LDFFinderKG::NKGFermiLDF Class Reference

#include <NKGFermiLDF.h>

Inheritance diagram for LDFFinderKG::NKGFermiLDF:

Public Member Functions
virtual double	BetaUncertainty (const double showerSize) const =0
return fBetaUncertaintyModelVector *[0]	exp (fBetaUncertaintyModelVector[1]*lgS)
return gamma *	fermi2 (tau *tau)*expofunc *(2 *fermi+1)
unsigned int	GetNShapeParameters () const
return	NKG (r, rRef, beta, gamma)*FermiSuppression(r
	NKGFermiLDF (const double refDistance)
return	NKGSecondDerivative (r, rRef, beta, gamma)*fermi+nkgFirstDerivative *(expofunc/tau *fermi2)+NKG(r
virtual double	SecondDerivative (const double r, const std::vector< double > &shape) const =0
std::vector< double >	shape (4)
virtual std::vector< double >	ShapeModel (const double cosTheta, double showerSize) const =0
virtual double	Value (const double r, const std::vector< double > &shape) const =0

Public Attributes
const double	a0 = fShapeModelVector[0]
const double	a1 = fShapeModelVector[1]
const double	b0 = fShapeModelVector[2]
const double	b1 = fShapeModelVector[3]
const double	beta = shape[0]
return	beta
double &	beta = shape[0]
	beta = a0 + a1*lgSRef + secTheta*(b0 + b1*lgSRef + secTheta*(c0 + c1*lgSRef))
const double	c0 = fShapeModelVector[4]
const double	c1 = fShapeModelVector[5]
double	const
std::vector< double >	const
const double	cos2Theta = utl::Sqr(cosTheta)
const double	expofunc = std::exp((r - mu)/tau)
const double	fa0 = fShapeModelVector[8]
const double	fa1 = fShapeModelVector[9]
const double	fb = fShapeModelVector[14]
const double	fermi = 1 / (expofunc + 1)
const double	fermi2 = utl::Sqr(fermi)
const double	fet = fShapeModelVector[15]
const double	fo0 = fShapeModelVector[6]
const double	fo1 = fShapeModelVector[7]
const double	fp0 = fShapeModelVector[10]
const double	fp1 = fShapeModelVector[11]
const double	fps = fShapeModelVector[16]
const double	fs0 = fShapeModelVector[12]
const double	fs1 = fShapeModelVector[13]
const double	fss = fShapeModelVector[17]
const double	gamma = shape[1]
double &	gamma = shape[1]
	gamma
const double	k700 = 700*utl::meter
const double	mu = shape[2]
return	mu
double &	mu = shape[2]
	mu = fShapeModelVector[18]
const double	nkgFirstDerivative
return	rRef
const double	secTheta = 1 / cosTheta
return	shape
const double	tau = shape[3]
return	tau
double &	tau = shape[3]
	tau = fShapeModelVector[19]

Protected Member Functions
return	pow (r/rRef, beta)*pow((k700+r)/(rRef+k700)

Protected Attributes
std::vector< double >	fBetaUncertaintyModelVector
const double	fReferenceDistance
std::vector< double >	fShapeModelVector
return beta	gamma
const double	r2 = utl::Sqr(r)
const double	tbg = 2*beta + gamma

Detailed Description

Definition at line 14 of file NKGFermiLDF.h.

Constructor & Destructor Documentation

LDFFinderKG::NKGFermiLDF::NKGFermiLDF ( const double  refDistance )

inline

Definition at line 17 of file NKGFermiLDF.h.

Member Function Documentation

virtual double LDFFinderKG::VLDF::BetaUncertainty ( const double  showerSize ) const

pure virtualinherited

return fBetaUncertaintyModelVector* [0] LDFFinderKG::NKGFermiLDF::exp

(

fBetaUncertaintyModelVector *

lgS[1]

)

return gamma* LDFFinderKG::NKGFermiLDF::fermi2

(

tau *

tau

)

unsigned int LDFFinderKG::NKGFermiLDF::GetNShapeParameters ( ) const

inlinevirtual

Implements LDFFinderKG::VLDF.

Definition at line 108 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::NKG	(	r	,
		rRef	,
		beta	,
		gamma
	)

return LDFFinderKG::NKGFermiLDF::NKGSecondDerivative	(	r	,
		rRef	,
		beta	,
		gamma
	)

return LDFFinderKG::NKGFermiLDF::pow ( r/  rRef, beta    )

protected

virtual double LDFFinderKG::VLDF::SecondDerivative ( const double  r, const std::vector< double > &  shape  ) const

pure virtualinherited

std::vector<double> LDFFinderKG::NKGFermiLDF::shape

(

4

)

virtual std::vector<double> LDFFinderKG::VLDF::ShapeModel ( const double  cosTheta, double  showerSize  ) const

pure virtualinherited

virtual double LDFFinderKG::VLDF::Value ( const double  r, const std::vector< double > &  shape  ) const

pure virtualinherited

Referenced by LDFFinderKG::PowerLawLDF::if().

