library: libMathCore
#include "Cylindrical3D.h"

ROOT::Math::Cylindrical3D<double>

class description - header file - source file - inheritance tree (.pdf)

class ROOT::Math::Cylindrical3D<double>

Inheritance Chart:
ROOT::Math::Cylindrical3D<double>
 
    private:

      static double pi()
               void Restrict()

    public:

                                                Cylindrical3D<double>()
                                                Cylindrical3D<double>(ROOT::Math::Cylindrical3D<double>::Scalar rho, ROOT::Math::Cylindrical3D<double>::Scalar z, ROOT::Math::Cylindrical3D<double>::Scalar phi)
                                                Cylindrical3D<double>(const ROOT::Math::Cylindrical3D<double>&)
                                                ~Cylindrical3D<double>()
      ROOT::Math::Cylindrical3D<double>::Scalar Eta() const
                                           void GetCoordinates(ROOT::Math::Cylindrical3D<double>::Scalar* dest) const
                                           void GetCoordinates(ROOT::Math::Cylindrical3D<double>::Scalar& rho, ROOT::Math::Cylindrical3D<double>::Scalar& z, ROOT::Math::Cylindrical3D<double>::Scalar& phi) const
      ROOT::Math::Cylindrical3D<double>::Scalar Mag2() const
                                           void Negate()
                                           bool operator!=(const ROOT::Math::Cylindrical3D<double>& rhs) const
             ROOT::Math::Cylindrical3D<double>& operator=(const ROOT::Math::Cylindrical3D<double>&)
                                           bool operator==(const ROOT::Math::Cylindrical3D<double>& rhs) const
      ROOT::Math::Cylindrical3D<double>::Scalar Perp2() const
      ROOT::Math::Cylindrical3D<double>::Scalar Phi() const
      ROOT::Math::Cylindrical3D<double>::Scalar R() const
      ROOT::Math::Cylindrical3D<double>::Scalar Rho() const
                                           void Scale(double a)
                                           void SetCoordinates(const ROOT::Math::Cylindrical3D<double>::Scalar* src)
                                           void SetCoordinates(ROOT::Math::Cylindrical3D<double>::Scalar rho, ROOT::Math::Cylindrical3D<double>::Scalar z, ROOT::Math::Cylindrical3D<double>::Scalar phi)
                                           void SetEta(ROOT::Math::Cylindrical3D<double>::Scalar eta)
                                           void SetPhi(double phi)
                                           void SetR(ROOT::Math::Cylindrical3D<double>::Scalar r)
                                           void SetRho(double rho)
                                           void SetTheta(ROOT::Math::Cylindrical3D<double>::Scalar theta)
                                           void setValues(double rho, double z, double phi)
                                           void SetX(ROOT::Math::Cylindrical3D<double>::Scalar x)
                                           void SetY(ROOT::Math::Cylindrical3D<double>::Scalar y)
                                           void SetZ(double z)
      ROOT::Math::Cylindrical3D<double>::Scalar Theta() const
      ROOT::Math::Cylindrical3D<double>::Scalar X() const
                                         double x() const
      ROOT::Math::Cylindrical3D<double>::Scalar Y() const
                                         double y() const
      ROOT::Math::Cylindrical3D<double>::Scalar Z() const
                                         double z() const

Data Members

    private:

      double fRho  
      double fZ    
      double fPhi

Class Description

void SetCoordinates( const Scalar src[] )


void GetCoordinates( Scalar dest[] )




void SetCoordinates(Scalar  rho, Scalar  z, Scalar  phi)




void GetCoordinates(Scalar& rho, Scalar& z, Scalar& phi)




double pi()




void Restrict()




Scalar Rho()




Scalar Z()




Scalar Phi()




Scalar X()




Scalar Y()




Scalar Mag2()




Scalar R()




Scalar Perp2()




Scalar Theta()




Scalar Eta()


 pseudorapidity - same implementation as in Cartesian3D



void setValues(T rho, T z, T phi)




void SetRho(T rho)




void SetZ(T z)




void SetPhi(T phi)




 Negate()




bool operator==(const Cylindrical3D & rhs)




T x()


 The following make this coordinate system look enough like a CLHEP
 vector that an assignment member template can work with either



T y()




T z()




void SetX(Scalar x)




void SetY(Scalar y)




void SetEta(Scalar eta)




void SetR(Scalar r)




void SetTheta(Scalar theta)







Last update: Tue Jul 11 11:46:27 2006









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