION	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			_DIM,
			CLASS_NAME )

Value:

 return reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, _DIM>*>(this) \
   ->_determineInRegionT(inIndex, outBox, outIndex, numActiveInputs);

Internal helper macro, to be used only within this file.

It expands
to the code which calls functionality of the template wrapper of
the ML module (for all ITK data types and dims) to calculate the
input image region needed to calculate a certain output region.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
_DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm whose method shall be called.

Definition at line 209 of file mlITKSupportMacrosP.h.

_ML_DETERMINE_ITK_OUT_IMAGE_REGION

#define _ML_DETERMINE_ITK_OUT_IMAGE_REGION	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

  return reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
    ->_getOutImageRegionT(numImageInputs);

Internal helper macro, to be used only within this file.

It expands
to the code which calls functionality of the template wrapper of
the ML module (for all ITK data types and dims) to calculate the
largest possible output image region and returns it as SubImgBox.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm whose method shall be called.

Definition at line 226 of file mlITKSupportMacrosP.h.

_ML_GET_FILTER_PARAMETERS

#define _ML_GET_FILTER_PARAMETERS	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

  return reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
    ->_getFilterParametersT();

Internal helper macro, to be used only within this file.

It expands
to the code which calls functionality of the template wrapper of
the ML module (for all ITK data types and dims) to get all filter
parameters and to set field values with the read parameters.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm whose method shall be called.

Definition at line 258 of file mlITKSupportMacrosP.h.

_ML_IMPLEMENT_ALL_ITK_CASES

#define _ML_IMPLEMENT_ALL_ITK_CASES	(		INFO_STRING,
			USER_CODE,
			CLASS_NAME,
			DATATYPE_ENUM,
			DIM,
			DIM_INST )

Value:

  switch(DATATYPE_ENUM){                                                                            \
    case MLint8Type:       DIM_INST(MLint8      , MLint8      , MLint8      , MLint8   , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLuint8Type:      DIM_INST(MLuint8     , MLuint8     , MLuint8     , MLuint8  , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLint16Type:      DIM_INST(MLint16     , MLint16     , MLint16     , MLint16  , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLuint16Type:     DIM_INST(MLuint16    , MLuint16    , MLuint16    , MLuint16 , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLint32Type:      DIM_INST(MLint32     , MLint32     , MLint32     , MLint32  , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLuint32Type:     DIM_INST(MLuint32    , MLuint32    , MLuint32    , MLuint32 , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLfloatType:      DIM_INST(MLfloat     , MLfloat     , MLfloat     , MLfloat  , USER_CODE, CLASS_NAME, DIM); break;    \
    case MLdoubleType:     DIM_INST(MLdouble    , MLdouble    , MLdouble    , MLdouble , USER_CODE, CLASS_NAME, DIM); break;    \
 /* case MLldoubleType:    DIM_INST(MLldouble   , MLldouble   , MLldouble   , MLldouble, USER_CODE, CLASS_NAME, DIM); break; */ \
 /* case MLint64Type:      DIM_INST(MLint64     , MLint64     , MLint64     , MLint64  , USER_CODE, CLASS_NAME, DIM); break; */ \
 /* case MLuint64Type:     DIM_INST(MLuint64    , MLuint64    , MLuint64    , MLuint64 , USER_CODE, CLASS_NAME, DIM); break; */ \
    default: { \
      ML_ITK_ML_PRINT_ERROR(#CLASS_NAME, ML_BAD_DATA_TYPE, \
                            "Type case not executed(_ML_IMPLEMENT_ALL_ITK_CASES).", \
                            "DATATYPE_ENUM=", DATATYPE_ENUM, \
                            "DIM=", DIM); \
      break; \
    } \
  } \

This macro implements code for all ML voxel data types supported by ITK.

Definition at line 85 of file mlITKSupportMacrosP.h.

