DEventProcessor_dc_alignment Class Reference

#include <DEventProcessor_dc_alignment.h>

Inheritance diagram for DEventProcessor_dc_alignment:

Classes
class	trajectory_t

Public Types
enum	track_type { kWireBased, kTimeBased }
enum	state_vector { state_x, state_y, state_tx, state_ty }
enum	fdc_align_parms { kPhiU, kU, kPhiV, kV }
enum	align_parms { kDx, kDy, kDPhi }
enum	cdc_align_parms { dX, dY, dVx, dVy }
enum	cdc_align_parms2 { k_dXu, k_dYu, k_dXd, k_dYd }

Public Member Functions
	DEventProcessor_dc_alignment ()
	~DEventProcessor_dc_alignment ()
const char *	className (void)

Public Attributes
TDirectory *	dir
TTree *	fdctree
FDC_branch	fdc
FDC_branch *	fdc_ptr
TBranch *	fdcbranch
TTree *	fdcCtree
FDC_c_branch	fdc_c
FDC_c_branch *	fdc_c_ptr
TBranch *	fdcCbranch
TTree *	cdctree
CDC_branch	cdc
CDC_branch *	cdc_ptr
TBranch *	cdcbranch

Private Member Functions
jerror_t	init (void)
	Called once at program start. More...
jerror_t	brun (jana::JEventLoop *eventLoop, int32_t runnumber)
	Called everytime a new run number is detected. More...
jerror_t	evnt (jana::JEventLoop *eventLoop, uint64_t eventnumber)
	Called every event. More...
jerror_t	erun (void)
	Called everytime run number changes, provided brun has been called. More...
jerror_t	fini (void)
	Called after last event of last event source has been processed. More...
jerror_t	DoFilterAnodePlanes (double t0, double start_z, DMatrix4x1 &S, vector< const DFDCPseudo * > &fdchits)
jerror_t	DoFilterCathodePlanes (double t0, double start_z, DMatrix4x1 &S, vector< const DFDCPseudo * > &fdchits)
jerror_t	DoFilter (double t0, double z, DMatrix4x1 &S, vector< const DCDCTrackHit * > &hits)
jerror_t	KalmanFilter (double anneal_factor, DMatrix4x1 &S, DMatrix4x4 &C, vector< const DFDCPseudo * > &hits, deque< trajectory_t > &trajectory, vector< update_t > &updates, double &chi2, unsigned int &ndof)
jerror_t	KalmanFilter (double anneal_factor, DMatrix4x1 &S, DMatrix4x4 &C, vector< const DCDCTrackHit * > &hits, deque< trajectory_t > &trajectory, vector< cdc_update_t > &updates, double &chi2, unsigned int &ndof, bool timebased=false)
jerror_t	KalmanFilter (double anneal_factor, DMatrix4x1 &S, DMatrix4x4 &C, vector< const DFDCPseudo * > &hits, deque< trajectory_t > &trajectory, vector< wire_update_t > &updates, double &chi2, unsigned int &ndof)
jerror_t	Smooth (DMatrix4x1 &Ss, DMatrix4x4 &Cs, deque< trajectory_t > &trajectory, vector< const DFDCPseudo * > &hits, vector< update_t >updates, vector< update_t > &smoothed_updates)
jerror_t	Smooth (DMatrix4x1 &Ss, DMatrix4x4 &Cs, deque< trajectory_t > &trajectory, vector< const DCDCTrackHit * > &hits, vector< cdc_update_t > &updates, vector< cdc_update_t > &smoothed_updates)
jerror_t	Smooth (DMatrix4x1 &Ss, DMatrix4x4 &Cs, deque< trajectory_t > &trajectory, vector< const DFDCPseudo * > &hits, vector< wire_update_t >updates, vector< wire_update_t > &smoothed_updates)
jerror_t	SetReferenceTrajectory (double t0, double z, DMatrix4x1 &S, deque< trajectory_t > &trajectory, vector< const DFDCPseudo * > &hits)
jerror_t	SetReferenceTrajectory (double t0, double z, DMatrix4x1 &S, deque< trajectory_t > &trajectory, const DCDCTrackHit *last_cdc)
jerror_t	FindOffsets (vector< const DFDCPseudo * > &hits, vector< update_t > &smoothed_updates)
jerror_t	FindOffsets (vector< const DCDCTrackHit * > &hits, vector< cdc_update_t > &updates)
jerror_t	FindOffsets (vector< const DFDCPseudo * > &hits, vector< wire_update_t > &smoothed_updates)
jerror_t	EstimateT0 (vector< update_t > &updates, vector< const DFDCPseudo * > &hits)
unsigned int	locate (vector< double > &xx, double x)
double	cdc_variance (double t)
double	cdc_drift_distance (double dphi, double delta, double t)
double	fdc_drift_distance (double t)
jerror_t	GetProcessNoise (double dz, double chi2c_factor, double chi2a_factor, double chi2a_corr, const DMatrix4x1 &S, DMatrix4x4 &Q)
double	GetDriftDistance (double t)
double	GetDriftVariance (double t)
void	UpdateWireOriginAndDir (unsigned int ring, unsigned int straw, DVector3 &origin, DVector3 &wdir)
void	ComputeGMatrices (double s, double t, double scale, double tx, double ty, double tdir2, double one_over_d, double wx, double wy, double wdir2, double tdir_dot_wdir, double tdir_dot_diff, double wdir_dot_diff, double dx0, double dy0, double diffx, double diffy, double diffz, DMatrix1x4 &G, DMatrix4x1 &G_T)
void	PlotLines (deque< trajectory_t > &traj)

