MeasureSrcMacros.h File Reference

Source part of macro set used for shape measure class implementation. More...

#include <IPSDKSerialization/Engine/SerializationSrcMacro.h>
#include <IPSDKBaseShapeAnalysis/Measure/MeasureLogMessages.h>
#include <IPSDKBaseShapeAnalysis/Logger/IPSDKBaseShapeAnalysisLog.h>
#include <boost/make_shared.hpp>

Go to the source code of this file.

Macros
#define	IPSDK_IMPLEMENT_INDIVISIBLE_MEASURE(libraryName, namespaceSeq, msrName, version)
	macro allowing to implement indivisible measure
#define	IPSDK_IMPLEMENT_GENERIC_MEASURE(libraryName, namespaceSeq, msrName, version)
	macro allowing to implement generic measure
#define	IPSDK_IMPLEMENT_GEOMETRY2D_MEASURE(libraryName, namespaceSeq, msrName, version)
	macro allowing to implement geometry 2d measure More...
#define	IPSDK_IMPLEMENT_GEOMETRY3D_MEASURE(libraryName, namespaceSeq, msrName, version)
	macro allowing to implement geometry 3d measure More...
#define	IPSDK_IMPLEMENT_INTENSITY_MEASURE(libraryName, namespaceSeq, msrName, version)
	macro allowing to implement intensity measure

Detailed Description

Source part of macro set used for shape measure class implementation.

Author

E. Noirfalise

Date

2015/07/01

Copyright

2015 Reactiv'IP, all right reserved.

Macro Definition Documentation

IPSDK_IMPLEMENT_GEOMETRY2D_MEASURE

#define IPSDK_IMPLEMENT_GEOMETRY2D_MEASURE	(		libraryName,
			namespaceSeq,
			msrName,
			version
	)

Value:

IPSDK_IMPLEMENT_SERIAL_WITH_COPY(libraryName, namespaceSeq, BOOST_PP_CAT(msrName, Msr), version)    \
    const BOOST_PP_CAT(msrName, Msr)::MsrParamsConstStorageType&                                        \
    BOOST_PP_CAT(msrName, Msr)::getMsrParams() const {                                                  \
        if (_pMsrDerivedParams.get() == 0)                                                              \
            _pMsrDerivedParams = boost::static_pointer_cast<MsrParamsConstType>(                        \
                                    getMeasureInfo().getMsrParams());                                   \
        return _pMsrDerivedParams;                                                                      \
    }                                                                                                   \
    ipsdk::shape::analysis::MeasureResultPtr                                                            \
    BOOST_PP_CAT(msrName, Msr)::startProcessingDerived(const ipsdk::ipUInt64 defaultNbColorPlans,       \
                                                       const ipsdk::ipUInt64 nbEntities,                \
                                                       const bool bForceNbColorPlans,                   \
                                                       const bool bWithIgnoredFirstElement) {           \
        boost::shared_ptr<MsrResultType> pMsrResults(boost::make_shared<MsrResultType>());              \
        pMsrResults->init(1, nbEntities);                                                               \
        return pMsrResults;                                                                             \
    }                                                                                                   \
    ipsdk::BoolResult                                                                                   \
    BOOST_PP_CAT(msrName, Msr)::measureShapeDerived(const ipsdk::ipUInt64 shapeIdx,                     \
                                                    const ipsdk::geom::Shape2d& shape2d) {              \
        MsrResultType& msrResults = static_cast<MsrResultType&>(accessMeasureResult());                 \
        MsrResultValueType result;                                                                      \
        BoolResult bRes = processMeasure(shapeIdx, shape2d, result);                                    \
        if (bRes == false)                                                                              \
            return bRes;                                                                                \
        msrResults.getColl()[shapeIdx] = result;                                                        \
        return true;                                                                                    \
    }

macro allowing to implement geometry 2d measure

IPSDK_IMPLEMENT_GEOMETRY3D_MEASURE

#define IPSDK_IMPLEMENT_GEOMETRY3D_MEASURE	(		libraryName,
			namespaceSeq,
			msrName,
			version
	)

Value:

IPSDK_IMPLEMENT_SERIAL_WITH_COPY(libraryName, namespaceSeq, BOOST_PP_CAT(msrName, Msr), version)    \
    const BOOST_PP_CAT(msrName, Msr)::MsrParamsConstStorageType&                                        \
    BOOST_PP_CAT(msrName, Msr)::getMsrParams() const {                                                  \
        if (_pMsrDerivedParams.get() == 0)                                                              \
            _pMsrDerivedParams = boost::static_pointer_cast<MsrParamsConstType>(                        \
                                    getMeasureInfo().getMsrParams());                                   \
        return _pMsrDerivedParams;                                                                      \
    }                                                                                                   \
    ipsdk::shape::analysis::MeasureResultPtr                                                            \
    BOOST_PP_CAT(msrName, Msr)::startProcessingDerived(const ipsdk::ipUInt64 defaultNbColorPlans,       \
                                                       const ipsdk::ipUInt64 nbEntities,                \
                                                       const bool bForceNbColorPlans,                   \
                                                       const bool bWithIgnoredFirstElement) {           \
        boost::shared_ptr<MsrResultType> pMsrResults(boost::make_shared<MsrResultType>());              \
        pMsrResults->init(1, nbEntities);                                                               \
        return pMsrResults;                                                                             \
    }                                                                                                   \
    ipsdk::BoolResult                                                                                   \
    BOOST_PP_CAT(msrName, Msr)::measureShapeDerived(const ipsdk::ipUInt64 shapeIdx,                     \
                                                    const ipsdk::geom::Shape3d& shape3d) {              \
        MsrResultType& msrResults = static_cast<MsrResultType&>(accessMeasureResult());                 \
        MsrResultValueType result;                                                                      \
        BoolResult bRes = processMeasure(shapeIdx, shape3d, result);                                    \
        if (bRes == false)                                                                              \
            return bRes;                                                                                \
        msrResults.getColl()[shapeIdx] = result;                                                        \
        return true;                                                                                    \
    }

macro allowing to implement geometry 3d measure