_ML_INSTANTIATE_2D3D_CODE

#define _ML_INSTANTIATE_2D3D_CODE	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			USER_CODE2,
			CLASS_NAME,
			DIM )

Value:

  {                                                                      \
    switch (DIM){                                                        \
      case 2: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 2, CLASS_NAME); break;         \
      case 3: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 3, CLASS_NAME); break;         \
      default:                                                           \
        ML_ITK_ML_PRINT_ERROR(#CLASS_NAME, ML_BAD_DIMENSION, "Ignoring case(_ML_INSTANTIATE_3D_CODE).", "DIM=", DIM); \
    }                                                                    \
  }

Helper macro to instantiate some code for all ML data types and all ML dimensions.

Definition at line 54 of file mlITKSupportMacrosP.h.

_ML_INSTANTIATE_2D_CODE

#define _ML_INSTANTIATE_2D_CODE	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			USER_CODE2,
			CLASS_NAME,
			DIM )

Value:

  {                                                                      \
    switch (DIM){                                                        \
      case 2: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 2, CLASS_NAME); break;         \
      default:                                                           \
        ML_ITK_ML_PRINT_ERROR(#CLASS_NAME, ML_BAD_DIMENSION, "Ignoring case(_ML_INSTANTIATE_2D_CODE).", "DIM=", DIM); \
    }                                                                    \
  }

Include dll-specific settings.

Include most ml specific things. Include required ITK stuff needed by many macros. Helper macro to instantiate some code for all ML data types and all ML dimensions.

Definition at line 28 of file mlITKSupportMacrosP.h.

_ML_INSTANTIATE_3D_CODE

#define _ML_INSTANTIATE_3D_CODE	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			USER_CODE2,
			CLASS_NAME,
			DIM )

Value:

  {                                                                      \
    switch (DIM){                                                        \
      case 3: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 3, CLASS_NAME); break;         \
      default:                                                           \
        ML_ITK_ML_PRINT_ERROR(#CLASS_NAME, ML_BAD_DIMENSION, "Ignoring case(_ML_INSTANTIATE_3D_CODE).", "DIM=", DIM); \
    }                                                                    \
  }

Helper macro to instantiate some code for all ML data types and all ML dimensions.

Definition at line 41 of file mlITKSupportMacrosP.h.

_ML_INSTANTIATE_6D_CODE

#define _ML_INSTANTIATE_6D_CODE	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			USER_CODE2,
			CLASS_NAME,
			DIM )

Value:

  {                                                                      \
    switch (DIM){                                                        \
  /*  case 1: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 1, CLASS_NAME); break;*/       \
      case 2: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 2, CLASS_NAME); break;         \
      case 3: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 3, CLASS_NAME); break;         \
  /*  case 4: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 4, CLASS_NAME); break; */      \
  /*  case 5: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 5, CLASS_NAME); break; */      \
      case 6: USER_CODE2(MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, 6, CLASS_NAME); break;         \
      default:                                                           \
        ML_ITK_ML_PRINT_ERROR(#CLASS_NAME, ML_BAD_DIMENSION, "Ignoring case(_ML_INSTANTIATE_6D_CODE).", "DIM=", DIM); \
    }                                                                    \
  }

Helper macro to instantiate some code for all ML data types and all ML dimensions.

Definition at line 68 of file mlITKSupportMacrosP.h.

_ML_ITK_DETERMINE_IN_REGION_0

#define _ML_ITK_DETERMINE_IN_REGION_0	(		CLASS_NAME,
			NAMESPACE )

Value:

  SubImageBox _determineInRegionT(MLint /*inIndex*/, const SubImageBox &/*outBox*/, MLint /*outIndex*/, MLint /*numActiveInputs*/) \
  {                                                                                                 \
    return SubImageBox();                                                                           \
  }

Calculates required input regions for filters with 0 inputs.

Always returns empty box on any passed parameters.

Definition at line 267 of file mlITKSupportMacrosP.h.

