Extra information about single PDF peak. More...

#include <SignalPDF.h>

Public Attributes
double	thc = 0
	Cerenkov (polar) angle.

double	e = 0
	photon energy

double	sige = 0
	photon energy sigma squared

int	Nxm = 0
	number of reflections in x before mirror

int	Nxb = 0
	number of reflections in x after mirror and before prism

int	Nxe = 0
	number of reflections in x inside prism

int	Nym = 0
	number of reflections in y before mirror

int	Nyb = 0
	number of reflections in y after mirror and before prism

int	Nye = 0
	number of reflections in y inside prism

double	xD = 0
	unfolded detection x coordinate

double	yD = 0
	unfolded detection y coordinate

double	zD = 0
	unfolded detection z coordinate

double	yB = 0
	unfolded coordinate x at prism entrance

double	kxE = 0
	photon direction x at emission

double	kyE = 0
	photon direction y at emission

double	kzE = 0
	photon direction z at emission

double	kxD = 0
	photon direction x at detection

double	kyD = 0
	photon direction y at detection

double	kzD = 0
	photon direction z at detection

EPeakType	type = c_Unknown
	peak type

Detailed Description

Extra information about single PDF peak.

Definition at line 51 of file SignalPDF.h.

Member Data Documentation

◆ e

double e = 0

photon energy

Definition at line 53 of file SignalPDF.h.

◆ kxD

double kxD = 0

photon direction x at detection

Definition at line 68 of file SignalPDF.h.

◆ kxE

double kxE = 0

photon direction x at emission

Definition at line 65 of file SignalPDF.h.

◆ kyD

double kyD = 0

photon direction y at detection

Definition at line 69 of file SignalPDF.h.

◆ kyE

double kyE = 0

photon direction y at emission

Definition at line 66 of file SignalPDF.h.

◆ kzD

double kzD = 0

photon direction z at detection

Definition at line 70 of file SignalPDF.h.

◆ kzE

double kzE = 0

photon direction z at emission

Definition at line 67 of file SignalPDF.h.

◆ Nxb

int Nxb = 0

number of reflections in x after mirror and before prism

Definition at line 56 of file SignalPDF.h.

◆ Nxe

int Nxe = 0

number of reflections in x inside prism

Definition at line 57 of file SignalPDF.h.

◆ Nxm

int Nxm = 0

number of reflections in x before mirror

Definition at line 55 of file SignalPDF.h.

◆ Nyb

int Nyb = 0

number of reflections in y after mirror and before prism

Definition at line 59 of file SignalPDF.h.

◆ Nye

int Nye = 0

number of reflections in y inside prism

Definition at line 60 of file SignalPDF.h.

◆ Nym

int Nym = 0

number of reflections in y before mirror

Definition at line 58 of file SignalPDF.h.

◆ sige

double sige = 0

photon energy sigma squared

Definition at line 54 of file SignalPDF.h.

◆ thc

double thc = 0

Cerenkov (polar) angle.

Definition at line 52 of file SignalPDF.h.

◆ type

EPeakType type = c_Unknown

peak type

Definition at line 71 of file SignalPDF.h.

◆ xD

double xD = 0

unfolded detection x coordinate

Definition at line 61 of file SignalPDF.h.

◆ yB

double yB = 0

unfolded coordinate x at prism entrance

Definition at line 64 of file SignalPDF.h.

◆ yD

double yD = 0

unfolded detection y coordinate

Definition at line 62 of file SignalPDF.h.

◆ zD

double zD = 0

unfolded detection z coordinate

Definition at line 63 of file SignalPDF.h.

The documentation for this struct was generated from the following file:

top/reconstruction_cpp/include/SignalPDF.h

Public Attributes