Private Attributes
pthread_mutex_t	mutex
TH1F *	Hprob
TH1F *	Hbeta
TH1F *	Hmatch
TH1F *	Hcdcmatch
TH1F *	Hcdcmatch_stereo
TH1F *	Hpseudo_prob
TH1F *	Hlink_match
TH1F *	Hintersection_match
TH1F *	Hintersection_link_match
TH1F *	Hcdc_prob
TH1F *	Hcdc_prelimprob
TH2F *	Hbcalmatch
TH2F *	Hcdcdrift_time
TH2F *	Hures_vs_layer
TH2F *	Hres_vs_layer
TH2F *	Hdrift_time
TH2F *	Hcdcres_vs_drift_time
TH2F *	Hres_vs_drift_time
TH2F *	Hvres_vs_layer
TH2F *	Hdv_vs_dE
TH2F *	Hbcalmatchxy
TH2F *	Hcdc_time_vs_d
TH1F *	Hfcalmatch
TH1F *	Hztarg
TH2F *	Hcdc_ring_res [28]
TH2F *	Hcdc_ring_time [28]
TH2F *	Hcdcres_vs_d
double	target_to_fcal_distance
DMatrix4x1	Zero4x1
DMatrix4x4	Zero4x4
double	one_over_zrange
double	endplate_z
int	myevt
bool	COSMICS
bool	USE_DRIFT_TIMES
bool	READ_ANODE_FILE
bool	USE_BCAL
bool	ALIGN_WIRE_PLANES
bool	FILL_TREE
bool	RUN_BENCHMARK
bool	USE_FCAL
bool	READ_CATHODE_FILE
bool	READ_CDC_FILE
unsigned int	MIN_PSEUDOS
unsigned int	MIN_INTERSECTIONS
vector< double >	cdc_drift_table
vector< double >	fdc_drift_table
double	CDC_RES_PAR1
double	CDC_RES_PAR2
const DGeometry *	dgeom
vector< align_t >	alignments
vector< vector< cdc_align_t > >	cdc_alignments
vector< wire_align_t >	fdc_alignments
vector< cathode_align_t >	fdc_cathode_alignments
vector< vector< DFDCWire * > >	fdcwires
DMatrix3x1	fdc_drift_parms
vector< vector< cdc_offset_t > >	cdc_offsets
vector< vector< double > >	max_sag
vector< vector< double > >	sag_phi_offset
double	long_drift_func [3][3]
double	short_drift_func [3][3]

Detailed Description

Definition at line 111 of file DEventProcessor_dc_alignment.h.