_ML_ITK_DETERMINE_IN_REGION_N

#define _ML_ITK_DETERMINE_IN_REGION_N	(		CLASS_NAME,
			NAMESPACE )

Value:

  SubImageBox _determineInRegionT(MLint inIndex, const SubImageBox &outBox, MLint outIndex, MLint numActiveInputs) \
  {                                                                                     \
    typename FilterType::Pointer filter = static_cast<FilterType*>(_itkObj->voidFilterPtr()); \
    return determineImageFilterInRegionTN<FilterType, InImageType>                      \
             (filter, *this, inIndex, outBox, outIndex, numActiveInputs);               \
  }                                                                                     \

Calculates required input regions for any number of filter inputs.

inIndex specifies the input region to be calculated.
outBox specifies the output region which shall be
calculated by the filter.

Definition at line 279 of file mlITKSupportMacrosP.h.

_ML_ITK_DETERMINE_OUT_REGION_0

#define _ML_ITK_DETERMINE_OUT_REGION_0	(		CLASS_NAME,
			NAMESPACE )

Value:

  SubImageBox _getOutImageRegionT(int /*numImageInputs*/)                              \
  {                                                                                    \
    typename FilterType::Pointer filter = static_cast<FilterType*>(_itkObj->voidFilterPtr());\
    return determineImageFilterOutImageRegionT0<FilterType, OutImageType>              \
             (filter, *this);                                                          \
  }                                                                                    \

Calculates the maximum extent of the itk output image for 0 inputs and returns it as SubImageBox.

Definition at line 293 of file mlITKSupportMacrosP.h.

_ML_ITK_DETERMINE_OUT_REGION_N

#define _ML_ITK_DETERMINE_OUT_REGION_N	(		CLASS_NAME,
			NAMESPACE )

Value:

  SubImageBox _getOutImageRegionT(int numImageInputs)                                  \
  {                                                                                    \
    typename FilterType::Pointer filter = static_cast<FilterType*>(_itkObj->voidFilterPtr());\
    return determineImageFilterOutImageRegionTN<FilterType, OutImageType, InImageType> \
             (filter, *this, numImageInputs);                                          \
  }                                                                                    \

Calculates the maximum extent of the itk output image for N inputs and returns it as SubImageBox.

Definition at line 305 of file mlITKSupportMacrosP.h.

_ML_ITK_WRAPPER

#define _ML_ITK_WRAPPER	(		PROJECT_PREFIX,
			CLASS_NAME,
			NAMESPACE,
			DET_IN_REGION,
			WRAPPER_TYPEDEFS,
			CREATOR_SWITCH,
			DET_OUT_REGION )

Implements a template class CLASS_NAME derived from BASE_CLASS with private constructor, destructor and assignment operator.

The template class depends on

//   <typename DATATYPE, unsigned int DIM> 

it implements the prototype of the function

//    TSubImage<DATATYPE> *outSubImg, int outIndex SUB_IMGS)

Definition at line 352 of file mlITKSupportMacrosP.h.

_ML_SET_FILTER_PARAMETERS

#define _ML_SET_FILTER_PARAMETERS	(		MLOUTDATATYPE,
			ITKOUTDATATYPE,
			MLINDATATYPE,
			ITKINDATATYPE,
			DIM,
			CLASS_NAME )

Value:

  return reinterpret_cast<CLASS_NAME##Wrapper<MLOUTDATATYPE, ITKOUTDATATYPE, MLINDATATYPE, ITKINDATATYPE, DIM>*>(this) \
    ->_setFilterParametersT();

Internal helper macro, to be used only within this file.

It expands
to the code which calls functionality of the template wrapper of
the ML module (for all ITK data types and dims) to set all filter
parameters.

Parameters

MLOUTDATATYPE	is the ML voxel type of output image(s).
ITKOUTDATATYPE	is the ITK voxel type of the output image(s) of the ITK class.
MLINDATATYPE	is the ML voxel type of the input image(s).
ITKINDATATYPE	is the ITK voxel type of the input image(s).
DIM	is the dimension the ITK class is compiled with.
CLASS_NAME	is the class name of the ITK algorithm whose method shall be called.

