// @(#)root/mathcore:$Id$ // Authors: C. Gumpert 09/2011 /********************************************************************** * * * Copyright (c) 2011 , LCG ROOT MathLib Team * * * * * **********************************************************************/ // // Header file for TDataPointclass // #ifndef ROOT_Math_TDataPoint #define ROOT_Math_TDataPoint //ROOT include(s) #include "Rtypes.h" namespace ROOT { namespace Math { template class TDataPoint { public: typedef _val_type value_type; enum { kDimension = K //the dimensionality of this data point }; static UInt_t Dimension() {return kDimension;} TDataPoint(); #ifndef __MAKECINT__ template TDataPoint(const _coord_typ* pData,_val_type fWeight = 1); #endif //virtual ~TDataPoint() {} #ifndef __MAKECINT__ template value_type Distance(const TDataPoint& rPoint) const; #endif value_type GetCoordinate(unsigned int iAxis) const; value_type GetWeight() const {return m_fWeight;} Bool_t Less(TDataPoint& rPoint,unsigned int iAxis) const; void SetCoordinate(unsigned int iAxis,_val_type fValue); void SetWeight(float fWeight) {m_fWeight = fWeight;} private: value_type m_vCoordinates[K]; //coordinates value_type m_fWeight; //weight at this point }; // some typedef definitions typedef TDataPoint<1,Float_t> TDataPoint1F; typedef TDataPoint<2,Float_t> TDataPoint2F; typedef TDataPoint<3,Float_t> TDataPoint3F; typedef TDataPoint<1,Double_t> TDataPoint1D; typedef TDataPoint<2,Double_t> TDataPoint2D; typedef TDataPoint<3,Double_t> TDataPoint3D; }//namespace Math }//namespace ROOT #include "Math/TDataPoint.icc" #endif // ROOT_Math_TDataPoint