Member Data Documentation

const double LDFFinderKG::NKGFermiLDF::a0 = fShapeModelVector[0]

Definition at line 61 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::a1 = fShapeModelVector[1]

Definition at line 62 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::b0 = fShapeModelVector[2]

Definition at line 63 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::b1 = fShapeModelVector[3]

Definition at line 64 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::beta = shape[0]

Definition at line 24 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::beta

Definition at line 50 of file NKGFermiLDF.h.

double& LDFFinderKG::NKGFermiLDF::beta = shape[0]

Definition at line 82 of file NKGFermiLDF.h.

LDFFinderKG::NKGFermiLDF::beta = a0 + a1*lgSRef + secTheta*(b0 + b1*lgSRef + secTheta*(c0 + c1*lgSRef))

Definition at line 87 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::c0 = fShapeModelVector[4]

Definition at line 65 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::c1 = fShapeModelVector[5]

Definition at line 66 of file NKGFermiLDF.h.

double LDFFinderKG::NKGFermiLDF::const

Initial value:

{
      const double rRef  = fReferenceDistance

Definition at line 22 of file NKGFermiLDF.h.

std::vector<double> LDFFinderKG::NKGFermiLDF::const

Initial value:

{
      const double lgSRef = std::log10(showerSize)

Definition at line 56 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::cos2Theta = utl::Sqr(cosTheta)

Definition at line 59 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::expofunc = std::exp((r - mu)/tau)

Definition at line 43 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fa0 = fShapeModelVector[8]

Definition at line 70 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fa1 = fShapeModelVector[9]

Definition at line 71 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fb = fShapeModelVector[14]

Definition at line 76 of file NKGFermiLDF.h.

std::vector<double> LDFFinderKG::VLDF::fBetaUncertaintyModelVector

protectedinherited

Definition at line 31 of file LDFFinderKG/VLDF.h.

const double LDFFinderKG::NKGFermiLDF::fermi = 1 / (expofunc + 1)

Definition at line 44 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fermi2 = utl::Sqr(fermi)

Definition at line 45 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fet = fShapeModelVector[15]

Definition at line 77 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fo0 = fShapeModelVector[6]

Definition at line 68 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fo1 = fShapeModelVector[7]

Definition at line 69 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fp0 = fShapeModelVector[10]

Definition at line 72 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fp1 = fShapeModelVector[11]

Definition at line 73 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fps = fShapeModelVector[16]

Definition at line 78 of file NKGFermiLDF.h.

const double LDFFinderKG::VLDF::fReferenceDistance

protectedinherited

Definition at line 29 of file LDFFinderKG/VLDF.h.

const double LDFFinderKG::NKGFermiLDF::fs0 = fShapeModelVector[12]

Definition at line 74 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::fs1 = fShapeModelVector[13]

Definition at line 75 of file NKGFermiLDF.h.

std::vector<double> LDFFinderKG::VLDF::fShapeModelVector

protectedinherited

Definition at line 30 of file LDFFinderKG/VLDF.h.

const double LDFFinderKG::NKGFermiLDF::fss = fShapeModelVector[17]

Definition at line 79 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::gamma = shape[1]

Definition at line 25 of file NKGFermiLDF.h.

double& LDFFinderKG::NKGFermiLDF::gamma = shape[1]

Definition at line 83 of file NKGFermiLDF.h.

LDFFinderKG::NKGFermiLDF::gamma

Initial value:

=
        fo0 + fo1 * lgSRef +
        (fa0 + fa1 * lgSRef) / (exp((fs0 + fs1 * lgSRef) * (cos2Theta - (fp0 + fp1 * lgSRef))) + 1) +
        fb * pow(cos2Theta, fet) / (exp((lgSRef - fps) * fss) + 1) -
        beta

Definition at line 88 of file NKGFermiLDF.h.

return beta LDFFinderKG::NKGFermiLDF::gamma

protected

Definition at line 125 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::k700 = 700*utl::meter

Definition at line 41 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::mu = shape[2]

Definition at line 26 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::mu

Definition at line 29 of file NKGFermiLDF.h.

double& LDFFinderKG::NKGFermiLDF::mu = shape[2]

Definition at line 84 of file NKGFermiLDF.h.

LDFFinderKG::NKGFermiLDF::mu = fShapeModelVector[18]

Definition at line 94 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::nkgFirstDerivative

Initial value:

=
        NKG(r, rRef, beta, gamma) * (2*beta*r + beta*k700 + gamma*r) / (r * (r + k700))

Definition at line 46 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::r2 = utl::Sqr(r)

protected

Definition at line 134 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::rRef

Definition at line 29 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::secTheta = 1 / cosTheta

Definition at line 58 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::shape

Definition at line 97 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::tau = shape[3]

Definition at line 27 of file NKGFermiLDF.h.

return LDFFinderKG::NKGFermiLDF::tau

Definition at line 29 of file NKGFermiLDF.h.

double& LDFFinderKG::NKGFermiLDF::tau = shape[3]

Definition at line 85 of file NKGFermiLDF.h.

LDFFinderKG::NKGFermiLDF::tau = fShapeModelVector[19]

Definition at line 95 of file NKGFermiLDF.h.

const double LDFFinderKG::NKGFermiLDF::tbg = 2*beta + gamma

protected

Definition at line 133 of file NKGFermiLDF.h.

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

• NKGFermiLDF.h