Definition at line 242 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS0

#define _TEMPLATE_INPUTS0   OutImageType

Definition at line 135 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS1

#define _TEMPLATE_INPUTS1   InImageType,OutImageType

Definition at line 136 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS2

#define _TEMPLATE_INPUTS2   InImageType,InImageType,OutImageType

Definition at line 137 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS3

#define _TEMPLATE_INPUTS3   InImageType,InImageType,InImageType,OutImageType

Definition at line 138 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS4

#define _TEMPLATE_INPUTS4   InImageType,InImageType,InImageType,InImageType,OutImageType

Definition at line 139 of file mlITKSupportMacrosP.h.

_TEMPLATE_INPUTS5

#define _TEMPLATE_INPUTS5   InImageType,InImageType,InImageType,InImageType,InImageType,OutImageType

Definition at line 140 of file mlITKSupportMacrosP.h.

_WRAPPER_DETERMINE_IN_REGION1_CPP

#define _WRAPPER_DETERMINE_IN_REGION1_CPP

(

CLASS_NAME

)

\

Helper functions to determine the input region needed
to calculate a certain output region by an ITKImage of
of any data type and any dimensions.

Definition at line 149 of file mlITKSupportMacrosP.h.

ML_IMPLEMENT_ALL_ITK_2D3D_CASES

#define ML_IMPLEMENT_ALL_ITK_2D3D_CASES	(		INFO_STRING,
			USER_CODE,
			CLASS_NAME,
			DATATYPE_ENUM,
			DIM )    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_2D3D_CODE)

This macro implements 2+3D code for all ML voxel data types supported by ITK.

Definition at line 122 of file mlITKSupportMacrosP.h.

ML_IMPLEMENT_ALL_ITK_2D_CASES

#define ML_IMPLEMENT_ALL_ITK_2D_CASES	(		INFO_STRING,
			USER_CODE,
			CLASS_NAME,
			DATATYPE_ENUM,
			DIM )    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_2D_CODE)

This macro implements 2D code for all ML voxel data types supported by ITK.

Definition at line 110 of file mlITKSupportMacrosP.h.

ML_IMPLEMENT_ALL_ITK_3D_CASES

#define ML_IMPLEMENT_ALL_ITK_3D_CASES	(		INFO_STRING,
			USER_CODE,
			CLASS_NAME,
			DATATYPE_ENUM,
			DIM )    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_3D_CODE)

This macro implements 3D code for all ML voxel data types supported by ITK.

Definition at line 116 of file mlITKSupportMacrosP.h.

ML_IMPLEMENT_ALL_ITK_6D_CASES

#define ML_IMPLEMENT_ALL_ITK_6D_CASES	(		INFO_STRING,
			USER_CODE,
			CLASS_NAME,
			DATATYPE_ENUM,
			DIM )    _ML_IMPLEMENT_ALL_ITK_CASES(INFO_STRING, USER_CODE, CLASS_NAME, DATATYPE_ENUM, DIM, _ML_INSTANTIATE_6D_CODE)

This macro implements 6D code for all ML voxel data types supported by ITK.

Definition at line 128 of file mlITKSupportMacrosP.h.

ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0

#define ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0	(		CLASS_NAME,
			NAMESPACE )    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS0> FilterType; \

Implement all support functionality for ITK filter calls and the call to the correct template version of of calcOutSubImageT.

Parameters

CLASS_NAME	specifies the class name of the ITK algorithm.
NAMESPACE	specifies the namespace in which CLASS_NAME resides.

Definition at line 322 of file mlITKSupportMacrosP.h.

ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_1

#define ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_1	(		CLASS_NAME,
			NAMESPACE )    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS1> FilterType; \

See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 1 input.

Definition at line 326 of file mlITKSupportMacrosP.h.

ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_2

#define ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_2	(		CLASS_NAME,
			NAMESPACE )    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS2> FilterType; \

See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 2 inputs.

Definition at line 330 of file mlITKSupportMacrosP.h.

ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_3

#define ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_3	(		CLASS_NAME,
			NAMESPACE )    typedef NAMESPACE::CLASS_NAME<_TEMPLATE_INPUTS3> FilterType; \

See ML_ITK_DEFAULT_WRAPPER_TYPEDEFS_0; this is for 3 inputs.

Definition at line 334 of file mlITKSupportMacrosP.h.