MeasureResultUtils.h

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// MeasureResultUtils.h:
// ---------------------
//

#ifndef __IPSDKBASESHAPEANALYSIS_MEASURERESULTUTILS_H__
#define __IPSDKBASESHAPEANALYSIS_MEASURERESULTUTILS_H__

#include <IPSDKBaseShapeAnalysis/IPSDKBaseShapeAnalysisExports.h>
#include <IPSDKBaseShapeAnalysis/Measure/MeasureTypes.h>
#include <IPSDKBaseShapeAnalysis/Measure/Result/MeasureResultTypes.h>
#include <IPSDKUtil/Tools/ProcessingResult.h>
#include <IPSDKUtil/Tools/NumericLimits.h>
#include <boost/filesystem/path.hpp>
#include <vector>

namespace ipsdk {
namespace shape {
namespace analysis {


IPSDKBASESHAPEANALYSIS_API BoolResult
saveCsvMeasureFile(const boost::filesystem::path& csvMeasureFilePath,
                   const MeasureSet& measureSet,
                   const eMsrResultCsvUnitFormat& msrResultCsvUnitFormat = eMsrResultCsvUnitFormat::eMRCUF_NextLine);

template <typename T>
IPSDKBASESHAPEANALYSIS_API const std::vector<T>&
extractValueResults(const MeasureConstPtr& pMeasure,
                    const ipUInt64 cPlanIdx = 0);

template <typename T>
IPSDKBASESHAPEANALYSIS_API const std::vector<std::vector<T> >&
extractCollResults(const MeasureConstPtr& pMeasure,
                   const ipUInt64 cPlanIdx = 0);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compare(const ValueMeasureResult<T>& msrResult1,
        const ValueMeasureResult<T>& msrResult2,
        const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareRelative(const ValueMeasureResult<T>& msrResult1,
                const ValueMeasureResult<T>& msrResult2,
                const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compare(const CollMeasureResult<T>& msrResult1,
        const CollMeasureResult<T>& msrResult2,
        const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareRelative(const CollMeasureResult<T>& msrResult1,
                const CollMeasureResult<T>& msrResult2,
                const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareValue(const MeasureConstPtr& pMeasure1,
             const MeasureConstPtr& pMeasure2,
             const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareRelativeValue(const MeasureConstPtr& pMeasure1,
                     const MeasureConstPtr& pMeasure2,
                     const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareColl(const MeasureConstPtr& pMeasure1,
            const MeasureConstPtr& pMeasure2,
            const T tolerance = NumericLimits<T>::s_sqrt_eps);

template <typename T>
IPSDKBASESHAPEANALYSIS_API bool
compareRelativeColl(const MeasureConstPtr& pMeasure1,
                    const MeasureConstPtr& pMeasure2,
                    const T tolerance = NumericLimits<T>::s_sqrt_eps);


} // end of namespace analysis
} // end of namespace shape
} // end of namespace ipsdk

#endif // __IPSDKBASESHAPEANALYSIS_MEASURERESULTUTILS_H__