Member Enumeration Documentation

enum DEventProcessor_dc_alignment::align_parms

Enumerator
kDx
kDy
kDPhi

Definition at line 151 of file DEventProcessor_dc_alignment.h.

enum DEventProcessor_dc_alignment::cdc_align_parms

Enumerator
dX
dY
dVx
dVy

Definition at line 156 of file DEventProcessor_dc_alignment.h.

enum DEventProcessor_dc_alignment::cdc_align_parms2

Enumerator
k_dXu
k_dYu
k_dXd
k_dYd

Definition at line 162 of file DEventProcessor_dc_alignment.h.

enum DEventProcessor_dc_alignment::fdc_align_parms

Enumerator
kPhiU
kU
kPhiV
kV

Definition at line 144 of file DEventProcessor_dc_alignment.h.

enum DEventProcessor_dc_alignment::state_vector

Enumerator
state_x
state_y
state_tx
state_ty

Definition at line 137 of file DEventProcessor_dc_alignment.h.

enum DEventProcessor_dc_alignment::track_type

Enumerator
kWireBased
kTimeBased

Definition at line 133 of file DEventProcessor_dc_alignment.h.

Constructor & Destructor Documentation

DEventProcessor_dc_alignment::DEventProcessor_dc_alignment

(

)

Definition at line 151 of file DEventProcessor_dc_alignment.cc.

DEventProcessor_dc_alignment::~DEventProcessor_dc_alignment

(

)

Definition at line 164 of file DEventProcessor_dc_alignment.cc.

Member Function Documentation

jerror_t DEventProcessor_dc_alignment::brun ( jana::JEventLoop *  eventLoop, int32_t  runnumber  )

private

Called everytime a new run number is detected.

Definition at line 340 of file DEventProcessor_dc_alignment.cc.

References cdc_drift_table, dapp, cdc_offset_t::dx_d, cdc_offset_t::dx_u, cdc_offset_t::dy_d, cdc_offset_t::dy_u, e, DGeometry::GetCDCEndplate(), DApplication::GetDGeometry(), japp, long_drift_func, short_drift_func, sprintf(), and temp.

double DEventProcessor_dc_alignment::cdc_drift_distance ( double  dphi, double  delta, double  t  )

private

Definition at line 62 of file DEventProcessor_dc_alignment.cc.

References c1, c2, c3, cdc_drift_table, xstream::base64::index(), locate(), long_drift_func, short_drift_func, and sqrt().

double DEventProcessor_dc_alignment::cdc_variance ( double  t )

inlineprivate

Definition at line 335 of file DEventProcessor_dc_alignment.h.

References CDC_RES_PAR1, CDC_RES_PAR2, and sigma.

const char* DEventProcessor_dc_alignment::className ( void  )

inline

Definition at line 115 of file DEventProcessor_dc_alignment.h.

void DEventProcessor_dc_alignment::ComputeGMatrices ( double  s, double  t, double  scale, double  tx, double  ty, double  tdir2, double  one_over_d, double  wx, double  wy, double  wdir2, double  tdir_dot_wdir, double  tdir_dot_diff, double  wdir_dot_diff, double  dx0, double  dy0, double  diffx, double  diffy, double  diffz, DMatrix1x4 &  G, DMatrix4x1 &  G_T  )

private

Definition at line 2558 of file DEventProcessor_dc_alignment.cc.

References G, and tx.

jerror_t DEventProcessor_dc_alignment::DoFilter ( double  t0, double  z, DMatrix4x1 &  S, vector< const DCDCTrackHit * > &  hits  )

private

Definition at line 829 of file DEventProcessor_dc_alignment.cc.

References C0, e, japp, and S.

jerror_t DEventProcessor_dc_alignment::DoFilterAnodePlanes ( double  t0, double  start_z, DMatrix4x1 &  S, vector< const DFDCPseudo * > &  fdchits  )

private

Definition at line 1102 of file DEventProcessor_dc_alignment.cc.

