TKinemCut Class Reference

#include <TKinemCut.h>

List of all members.

Public Member Functions

 TKinemCut ()
 ~TKinemCut ()
double DeltaTheta ()
double DeltaPhi ()
double PAverage ()
double PCross ()
double EMin ()
double CosPsi ()
double AverageThetaMin ()
double AverageThetaMax ()
double ThetaMin ()
double ThetaMax ()
double ThetaMinM ()
double ThetaMaxM ()
double ThetaMinP ()
double ThetaMaxP ()
void DeltaTheta (const double &x)
void DeltaPhi (const double &x)
void PAverage (const double &x)
void PCross (const double &x)
void EMin (const double &x)
void CosPsi (const double &x)
void AverageTheta (const double &x)
void AverageThetaMin (const double &x)
void AverageThetaMax (const double &x)
void ThetaMinM (const double &x)
void ThetaMinP (const double &x)
void ThetaRangeM (const double &th_min, const double &th_max)
void ThetaRangeP (const double &th_min, const double &th_max)
void Init ()
void Default ()
void Print ()

Protected Attributes

double fDeltaTheta
double fDeltaPhi
double fPAverage
double fPCross
double fEMin
double fPAverageAbs
double fPCrossAbs
double fEMinAbs
double fCosPsi
double fAverageThetaMin
double fAverageThetaMax
double fThetaMin
double fThetaMax
double fThetaMinMinus
double fThetaMaxMinus
double fThetaMinPlus
double fThetaMaxPlus

Detailed Description

Definition at line 8 of file TKinemCut.h.

Constructor & Destructor Documentation

TKinemCut::TKinemCut (  ) 

Definition at line 4 of file TKinemCut.C.

References fAverageThetaMax, fAverageThetaMin, fCosPsi, fDeltaPhi, fDeltaTheta, fEMin, fEMinAbs, fPAverage, fPAverageAbs, fPCross, fPCrossAbs, fThetaMinMinus, fThetaMinPlus, gConst, TConstants::Pi(), and std.

00004                     {
00005   using namespace std;
00006   fDeltaTheta = -1.;
00007   fDeltaPhi   = -1.;
00008   fPAverage   = -1.;
00009   fPCross     = -1.;
00010   fEMin       = -1.;
00011   fPAverageAbs= -1.;
00012   fPCrossAbs  = -1.;
00013   fEMinAbs    = -1.;
00014   fCosPsi     = -2.;
00015   fAverageThetaMin = -1.;
00016   fAverageThetaMax = gConst->Pi() + 1.;
00017   fThetaMinMinus = -1.;
00018   fThetaMinPlus = -1.;
00019   //  cout<<fPAverage<<" "<<fPAverageAbs<<endl;
00020 }

TKinemCut::~TKinemCut (  )  [inline]

Definition at line 29 of file TKinemCut.h.

00029 {};

Member Function Documentation

void TKinemCut::AverageTheta ( const double &  x  )  [inline]

Definition at line 51 of file TKinemCut.h.

References fAverageThetaMax, fAverageThetaMin, gConst, and TConstants::Pi().

Referenced by GetOption(), init_prime_gen_(), and Mcgpj::initialize().

00051                                     {
00052     fAverageThetaMin = x; 
00053     fAverageThetaMax = gConst->Pi()-x;
00054   }

void TKinemCut::AverageThetaMax ( const double &  x  )  [inline]

Definition at line 56 of file TKinemCut.h.

References fAverageThetaMax.

00056 { fAverageThetaMax = x;}

double TKinemCut::AverageThetaMax (  )  [inline]

Definition at line 37 of file TKinemCut.h.

References fAverageThetaMax.

Referenced by TEvent::Select(), and TEvent::Selectgg().

00037 {return fAverageThetaMax;}

void TKinemCut::AverageThetaMin ( const double &  x  )  [inline]

Definition at line 55 of file TKinemCut.h.

References fAverageThetaMin.

00055 { fAverageThetaMin = x;}

double TKinemCut::AverageThetaMin (  )  [inline]

Definition at line 36 of file TKinemCut.h.

References fAverageThetaMin.

Referenced by TRadCor::Init(), main(), and TEvent::Selectgg().

00036 {return fAverageThetaMin;}

void TKinemCut::CosPsi ( const double &  x  )  [inline]

Definition at line 50 of file TKinemCut.h.

References fCosPsi.

