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Belle II Software
release-05-01-25
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11 #ifndef MICROTPCRECOTRACK_H
12 #define MICROTPCRECOTRACK_H
14 #include <simulation/dataobjects/SimHitBase.h>
24 class MicrotpcRecoTrack :
public SimHitBase {
36 MicrotpcRecoTrack(
int detNb,
int pixnb,
float chi2,
float theta,
float phi,
float esum,
int totsum,
float trl,
int time_range,
37 const float parFit[5],
const float parFit_err[5],
const float cov[25],
const float impact_x[4],
const float impact_y[4],
38 const int side[16],
const int partID[6]):
42 std::copy(parFit, parFit + 5,
m_parFit);
45 std::copy(cov, cov + 25,
m_cov);
49 std::copy(side, side + 16,
m_side);
50 std::copy(partID, partID + 6,
m_partID);
float m_theta
Polar angle theta in degrees.
const int * getside() const
Return which side was/were hit.
float m_impact_x[4]
Impact parameter x.
ClassMicrotpcRecoTrack - fit tracks after the digitization.
float getesum() const
Return total ionization energy.
int getpixnb() const
Return pixel number.
int m_time_range
Trigger/time length.
MicrotpcRecoTrack()
default constructor for ROOT
ClassDef(RelationsInterface, 0)
defines interface for accessing relations of objects in StoreArray.
const float * getparFit() const
Return the fit parameters.
const float * getparFit_err() const
Return the fit parameter errors.
int gettime_range() const
Return trigger/time length.
float m_parFit_err[5]
Fit paramteter errors.
int m_detNb
detector number
const float * getimpact_x() const
Return impact parameter x.
float getphi() const
Return the azimuthal angle in degrees.
int m_side[16]
Which side was/were hit.
float gettheta() const
Return the polar angle in degrees.
const float * getcov() const
Return covariant.
float m_impact_y[4]
Impact parameter y.
float m_phi
Azimuthal angle phi in degrees.
const float * getimpact_y() const
Return impact parameter y.
Abstract base class for different kinds of events.
int getdetNb() const
Return detector number.
float m_chi2
chi^2 of the fit
float gettrl() const
Return track length.
const int * getpartID() const
Return raw part ID.
float m_esum
total ionization energy
float m_cov[25]
Covariant errors.
float m_parFit[5]
Fit parameters.
int gettotsum() const
Return tot sum.
float getchi2() const
Return the chi^2.
int m_partID[6]
Raw particle ID.