References C0, ITER_MAX, japp, layer, and S.

jerror_t DEventProcessor_dc_alignment::DoFilterCathodePlanes ( double  t0, double  start_z, DMatrix4x1 &  S, vector< const DFDCPseudo * > &  fdchits  )

private

Definition at line 990 of file DEventProcessor_dc_alignment.cc.

References C0, ITER_MAX, japp, layer, and S.

jerror_t DEventProcessor_dc_alignment::erun ( void  )

private

Called everytime run number changes, provided brun has been called.

Definition at line 628 of file DEventProcessor_dc_alignment.cc.

jerror_t DEventProcessor_dc_alignment::EstimateT0 ( vector< update_t > &  updates, vector< const DFDCPseudo * > &  hits  )

private

jerror_t DEventProcessor_dc_alignment::evnt ( jana::JEventLoop *  eventLoop, uint64_t  eventnumber  )

private

Called every event.

Definition at line 726 of file DEventProcessor_dc_alignment.cc.

References cdc_hit_cmp(), fdc_pseudo_cmp(), S, and sqrt().

double DEventProcessor_dc_alignment::fdc_drift_distance ( double  t )

private

Definition at line 133 of file DEventProcessor_dc_alignment.cc.

References xstream::base64::index(), and locate().

jerror_t DEventProcessor_dc_alignment::FindOffsets ( vector< const DFDCPseudo * > &  hits, vector< update_t > &  smoothed_updates  )

private

Definition at line 2388 of file DEventProcessor_dc_alignment.cc.

References alpha, G, layer, S, sin(), tx, x, and y.

jerror_t DEventProcessor_dc_alignment::FindOffsets ( vector< const DCDCTrackHit * > &  hits, vector< cdc_update_t > &  updates  )

private

Definition at line 2314 of file DEventProcessor_dc_alignment.cc.

References G, DCoordinateSystem::origin, DCDCWire::ring, S, DCDCWire::straw, tx, and DCoordinateSystem::udir.

jerror_t DEventProcessor_dc_alignment::FindOffsets ( vector< const DFDCPseudo * > &  hits, vector< wire_update_t > &  smoothed_updates  )

private

Definition at line 2477 of file DEventProcessor_dc_alignment.cc.

References alpha, G, layer, sin(), tx, x, and y.

jerror_t DEventProcessor_dc_alignment::fini ( void  )

private

Called after last event of last event source has been processed.

Definition at line 638 of file DEventProcessor_dc_alignment.cc.

References _DBG_, layer, printf(), and sqrt().

double DEventProcessor_dc_alignment::GetDriftDistance ( double  t )

private

Definition at line 2285 of file DEventProcessor_dc_alignment.cc.

References sqrt().

double DEventProcessor_dc_alignment::GetDriftVariance ( double  t )

private

Definition at line 2277 of file DEventProcessor_dc_alignment.cc.

References sigma, and sqrt().

jerror_t DEventProcessor_dc_alignment::GetProcessNoise ( double  dz, double  chi2c_factor, double  chi2a_factor, double  chi2a_corr, const DMatrix4x1 &  S, DMatrix4x4 &  Q  )

private

jerror_t DEventProcessor_dc_alignment::init ( void  )

private

Called once at program start.

Definition at line 172 of file DEventProcessor_dc_alignment.cc.

References cdc_align_t::A, cdc_align_t::E, printf(), and temp.

jerror_t DEventProcessor_dc_alignment::KalmanFilter ( double  anneal_factor, DMatrix4x1 &  S, DMatrix4x4 &  C, vector< const DFDCPseudo * > &  hits, deque< trajectory_t > &  trajectory, vector< update_t > &  updates, double &  chi2, unsigned int &  ndof  )

private

Definition at line 1761 of file DEventProcessor_dc_alignment.cc.

References alpha, G, H, I, layer, S, sin(), DMatrix4x4::Transpose(), tx, x, and y.

jerror_t DEventProcessor_dc_alignment::KalmanFilter ( double  anneal_factor, DMatrix4x1 &  S, DMatrix4x4 &  C, vector< const DCDCTrackHit * > &  hits, deque< trajectory_t > &  trajectory, vector< cdc_update_t > &  updates, double &  chi2, unsigned int &  ndof, bool  timebased = false  )

private

compute initial doca^2 to first wire

Definition at line 1504 of file DEventProcessor_dc_alignment.cc.

References cdc_variance(), e, G, H, I, DCoordinateSystem::origin, DCDCWire::ring, S, sin(), DCDCWire::straw, DMatrix4x4::Transpose(), tx, and DCoordinateSystem::udir.

jerror_t DEventProcessor_dc_alignment::KalmanFilter ( double  anneal_factor, DMatrix4x1 &  S, DMatrix4x4 &  C, vector< const DFDCPseudo * > &  hits, deque< trajectory_t > &  trajectory, vector< wire_update_t > &  updates, double &  chi2, unsigned int &  ndof  )

private

Definition at line 1963 of file DEventProcessor_dc_alignment.cc.

References alpha, G, H, I, layer, S, sigma, sin(), temp, DMatrix4x4::Transpose(), tx, x, and y.

unsigned int DEventProcessor_dc_alignment::locate ( vector< double > &  xx, double  x  )

private

Definition at line 42 of file DEventProcessor_dc_alignment.cc.

void DEventProcessor_dc_alignment::PlotLines ( deque< trajectory_t > &  traj )

private

Definition at line 2616 of file DEventProcessor_dc_alignment.cc.

References c1, and S.

jerror_t DEventProcessor_dc_alignment::SetReferenceTrajectory ( double  t0, double  z, DMatrix4x1 &  S, deque< trajectory_t > &  trajectory, vector< const DFDCPseudo * > &  hits  )

private

Definition at line 2203 of file DEventProcessor_dc_alignment.cc.

References EPS, printf(), S, and sqrt().

jerror_t DEventProcessor_dc_alignment::SetReferenceTrajectory ( double  t0, double  z, DMatrix4x1 &  S, deque< trajectory_t > &  trajectory, const DCDCTrackHit *  last_cdc  )

private

Definition at line 2158 of file DEventProcessor_dc_alignment.cc.

References MAX_STEPS, DCoordinateSystem::origin, printf(), S, sqrt(), and DCDCTrackHit::wire.

jerror_t DEventProcessor_dc_alignment::Smooth ( DMatrix4x1 &  Ss, DMatrix4x4 &  Cs, deque< trajectory_t > &  trajectory, vector< const DFDCPseudo * > &  hits, vector< update_t >  updates, vector< update_t > &  smoothed_updates  )

private

Definition at line 1216 of file DEventProcessor_dc_alignment.cc.

References alpha, DMatrix4x4::Invert(), layer, max, S, sin(), DMatrix4x4::Transpose(), tx, x, and y.

jerror_t DEventProcessor_dc_alignment::Smooth ( DMatrix4x1 &  Ss, DMatrix4x4 &  Cs, deque< trajectory_t > &  trajectory, vector< const DCDCTrackHit * > &  hits, vector< cdc_update_t > &  updates, vector< cdc_update_t > &  smoothed_updates  )

private

Definition at line 1423 of file DEventProcessor_dc_alignment.cc.

References DMatrix4x4::Invert(), max, DCoordinateSystem::origin, S, DMatrix4x4::Transpose(), and DCoordinateSystem::udir.

jerror_t DEventProcessor_dc_alignment::Smooth ( DMatrix4x1 &  Ss, DMatrix4x4 &  Cs, deque< trajectory_t > &  trajectory, vector< const DFDCPseudo * > &  hits, vector< wire_update_t >  updates, vector< wire_update_t > &  smoothed_updates  )

private

Definition at line 1330 of file DEventProcessor_dc_alignment.cc.

References alpha, DMatrix4x4::Invert(), layer, max, S, sin(), DMatrix4x4::Transpose(), tx, x, and y.

void DEventProcessor_dc_alignment::UpdateWireOriginAndDir ( unsigned int  ring, unsigned int  straw, DVector3 &  origin, DVector3 &  wdir  )

private

Definition at line 2292 of file DEventProcessor_dc_alignment.cc.

Member Data Documentation

bool DEventProcessor_dc_alignment::ALIGN_WIRE_PLANES

private

Definition at line 305 of file DEventProcessor_dc_alignment.h.

vector<align_t> DEventProcessor_dc_alignment::alignments

private

Definition at line 319 of file DEventProcessor_dc_alignment.h.

CDC_branch DEventProcessor_dc_alignment::cdc

Definition at line 129 of file DEventProcessor_dc_alignment.h.

vector<vector<cdc_align_t> > DEventProcessor_dc_alignment::cdc_alignments

private

Definition at line 320 of file DEventProcessor_dc_alignment.h.

vector<double> DEventProcessor_dc_alignment::cdc_drift_table

private

Definition at line 310 of file DEventProcessor_dc_alignment.h.

vector<vector<cdc_offset_t> > DEventProcessor_dc_alignment::cdc_offsets

private

Definition at line 325 of file DEventProcessor_dc_alignment.h.

CDC_branch* DEventProcessor_dc_alignment::cdc_ptr

Definition at line 130 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::CDC_RES_PAR1

private

Definition at line 314 of file DEventProcessor_dc_alignment.h.

Referenced by cdc_variance().

double DEventProcessor_dc_alignment::CDC_RES_PAR2

private

Definition at line 314 of file DEventProcessor_dc_alignment.h.

Referenced by cdc_variance().

TBranch* DEventProcessor_dc_alignment::cdcbranch

Definition at line 131 of file DEventProcessor_dc_alignment.h.

TTree* DEventProcessor_dc_alignment::cdctree

Definition at line 128 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::COSMICS

private

Definition at line 305 of file DEventProcessor_dc_alignment.h.

const DGeometry* DEventProcessor_dc_alignment::dgeom

private

Definition at line 317 of file DEventProcessor_dc_alignment.h.

TDirectory* DEventProcessor_dc_alignment::dir

Definition at line 117 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::endplate_z

private

Definition at line 302 of file DEventProcessor_dc_alignment.h.

FDC_branch DEventProcessor_dc_alignment::fdc

Definition at line 119 of file DEventProcessor_dc_alignment.h.

vector<wire_align_t> DEventProcessor_dc_alignment::fdc_alignments

private

Definition at line 321 of file DEventProcessor_dc_alignment.h.

FDC_c_branch DEventProcessor_dc_alignment::fdc_c

Definition at line 124 of file DEventProcessor_dc_alignment.h.

FDC_c_branch* DEventProcessor_dc_alignment::fdc_c_ptr

Definition at line 125 of file DEventProcessor_dc_alignment.h.

vector<cathode_align_t> DEventProcessor_dc_alignment::fdc_cathode_alignments

private

Definition at line 322 of file DEventProcessor_dc_alignment.h.

DMatrix3x1 DEventProcessor_dc_alignment::fdc_drift_parms

private

Definition at line 324 of file DEventProcessor_dc_alignment.h.

vector<double> DEventProcessor_dc_alignment::fdc_drift_table

private

Definition at line 311 of file DEventProcessor_dc_alignment.h.

FDC_branch* DEventProcessor_dc_alignment::fdc_ptr

Definition at line 120 of file DEventProcessor_dc_alignment.h.

TBranch* DEventProcessor_dc_alignment::fdcbranch

Definition at line 121 of file DEventProcessor_dc_alignment.h.

TBranch* DEventProcessor_dc_alignment::fdcCbranch

Definition at line 126 of file DEventProcessor_dc_alignment.h.

TTree* DEventProcessor_dc_alignment::fdcCtree

Definition at line 123 of file DEventProcessor_dc_alignment.h.