00050 { fCosPsi = x;}

double TKinemCut::CosPsi (  )  [inline]

Definition at line 35 of file TKinemCut.h.

References fCosPsi.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), TEvent::Select(), and TEvent::Selectgg().

00035 {return fCosPsi;}

void TKinemCut::Default (  ) 

Definition at line 22 of file TKinemCut.C.

References fAverageThetaMax, fAverageThetaMin, fCosPsi, fDeltaPhi, fDeltaTheta, fEMinAbs, fPAverageAbs, fPCrossAbs, gConst, and TConstants::Pi().

00022                        {
00023   fDeltaTheta  = 0.25;
00024   fDeltaPhi    = 0.15;
00025   fPAverageAbs = 90.;
00026   fPCrossAbs   = 90.;
00027   fEMinAbs     = 50.;
00028   fCosPsi      = 1.;
00029   fAverageThetaMin = 1.1;
00030   fAverageThetaMax = gConst->Pi() - 1.1;
00031 }

void TKinemCut::DeltaPhi ( const double &  x  )  [inline]

Definition at line 46 of file TKinemCut.h.

References fDeltaPhi.

00046 { fDeltaPhi = x;}

double TKinemCut::DeltaPhi (  )  [inline]

Definition at line 31 of file TKinemCut.h.

References fDeltaPhi.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), TEvent::Select(), and TEvent::Selectgg().

00031 {return fDeltaPhi;}

void TKinemCut::DeltaTheta ( const double &  x  )  [inline]

Definition at line 45 of file TKinemCut.h.

References fDeltaTheta.

00045 { fDeltaTheta = x;}

double TKinemCut::DeltaTheta (  )  [inline]

Definition at line 30 of file TKinemCut.h.

References fDeltaTheta.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), TEvent::Select(), and TEvent::Selectgg().

00030 {return fDeltaTheta;}

void TKinemCut::EMin ( const double &  x  )  [inline]

Definition at line 49 of file TKinemCut.h.

References fEMinAbs.

00049 { fEMinAbs = x;}

double TKinemCut::EMin (  )  [inline]

Definition at line 34 of file TKinemCut.h.

References fEMin.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), and TEvent::Select().

00034 {return fEMin;}

void TKinemCut::Init (  ) 

Definition at line 33 of file TKinemCut.C.

References fAverageThetaMax, fAverageThetaMin, fCosPsi, fDeltaPhi, fDeltaTheta, fEMin, fEMinAbs, fPAverage, fPAverageAbs, fPCross, fPCrossAbs, fThetaMax, fThetaMin, fThetaMinMinus, fThetaMinPlus, gConst, TRadGlobal::Get_E(), TRadGlobal::Get_ThetaMin(), gGlobal, TConstants::Pi(), ThetaMinM(), and ThetaMinP().

Referenced by GetOption(), init_prime_gen_(), and Mcgpj::initialize().

00033                     {
00034   double E = gGlobal->Get_E();
00035   if(0>E)
00036     throw std::logic_error("Energy is not defined!");
00037 
00038   if(0>fDeltaTheta)
00039     throw std::logic_error("Delta Theta is not defined!");
00040 
00041   if(0>fDeltaPhi)
00042     throw std::logic_error("Delta Phi is not defined!");
00043 
00044   if(0>fPAverage)
00045     if(0>fPAverageAbs)
00046       throw std::logic_error("Average momentum of final particle is not defined!");
00047     else
00048     fPAverage = fPAverageAbs/E;
00049   
00050   if(0>fPCross)
00051     if(0>fPCrossAbs)
00052       throw std::logic_error("Cross momentum for each final particle is not defined!");
00053     else
00054     fPCross = fPCrossAbs/E;
00055   
00056   if(0>fEMin)
00057     if(0>fEMinAbs)
00058       throw std::logic_error("Minumum final particle energy is not defined!");
00059     else
00060     fEMin = fEMinAbs/E;
00061   
00062   if(-1>fCosPsi)
00063     throw std::logic_error("Space angle between final particles is not defined!");
00064 
00065   if(0>fAverageThetaMin || gConst->Pi() < fAverageThetaMax )
00066     throw std::logic_error("Average angle of final particles is not defined!");
00067     
00068   fThetaMin = gGlobal->Get_ThetaMin();
00069   fThetaMax = gConst->Pi() - gGlobal->Get_ThetaMin();
00070   if(0>fThetaMin || gConst->Pi() < fThetaMax )
00071     throw std::logic_error("ThetaMin is not defined!");
00072 
00073   if(fThetaMinMinus<0)
00074     ThetaMinM(fThetaMin);
00075 
00076   if(fThetaMinPlus<0)
00077     ThetaMinP(fThetaMin);
00078 }

void TKinemCut::PAverage ( const double &  x  )  [inline]

Definition at line 47 of file TKinemCut.h.

