#include <DblQ00Almn.h>

Collaboration diagram for MuonGM::DblQ00Almn::ALMN:

Public Attributes
int	version {0}
int	i {0}
float	dx {0.f}
float	dy {0.f}
float	dz {0.f}
int	job {0}
std::string	tec {}
int	iw {0}
int	isplit_x {0}
int	isplit_y {0}
int	ishape {0}
float	width_xs {0.f}
float	width_xl {0.f}
float	length_y {0.f}
float	excent {0.f}
float	dead1 {0.f}
float	dead2 {0.f}
float	dead3 {0.f}
int	jtyp {0}
int	indx {0}

Detailed Description

Definition at line 34 of file DblQ00Almn.h.

Member Data Documentation

◆ dead1

float MuonGM::DblQ00Almn::ALMN::dead1 {0.f}

Definition at line 50 of file DblQ00Almn.h.

50{0.f}; // FIRST DEAD MATERIAL, D1

◆ dead2

float MuonGM::DblQ00Almn::ALMN::dead2 {0.f}

Definition at line 51 of file DblQ00Almn.h.

51{0.f}; // SECOND DEAD MATERIAL, D2

◆ dead3

float MuonGM::DblQ00Almn::ALMN::dead3 {0.f}

Definition at line 52 of file DblQ00Almn.h.

52{0.f}; // STEPS, D3

◆ dx

float MuonGM::DblQ00Almn::ALMN::dx {0.f}

Definition at line 37 of file DblQ00Almn.h.

37{0.f}; // X RELATIVE POSITION OF THE OBJECT

◆ dy

float MuonGM::DblQ00Almn::ALMN::dy {0.f}

Definition at line 38 of file DblQ00Almn.h.

38{0.f}; // Y RELATIVE POSITION OF THE OBJECT

◆ dz

float MuonGM::DblQ00Almn::ALMN::dz {0.f}

Definition at line 39 of file DblQ00Almn.h.

39{0.f}; // Z RELATIVE POSITION OF THE OBJECT

◆ excent

float MuonGM::DblQ00Almn::ALMN::excent {0.f}

Definition at line 49 of file DblQ00Almn.h.

49{0.f}; // ADDITIONAL INFORMATION, EX

◆ i

int MuonGM::DblQ00Almn::ALMN::i {0}

Definition at line 36 of file DblQ00Almn.h.

36{0}; // ELEMENT NUMBER

◆ indx

int MuonGM::DblQ00Almn::ALMN::indx {0}

Definition at line 54 of file DblQ00Almn.h.

54{0}; // ELEMENT NUMBER

◆ ishape

int MuonGM::DblQ00Almn::ALMN::ishape {0}

Definition at line 45 of file DblQ00Almn.h.

45{0}; // TYPE OF GEOMETRICAL SHAPE 0-TRAPEZOIDAL,

◆ isplit_x

int MuonGM::DblQ00Almn::ALMN::isplit_x {0}

Definition at line 43 of file DblQ00Almn.h.

43{0}; // NUMBER OF SECTIONS IN X

◆ isplit_y

int MuonGM::DblQ00Almn::ALMN::isplit_y {0}

Definition at line 44 of file DblQ00Almn.h.

44{0}; // NUMBER OF SECTIONS IN Y

◆ iw

int MuonGM::DblQ00Almn::ALMN::iw {0}

Definition at line 42 of file DblQ00Almn.h.

42{0}; // INNER STRUCTURE TYPE INDEX, ISTA

◆ job

int MuonGM::DblQ00Almn::ALMN::job {0}

Definition at line 40 of file DblQ00Almn.h.

40{0}; // OBJECT SERIAL NUMBER IN THE STATION

◆ jtyp

int MuonGM::DblQ00Almn::ALMN::jtyp {0}

Definition at line 53 of file DblQ00Almn.h.

53{0}; // STATION TYPE

◆ length_y

float MuonGM::DblQ00Almn::ALMN::length_y {0.f}

Definition at line 48 of file DblQ00Almn.h.

48{0.f}; // Y LENGTH, LE

◆ tec

std::string MuonGM::DblQ00Almn::ALMN::tec {}

Definition at line 41 of file DblQ00Almn.h.

41{}; // TYPE OF TECHNOLOGY USED FOR THE OBJECT

◆ version

int MuonGM::DblQ00Almn::ALMN::version {0}

Definition at line 35 of file DblQ00Almn.h.

35{0}; // VERSION

◆ width_xl

float MuonGM::DblQ00Almn::ALMN::width_xl {0.f}

Definition at line 47 of file DblQ00Almn.h.

47{0.f}; // L WIDTH, WL

◆ width_xs

float MuonGM::DblQ00Almn::ALMN::width_xs {0.f}

Definition at line 46 of file DblQ00Almn.h.

46{0.f}; // S WIDTH, WS

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

DblQ00Almn.h

Public Attributes