defines.hh File Reference

#include <mia/core/gsl_defines.hh>

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Macros
#define	EXPORT   DO_EXPORT
	Macro to set visibility to default, resp. __declspec(dllexport) More...
#define	EXPORT_CORE   DO_IMPORT
	Macro to manage Visual C++ style dllimport/dllexport. More...
#define	MIA_MODULE_SUFFIX   "mia"
	suffix for plug-ins More...
#define	NS_BEGIN(NS)   namespace NS {
	conveniance define to start a namespace More...
#define	NS_END   }
	conveniance define to end a namespace More...
#define	NS_MIA_BEGIN   namespace mia {
	conveniance define to start the mia namespace More...
#define	NS_MIA_END   }
	conveniance define to end the mia namespace More...
#define	NS_MIA_USE   using namespace mia;
	conveniance define to use the mia namespace More...
#define	NS_USE(NS)   using namespace NS
	conveniance define to use s namespace More...

Enumerations
enum	EInterpolation {   ip_nn, ip_linear, ip_bspline0, ip_bspline1,   ip_bspline2, ip_bspline3, ip_bspline4, ip_bspline5,   ip_omoms3, ip_unknown }
	some constants for interpoation types More...
enum	EInterpolationFactory { ipf_spline, ipf_unknown }
	Enumerate for the types of possible interpolator factories. More...

Functions
EXPORT_CORE char const *	get_revision ()

Detailed Description

This file provides some defines to make life easier

Definition in file defines.hh.

Macro Definition Documentation

EXPORT

#define EXPORT   DO_EXPORT

Macro to set visibility to default, resp. __declspec(dllexport)

Definition at line 105 of file defines.hh.

EXPORT_CORE

#define EXPORT_CORE   DO_IMPORT

Macro to manage Visual C++ style dllimport/dllexport.

Definition at line 101 of file defines.hh.

Referenced by TParameter< T >::do_descr(), CAttributedData::get_attribute_as(), NCCGradHelper::get_gradient_scale(), vstream::operator std::ostream &(), CSparseHistogram::operator()(), operator<<(), produce_spline_boundary_condition(), and CSplineKernel::size().

MIA_MODULE_SUFFIX

#define MIA_MODULE_SUFFIX   "mia"

suffix for plug-ins

Definition at line 84 of file defines.hh.

NS_BEGIN

#define NS_BEGIN

(

NS

)

namespace NS {

conveniance define to start a namespace

Definition at line 42 of file defines.hh.

NS_END

#define NS_END   }

conveniance define to end a namespace

Definition at line 45 of file defines.hh.

NS_MIA_BEGIN

#define NS_MIA_BEGIN   namespace mia {

conveniance define to start the mia namespace

Definition at line 33 of file defines.hh.

NS_MIA_END

#define NS_MIA_END   }

conveniance define to end the mia namespace

Definition at line 36 of file defines.hh.

Referenced by TProductCache< ProductPtr >::add(), multiply< T2DImage< T > >::apply(), BOOST_TEST_create_from_plugin(), C1DInterpolatorFactory::create(), C2DInterpolatorFactory::create(), distance_transform_prepare(), TParameter< T >::do_descr(), TImageCombinerFilterPlugin< Image >::do_get_descr(), eat_char(), TFilterChain< Handler >::empty(), TCSTPlan< T >::execute(), CSplineParzenMI::fill(), TRegModel< Dim >::get_force_scale(), TDictMap< EBoxSegmentation >::get_help_end(), C2DSolveCG::get_iterations(), solve_sCG::get_iterations(), TDelayedParameter< T >::get_key(), THistogram< Feeder >::get_reduced_range(), TSingleReferencedObject< T >::get_refcount(), Transformation< C3DImage, C3DInterpolatorFactory >::has_energy_penalty(), kmeans(), load_image(), load_image< P2DImage >(), load_image< P3DImage >(), make_opt(), make_repeatable_opt(), mean_var(), normalize(), TRefHolder< T >::operator const_reference(), operator!=(), CSparseHistogram::operator()(), FDeformer3D::operator()(), FIntensityStatsAccumulator::operator()(), FMedianMAD::operator()(), FDeformer2D::operator()(), less_then< T3DVector< T > >::operator()(), operator*(), operator+(), C3DCriticalPoint::operator<(), operator<<(), operator>>(), vector_dimsize::operator[](), range2d_iterator< I >::operator[](), preduce(), fifof_Fixture::prepare(), produce_2d_shape(), produce_2dfullcost(), produce_2dtransform_factory(), produce_3dimage_filter(), produce_3dtransform_factory(), produce_minimizer(), produce_spacial_kernel(), TFiltertestFixture< Image >::run(), run_filter(), save_transform(), CThreadMsgStream::set_master_stream(), SFuzzySegParams::SFuzzySegParams(), simpson(), clist< T >::size(), CSplineKernel::size(), CSplineBoundaryCondition::template_filter_line(), TDataFilter< Image >::test_pixeltype_conversion(), to_string< double >(), TPolyTriangulator< VertexVector, Polygon >::triangulate(), TWatershedFilterPlugin< dim >::TWatershedFilterPlugin(), and NDVectorIOcvd< T >::write().

NS_MIA_USE

#define NS_MIA_USE   using namespace mia;

conveniance define to use the mia namespace

Definition at line 39 of file defines.hh.

NS_USE

#define NS_USE

(

NS

)

using namespace NS

conveniance define to use s namespace

Definition at line 48 of file defines.hh.

Enumeration Type Documentation

EInterpolation

enum EInterpolation

some constants for interpoation types

Enumerator
ip_nn	nearest neighbor interpolation
ip_linear	linear interpolation
ip_bspline0	bsplines of degree 0 (nearest neighbor interpolation)
ip_bspline1	bsplines of degree 1 (linear interpolation)
ip_bspline2	bsplines of degree 2
ip_bspline3	bsplines of degree 3
ip_bspline4	bsplines of degree 4
ip_bspline5	bsplines of degree 5
ip_omoms3	omoms splines of degree 3
ip_unknown	unknown type

Definition at line 62 of file defines.hh.

EInterpolationFactory

enum EInterpolationFactory

Enumerate for the types of possible interpolator factories.

Enumerator
ipf_spline	bspline based interpolation
ipf_unknown	unkown type

Definition at line 76 of file defines.hh.

Function Documentation

get_revision()

EXPORT_CORE char const* get_revision

(

)