Belle II Software  release-08-01-10
MuidProb Class Reference

Class computes probability density for Muid calculation. More...

#include <B2BIIFixMdstModule.h>

MuidProb methods:

static const int kRange = 16
 Array size of range.
 
static const int kRchisq = 50
 Array size of reduced chi-squared.
 
static const int kEEcl = 100
 Array size of ECL energy.
 
static const int kPTrk = 50
 Array size of CDC momentum.
 
static const double kRchisqMax = 10.0
 Overflow value of reduced chi-squared.
 
static const double kEEclMax = 1.0
 Overflow value of ECL energy.
 
static const double kPTrkMax = 5.0
 Overflow value of CDC momentum.
 
double fRange [2][4][15][kRange]
 Range pdf.
 
double fRchisq [2][4][kRchisq+1]
 Reduced chi-squared pdf.
 
double fRchisqN [2][4][15]
 Non-overflow normalization.
 
double fRchisqD1 [2][4][kRchisq+1] = {{{0.0}}}
 First derivatives of Reduced chi-squared pdf.
 
double fRchisqD2 [2][4][kRchisq+1] = {{{0.0}}}
 Second derivatives of Reduced chi-squared pdf.
 
double fRchisqD3 [2][4][kRchisq+1] = {{{0.0}}}
 Third derivatives of Reduced chi-squared pdf.
 
double fEEcl [kPTrk][kEEcl+1]
 ECL energy pdf.
 
double fEEclD1 [kPTrk][kEEcl+1] = {{0.0}}
 First derivatives of ECL energy pdf.
 
double fEEclD2 [kPTrk][kEEcl+1] = {{0.0}}
 Second derivatives of ECL energy pdf.
 
double fEEclD3 [kPTrk][kEEcl+1] = {{0.0}}
 Third derivatives of ECL energy pdf.
 
 MuidProb (const char *, int &)
 Constructor.
 
 ~MuidProb ()
 Destructor.
 
double prob (int, int, int, int, double) const
 Compute probability density.
 
double probRange (int, int, int, int) const
 Compute probability density for range.
 
double probRchisq (int, int, int, double) const
 Compute probability density for reduced chi-squared.
 
double probECL (double, double) const
 Compute probability density for ECL energy deposit.
 
void readDB (const char *, int &)
 Read in probability density functions from database.
 

Detailed Description

Class computes probability density for Muid calculation.

Definition at line 285 of file B2BIIFixMdstModule.h.


The documentation for this class was generated from the following files: