pvCand Class Reference

#include <pvTree.h>

Public Member Functions
	pvCand ()
virtual	~pvCand ()

Public Attributes
float	CL_subVtx1
float	CL_subVtx2
int	ipos
float	minW_subVtx1
float	minW_subVtx2
int	n_subVtx1
int	n_subVtx2
int	nTrks
float	sumPt_subVtx1
float	sumPt_subVtx2
float	x_origVtx
float	x_subVtx1
float	x_subVtx2
float	xErr_origVtx
float	xErr_subVtx1
float	xErr_subVtx2
float	y_origVtx
float	y_subVtx1
float	y_subVtx2
float	yErr_origVtx
float	yErr_subVtx1
float	yErr_subVtx2
float	z_origVtx
float	z_subVtx1
float	z_subVtx2
float	zErr_origVtx
float	zErr_subVtx1
float	zErr_subVtx2

Detailed Description

Definition at line 9 of file pvTree.h.

Constructor & Destructor Documentation

pvCand::pvCand ( )

inline

Definition at line 48 of file pvTree.h.

{};

virtual pvCand::~pvCand ( )

inlinevirtual

Definition at line 49 of file pvTree.h.

{};

Member Data Documentation

float pvCand::CL_subVtx1

Definition at line 42 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::CL_subVtx2

Definition at line 43 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

int pvCand::ipos

Definition at line 12 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::minW_subVtx1

Definition at line 45 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::minW_subVtx2

Definition at line 46 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

int pvCand::n_subVtx1

Definition at line 22 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

int pvCand::n_subVtx2

Definition at line 32 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

int pvCand::nTrks

Definition at line 11 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::sumPt_subVtx1

Definition at line 30 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::sumPt_subVtx2

Definition at line 40 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::x_origVtx

Definition at line 14 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::x_subVtx1

Definition at line 23 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::x_subVtx2

Definition at line 33 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::xErr_origVtx

Definition at line 18 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::xErr_subVtx1

Definition at line 27 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::xErr_subVtx2

Definition at line 37 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::y_origVtx

Definition at line 15 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::y_subVtx1

Definition at line 24 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::y_subVtx2

Definition at line 34 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::yErr_origVtx

Definition at line 19 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::yErr_subVtx1

Definition at line 28 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::yErr_subVtx2

Definition at line 38 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::z_origVtx

Definition at line 16 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::z_subVtx1

Definition at line 25 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::z_subVtx2

Definition at line 35 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::zErr_origVtx

Definition at line 20 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::zErr_subVtx1

Definition at line 29 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().

float pvCand::zErr_subVtx2

Definition at line 39 of file pvTree.h.

Referenced by SplitVertexResolution::analyze().