TTree* DEventProcessor_dc_alignment::fdctree

Definition at line 118 of file DEventProcessor_dc_alignment.h.

vector<vector<DFDCWire*> > DEventProcessor_dc_alignment::fdcwires

private

Definition at line 323 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::FILL_TREE

private

Definition at line 306 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hbcalmatch

private

Definition at line 287 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hbcalmatchxy

private

Definition at line 291 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hbeta

private

Definition at line 283 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hcdc_prelimprob

private

Definition at line 286 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hcdc_prob

private

Definition at line 286 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hcdc_ring_res[28]

private

Definition at line 294 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hcdc_ring_time[28]

private

Definition at line 294 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hcdc_time_vs_d

private

Definition at line 291 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hcdcdrift_time

private

Definition at line 287 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hcdcmatch

private

Definition at line 283 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hcdcmatch_stereo

private

Definition at line 283 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hcdcres_vs_d

private

Definition at line 295 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hcdcres_vs_drift_time

private

Definition at line 289 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hdrift_time

private

Definition at line 289 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hdv_vs_dE

private

Definition at line 291 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hfcalmatch

private

Definition at line 292 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hintersection_link_match

private

Definition at line 285 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hintersection_match

private

Definition at line 285 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hlink_match

private

Definition at line 284 of file DEventProcessor_dc_alignment.h.

TH1F * DEventProcessor_dc_alignment::Hmatch

private

Definition at line 283 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hprob

private

Definition at line 283 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hpseudo_prob

private

Definition at line 284 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hres_vs_drift_time

private

Definition at line 290 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hres_vs_layer

private

Definition at line 288 of file DEventProcessor_dc_alignment.h.

TH2F* DEventProcessor_dc_alignment::Hures_vs_layer

private

Definition at line 288 of file DEventProcessor_dc_alignment.h.

TH2F * DEventProcessor_dc_alignment::Hvres_vs_layer

private

Definition at line 290 of file DEventProcessor_dc_alignment.h.

TH1F* DEventProcessor_dc_alignment::Hztarg

private

Definition at line 293 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::long_drift_func[3][3]

private

Definition at line 329 of file DEventProcessor_dc_alignment.h.

vector<vector<double> > DEventProcessor_dc_alignment::max_sag

private

Definition at line 327 of file DEventProcessor_dc_alignment.h.

unsigned int DEventProcessor_dc_alignment::MIN_INTERSECTIONS

private

Definition at line 307 of file DEventProcessor_dc_alignment.h.

unsigned int DEventProcessor_dc_alignment::MIN_PSEUDOS

private

Definition at line 307 of file DEventProcessor_dc_alignment.h.

pthread_mutex_t DEventProcessor_dc_alignment::mutex

private

Definition at line 281 of file DEventProcessor_dc_alignment.h.

int DEventProcessor_dc_alignment::myevt

private

Definition at line 303 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::one_over_zrange

private

Definition at line 301 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::READ_ANODE_FILE

private

Definition at line 305 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::READ_CATHODE_FILE

private

Definition at line 306 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::READ_CDC_FILE

private

Definition at line 306 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::RUN_BENCHMARK

private

Definition at line 306 of file DEventProcessor_dc_alignment.h.

vector<vector<double> > DEventProcessor_dc_alignment::sag_phi_offset

private

Definition at line 328 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::short_drift_func[3][3]

private

Definition at line 330 of file DEventProcessor_dc_alignment.h.

double DEventProcessor_dc_alignment::target_to_fcal_distance

private

Definition at line 297 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::USE_BCAL

private

Definition at line 305 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::USE_DRIFT_TIMES

private

Definition at line 305 of file DEventProcessor_dc_alignment.h.

bool DEventProcessor_dc_alignment::USE_FCAL

private

Definition at line 306 of file DEventProcessor_dc_alignment.h.

DMatrix4x1 DEventProcessor_dc_alignment::Zero4x1

private

Definition at line 298 of file DEventProcessor_dc_alignment.h.

DMatrix4x4 DEventProcessor_dc_alignment::Zero4x4

private

Definition at line 299 of file DEventProcessor_dc_alignment.h.

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

• DEventProcessor_dc_alignment.h
• DEventProcessor_dc_alignment.cc