References fPAverageAbs.

00047 { fPAverageAbs = x;}

double TKinemCut::PAverage (  )  [inline]

Definition at line 32 of file TKinemCut.h.

References fPAverage.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), and TEvent::Select().

00032 {return fPAverage;}

void TKinemCut::PCross ( const double &  x  )  [inline]

Definition at line 48 of file TKinemCut.h.

References fPCrossAbs.

00048 { fPCrossAbs = x;}

double TKinemCut::PCross (  )  [inline]

Definition at line 33 of file TKinemCut.h.

References fPCross.

Referenced by GetOption(), init_prime_gen_(), Mcgpj::initialize(), and TEvent::Select().

00033 {return fPCross;}

void TKinemCut::Print (  ) 

Definition at line 80 of file TKinemCut.C.

References fAverageThetaMin, fCosPsi, fDeltaPhi, fDeltaTheta, fEMin, fPAverage, fPCross, fThetaMaxMinus, fThetaMaxPlus, fThetaMinMinus, fThetaMinPlus, TRadGlobal::Get_E(), gGlobal, and std.

Referenced by GetOption(), init_prime_gen_(), and Mcgpj::initialize().

00080                      {
00081   using namespace std;
00082   cout
00083     <<"Delta Theta      = "<<fDeltaTheta<<" rad"<<endl
00084     <<"Delta Phi        = "<<fDeltaPhi<<" rad"<<endl
00085     <<"Average Momentum = "<<fPAverage*gGlobal->Get_E()<<" MeV"<<endl
00086     <<"Cross Momentum   = "<<fPCross*gGlobal->Get_E()<<" MeV"<<endl
00087     <<"Minimum Energy   = "<<fEMin*gGlobal->Get_E()<<" MeV"<<endl
00088     <<"Cosine of Psi    = "<<fCosPsi<<endl
00089     <<"Average Theta    = "<<fAverageThetaMin<<" rad"<<endl
00090     <<"ThetaRangeMinus  = from "<<fThetaMinMinus<<" to "<<fThetaMaxMinus<<" rad"<<endl
00091     <<"ThetaRangePlus   = from "<<fThetaMinPlus<<" to "<<fThetaMaxPlus<<" rad"<<endl
00092     <<flush;
00093 }

double TKinemCut::ThetaMax (  )  [inline]

Definition at line 39 of file TKinemCut.h.

References fThetaMax.

00039 {return fThetaMax;}

double TKinemCut::ThetaMaxM (  )  [inline]

Definition at line 41 of file TKinemCut.h.

References fThetaMaxMinus.

Referenced by TEPCrossPart::Init(), and TEvent::Select().

00041 {return fThetaMaxMinus;}

double TKinemCut::ThetaMaxP (  )  [inline]

Definition at line 43 of file TKinemCut.h.

References fThetaMaxPlus.

Referenced by TEvent::Select().

00043 {return fThetaMaxPlus;}

double TKinemCut::ThetaMin (  )  [inline]

Definition at line 38 of file TKinemCut.h.

References fThetaMin.

Referenced by TRadCor::SetSpecialCase().

00038 {return fThetaMin;}

void TKinemCut::ThetaMinM ( const double &  x  )  [inline]

Definition at line 57 of file TKinemCut.h.

References fThetaMaxMinus, fThetaMinMinus, gConst, and TConstants::Pi().

00057 {fThetaMinMinus = x; fThetaMaxMinus = gConst->Pi()-x;}

double TKinemCut::ThetaMinM (  )  [inline]

Definition at line 40 of file TKinemCut.h.

References fThetaMinMinus.

Referenced by Init(), TEPCrossPart::Init(), init_prime_gen_(), Mcgpj::initialize(), and TEvent::Select().

00040 {return fThetaMinMinus;}

void TKinemCut::ThetaMinP ( const double &  x  )  [inline]

Definition at line 58 of file TKinemCut.h.

