Classes
struct	JOscChannel
	Neutrino oscillation channel. More...

struct	JOscParameters
	Data structure for oscillation parameters. More...

struct	JOscProb
	Low-level interface for retrieving the oscillation probability corresponding to a given oscillation channel, neutrino energy and zenith angle. More...

struct	JOscProbFunction
	Implementation of oscillation probability function interface. More...

struct	JOscProbFunction< pOscProb >
	Implementation of C-style oscillation probability function. More...

struct	JOscProbHelper
	Helper class for oscillation probabilities. More...

struct	JOscProbInterpolator2D
	Auxiliary class for interpolating an oscillation probability table in 8 dimensions in terms of: More...

struct	JOscProbInterpolator8D
	Auxiliary class for interpolating an oscillation probability table in 8 dimensions in terms of: More...

struct	JOscProbTable
	Template definition of a multi-dimensional interpolation table for oscillation probabilities. More...

struct	JOscProbTable6D
	Explicit template specialization for 6D interpolation table in: More...

struct	JOscProbTable2D
	Explicit template specialization for 2D interpolation table in: More...

struct	JOscProbTable8D
	Explicit template specialization for 8D interpolation table in: More...

struct	JOscProbTable_t
	Auxiliary class for defining an oscillation probability table with interpolation function. More...

struct	JOscProbTable2D_t
	Auxiliary class for defining a 2D oscillation probability interpolator in: More...

struct	JOscProbTable6D_t
	Auxiliary class for defining a 6D oscillation probability interpolator in: More...

struct	JOscProbTable8D_t
	Auxiliary class for defining an 8D oscillation probability interpolator in: More...

Typedefs
typedef double(*	pOscProb )(const JOscChannel &, const double, const double)

Functions
template<class JFunction_t >
JOscProbFunction< JFunction_t >	make_oscProbFunction (const JFunction_t &function)
	Auxiliary method for creating an interface to an oscillation probability function. More...

JOscProbFunction< pOscProb >	make_oscProbFunction (pOscProb function)
	Auxiliary method for creating an interface to an oscillation probability function. More...

double	getL (const double costh)
	Get baseline for a given cosine zenith angle. More...

Variables
static const JOscChannel	getOscChannel []
	Declare group of neutrino oscillation channels. More...

static const int	NUMBER_OF_OSCCHANNELS = sizeof(getOscChannel) / sizeof(JOscChannel)
	Number of neutrino oscillation channels. More...

static const JRange< double >	SINSQTH12Range (0.250, 0.354)
	Allowed ranges of neutrino oscillation parameters. More...

static const JRange< double >	DM21Range (6.93e-5, 7.96e-5)

static const JRange< double >	SINSQTH13Range (0.019, 0.025)

static const JRange< double >	DM31Range (+2.45e-3,+2.69e-3)

static const JRange< double >	SINSQTH23Range (0.381, 0.636)

static const JRange< double >	DCPRange (0.000, 2.000)

static const double	R_EARTH_BELOW = 6368
	Earth radii. More...

static const double	R_EARTH_ABOVE = 6386
	Earth radius, including layer above detector [km]. More...

Detailed Description

Author: bjung, mdejong; bjung; bjung Auxiliary structs for defining oscillation probability tables in N dimensions.; bjung Auxiliary methods for oscillation probabilities.

Typedef Documentation

typedef double(* JOSCPROB::pOscProb)(const JOscChannel &, const double, const double)

Definition at line 60 of file JOscProbFunction.hh.

Function Documentation

template<class JFunction_t >

JOscProbFunction<JFunction_t> JOSCPROB::make_oscProbFunction ( const JFunction_t & function )

inline

Auxiliary method for creating an interface to an oscillation probability function.

Parameters

function oscillation probability function object

Returns: oscillation probability function interface

Definition at line 108 of file JOscProbFunction.hh.

                                                                                          {
     return JOscProbFunction<JFunction_t>(function);
   }  

JOscProbFunction<pOscProb> JOSCPROB::make_oscProbFunction ( pOscProb function )

inline

Auxiliary method for creating an interface to an oscillation probability function.

Parameters

function oscillation probability function pointer

Returns: oscillation probability function interface

Definition at line 119 of file JOscProbFunction.hh.

                                                                             {
     return JOscProbFunction<pOscProb>(function);
   }

double JOSCPROB::getL ( const double costh )

inline

Get baseline for a given cosine zenith angle.

Parameters

costh cosine zenith angle

Returns: baseline [km]

Definition at line 53 of file JOscProbToolkit.hh.

   {
     using namespace std;
     using namespace JPP;
 
     static const double epsilon = 1e-6;
     
     if (fabs(costh) < 1.0 || fabs(costh) - 1.0 < epsilon) {
 
       return (-R_EARTH_BELOW * costh + sqrt(R_EARTH_ABOVE*R_EARTH_ABOVE -
                                             R_EARTH_BELOW*R_EARTH_BELOW * (1 - costh) * (1 + costh)));
       
     } else {
 
       THROW(JValueOutOfRange, "getL(): Invalid cosine zenith angle " << costh << endl);
     }
   }

Variable Documentation

const JOscChannel JOSCPROB::getOscChannel[]

static

Initial value:

=  {
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::ELECTRON,  JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::MUON,      JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::TAU,       JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::ELECTRON,  JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::MUON,      JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::TAU,       JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::TAU,       JOscChannel::ELECTRON,  JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::TAU,       JOscChannel::MUON,      JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::TAU,       JOscChannel::TAU,       JOscChannel::PARTICLE),
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::ELECTRON,  JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::MUON,      JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::ELECTRON,  JOscChannel::TAU,       JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::ELECTRON,  JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::MUON,      JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::MUON,      JOscChannel::TAU,       JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::TAU,       JOscChannel::ELECTRON,  JOscChannel::ANTIPARTICLE),
    JOscChannel(JOscChannel::TAU,       JOscChannel::MUON,      JOscChannel::ANTIPARTICLE),
  }

Declare group of neutrino oscillation channels.

Definition at line 340 of file JOscChannel.hh.

const int JOSCPROB::NUMBER_OF_OSCCHANNELS = sizeof(getOscChannel) / sizeof(JOscChannel)

static

Number of neutrino oscillation channels.

Definition at line 365 of file JOscChannel.hh.

const JRange<double> JOSCPROB::SINSQTH12Range(0.250, 0.354)

static

Allowed ranges of neutrino oscillation parameters.

const JRange<double> JOSCPROB::DM21Range(6.93e-5, 7.96e-5)

static

const JRange<double> JOSCPROB::SINSQTH13Range(0.019, 0.025)

static

const JRange<double> JOSCPROB::DM31Range(+2.45e-3,+2.69e-3)

static

const JRange<double> JOSCPROB::SINSQTH23Range(0.381, 0.636)

static

const JRange<double> JOSCPROB::DCPRange(0.000, 2.000)

static

const double JOSCPROB::R_EARTH_BELOW = 6368

static

Earth radii.

Earth radius, up until detector layer [km]

Definition at line 43 of file JOscProbToolkit.hh.

const double JOSCPROB::R_EARTH_ABOVE = 6386

static

Earth radius, including layer above detector [km].

Definition at line 44 of file JOscProbToolkit.hh.

Classes

Typedefs

Functions

Variables

Detailed Description

Typedef Documentation

Function Documentation

Variable Documentation