doc/doxygen/AbsPhaseSpace_8hh_source.html

 #ifndef ABS_PHASE_SPACE

 #define ABS_PHASE_SPACE


 #include "TMath.h"


 #include <vector>


 class AbsPhaseSpace {


   public:


     AbsPhaseSpace(const char* phaseSpaceName);


     virtual ~AbsPhaseSpace();


     virtual UInt_t dimensionality() = 0;


     virtual Bool_t withinLimits(std::vector<Double_t> &x) = 0;


     virtual Double_t lowerLimit(UInt_t var) = 0;


     virtual Double_t upperLimit(UInt_t var) = 0;


     virtual Bool_t limits(UInt_t var, std::vector<Double_t> &x, Double_t* lower, Double_t* upper) = 0;


     const char* name(void) { return m_name; }


   protected:


     char m_name[256];


 };


 #endif

AbsPhaseSpace::AbsPhaseSpace
AbsPhaseSpace(const char *phaseSpaceName)
Constructor.
Definition: AbsPhaseSpace.cpp:6

AbsPhaseSpace::upperLimit
virtual Double_t upperLimit(UInt_t var)=0
Return upper allowed limit of the variable.

AbsPhaseSpace::m_name
char m_name[256]
Phase space name.
Definition: AbsPhaseSpace.hh:68

AbsPhaseSpace
Abstract class which defines phase space interface.
Definition: AbsPhaseSpace.hh:10

AbsPhaseSpace::dimensionality
virtual UInt_t dimensionality()=0
Get dimensionality of phase space.

AbsPhaseSpace::lowerLimit
virtual Double_t lowerLimit(UInt_t var)=0
Return lower allowed limit of the variable.

AbsPhaseSpace::limits
virtual Bool_t limits(UInt_t var, std::vector< Double_t > &x, Double_t *lower, Double_t *upper)=0
Return limits (lower and upper) for the variable at a certain point of the phase space.

AbsPhaseSpace::name
const char * name(void)
Return the name of the phase space.
Definition: AbsPhaseSpace.hh:63

AbsPhaseSpace::withinLimits
virtual Bool_t withinLimits(std::vector< Double_t > &x)=0
Check if the point is within phase space limits.

AbsPhaseSpace::~AbsPhaseSpace
virtual ~AbsPhaseSpace()
Destructor.
Definition: AbsPhaseSpace.cpp:11