References fThetaMaxPlus, fThetaMinPlus, gConst, and TConstants::Pi().

00058 {fThetaMinPlus = x; fThetaMaxPlus = gConst->Pi()-x;}

double TKinemCut::ThetaMinP (  )  [inline]

Definition at line 42 of file TKinemCut.h.

References fThetaMinPlus.

Referenced by Init(), init_prime_gen_(), Mcgpj::initialize(), and TEvent::Select().

00042 {return fThetaMinPlus;}

void TKinemCut::ThetaRangeM ( const double &  th_min,
const double &  th_max 
) [inline]

Definition at line 59 of file TKinemCut.h.

References fThetaMaxMinus, and fThetaMinMinus.

Referenced by GetOption().

00059                                                               {
00060     fThetaMinMinus = th_min;
00061     fThetaMaxMinus = th_max;
00062   }

void TKinemCut::ThetaRangeP ( const double &  th_min,
const double &  th_max 
) [inline]

Definition at line 63 of file TKinemCut.h.

References fThetaMaxPlus, and fThetaMinPlus.

Referenced by GetOption().

00063                                                               {
00064     fThetaMinPlus = th_min;
00065     fThetaMaxPlus = th_max;
00066   }

Member Data Documentation

double TKinemCut::fAverageThetaMax [protected]

Definition at line 20 of file TKinemCut.h.

Referenced by AverageTheta(), AverageThetaMax(), Default(), Init(), and TKinemCut().

double TKinemCut::fAverageThetaMin [protected]

Definition at line 19 of file TKinemCut.h.

Referenced by AverageTheta(), AverageThetaMin(), Default(), Init(), Print(), and TKinemCut().

double TKinemCut::fCosPsi [protected]

Definition at line 18 of file TKinemCut.h.

Referenced by CosPsi(), Default(), Init(), Print(), and TKinemCut().

double TKinemCut::fDeltaPhi [protected]

Definition at line 11 of file TKinemCut.h.

Referenced by Default(), DeltaPhi(), Init(), Print(), and TKinemCut().

double TKinemCut::fDeltaTheta [protected]

Definition at line 10 of file TKinemCut.h.

Referenced by Default(), DeltaTheta(), Init(), Print(), and TKinemCut().

double TKinemCut::fEMin [protected]

Definition at line 14 of file TKinemCut.h.

Referenced by EMin(), Init(), Print(), and TKinemCut().

double TKinemCut::fEMinAbs [protected]

Definition at line 17 of file TKinemCut.h.

Referenced by Default(), EMin(), Init(), and TKinemCut().

double TKinemCut::fPAverage [protected]

Definition at line 12 of file TKinemCut.h.

Referenced by Init(), PAverage(), Print(), and TKinemCut().

double TKinemCut::fPAverageAbs [protected]

Definition at line 15 of file TKinemCut.h.

Referenced by Default(), Init(), PAverage(), and TKinemCut().

double TKinemCut::fPCross [protected]

Definition at line 13 of file TKinemCut.h.

Referenced by Init(), PCross(), Print(), and TKinemCut().

double TKinemCut::fPCrossAbs [protected]

Definition at line 16 of file TKinemCut.h.

Referenced by Default(), Init(), PCross(), and TKinemCut().

double TKinemCut::fThetaMax [protected]

Definition at line 22 of file TKinemCut.h.

Referenced by Init(), and ThetaMax().

double TKinemCut::fThetaMaxMinus [protected]

Definition at line 24 of file TKinemCut.h.

Referenced by Print(), ThetaMaxM(), ThetaMinM(), and ThetaRangeM().

double TKinemCut::fThetaMaxPlus [protected]

Definition at line 26 of file TKinemCut.h.

Referenced by Print(), ThetaMaxP(), ThetaMinP(), and ThetaRangeP().

double TKinemCut::fThetaMin [protected]

Definition at line 21 of file TKinemCut.h.

Referenced by Init(), and ThetaMin().

double TKinemCut::fThetaMinMinus [protected]

Definition at line 23 of file TKinemCut.h.

Referenced by Init(), Print(), ThetaMinM(), ThetaRangeM(), and TKinemCut().

double TKinemCut::fThetaMinPlus [protected]

Definition at line 25 of file TKinemCut.h.

Referenced by Init(), Print(), ThetaMinP(), ThetaRangeP(), and TKinemCut().

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