ShaperDSP_t::sv123shift_t Struct Reference

struct to encapsulate the electronic response from energy deposit
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#include <shaperdsp.h>

Inheritance diagram for ShaperDSP_t::sv123shift_t:

Public Member Functions
	sv123shift_t ()
	default constructor
	sv123shift_t (double _t, const ShaperDSP_t &_p)
	constructor from a ShaperDSP class
void	init (double, const ShaperDSP_t &)
	initialise
sv123shift_t &	operator+= (const sv123shift_t &)
	increment operator
sv123shift_t	operator+ (const sv123shift_t &) const
	addition operator
bool	validshift (const sv123shift_t &x) const
	check for a valid shift

Public Attributes
double	t
	time
double	s0
	sin of the first Bessel stage
double	c0
	cos of the first Bessel stage
double	s1
	sin of the second Bessel stage
double	c1
	cos of the second Bessel stage
double	e0
	exponent factor for first Bessel stage
double	e1
	exponent factor for second Bessel stage
double	es
	first exponent factor for tail part of the signal.
double	ed
	second exponent factor for tail part of the signal.

Detailed Description

struct to encapsulate the electronic response from energy deposit

Definition at line 30 of file shaperdsp.h.

Constructor & Destructor Documentation

sv123shift_t() [1/2]

sv123shift_t ( )

inline

default constructor

Definition at line 50 of file shaperdsp.h.

sv123shift_t() [2/2]

sv123shift_t ( double  _t, const ShaperDSP_t &  _p  )

inline

constructor from a ShaperDSP class

Definition at line 51 of file shaperdsp.h.

Member Function Documentation

init()

void init	(	double	_t,
		const ShaperDSP_t &	_p
	)

initialise

Definition at line 30 of file shaperdsp.cc.

{
  t = _t;
  sincos(t * _p._dw0, &s0, &c0);
  sincos(t * _p._dw1, &s1, &c1);
  e0 = exp(-t * _p._dks0);
  e1 = exp(-t * _p._dks1);
  es = exp(-t * _p._ds);
  ed = exp(-t * _p._dd);
}

operator+()

ShaperDSP_t::sv123shift_t operator+

(

const sv123shift_t &

r

)

const

addition operator

Definition at line 62 of file shaperdsp.cc.

{
  sv123shift_t a;
  a.t = t + r.t;
 
  a.c0 = r.c0 * c0 - r.s0 * s0;
  a.s0 = r.c0 * s0 + r.s0 * c0;
  a.c1 = r.c1 * c1 - r.s1 * s1;
  a.s1 = r.c1 * s1 + r.s1 * c1;
 
  a.e0 = e0 * r.e0;
  a.e1 = e1 * r.e1;
  a.es = es * r.es;
  a.ed = ed * r.ed;
  return a;
}

operator+=()

ShaperDSP_t::sv123shift_t & operator+=

(

const sv123shift_t &

r

)

increment operator

Definition at line 41 of file shaperdsp.cc.

{
  t += r.t;
 
  double c0r = r.c0 * c0 - r.s0 * s0;
  double s0r = r.c0 * s0 + r.s0 * c0;
  c0 = c0r;
  s0 = s0r;
 
  double c1r = r.c1 * c1 - r.s1 * s1;
  double s1r = r.c1 * s1 + r.s1 * c1;
  c1 = c1r;
  s1 = s1r;
 
  e0 *= r.e0;
  e1 *= r.e1;
  es *= r.es;
  ed *= r.ed;
  return *this;
}

validshift()

bool validshift ( const sv123shift_t &  x ) const

inline

check for a valid shift

Definition at line 55 of file shaperdsp.h.

Member Data Documentation

c0

double c0

cos of the first Bessel stage

Definition at line 36 of file shaperdsp.h.

c1

double c1

cos of the second Bessel stage

Definition at line 40 of file shaperdsp.h.

e0

double e0

exponent factor for first Bessel stage

Definition at line 42 of file shaperdsp.h.

e1

double e1

exponent factor for second Bessel stage

Definition at line 44 of file shaperdsp.h.

ed

double ed

second exponent factor for tail part of the signal.

Time of the differential stage

Definition at line 48 of file shaperdsp.h.

es

double es

first exponent factor for tail part of the signal.

Scintillation decay time

Definition at line 46 of file shaperdsp.h.

s0

double s0

sin of the first Bessel stage

Definition at line 34 of file shaperdsp.h.

s1

double s1

sin of the second Bessel stage

Definition at line 38 of file shaperdsp.h.

t

double t

time

Definition at line 32 of file shaperdsp.h.

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

• ecl/digitization/include/shaperdsp.h
• ecl/digitization/src/shaperdsp.cc