#include <MCNPTally.hxx>

Inheritance diagram for MCNP::Tally:

Public Member Functions
	Tally (int type=kCellFlux, const char *particle="N")

	Tally (int type, int particle)

	Tally (const Tally &t)
	Copy constructor.

Tally *	Clone () override
	The only good way to call copy constructor.

	~Tally () override=default
	Destructor.

void	AddFluenceToDoseConversion (bool ELinear=false, bool CFLinear=false)

string	Print () override
	Print the Tally in MCNP.

string	PrintMultiplicator () override
	Print the Tally Multiplicator in MCNP.

void	SetTallySpecialTreatment (string Treatment)

vector< double >	GetBinVolume (int i) override
	returns the ith bin volume of Tally bin

double	GetBinSurface (int i)
	returns the ith bin surface of Tally bin

void	SetBinSurface (int i, double S)
	set the ith bin surface of Tally bin

void	SetBinVolume (int i, double V, int k=0) override
	set the ith bin volume of (the kth partial bin in a LatticeBin) Tally bin

string	GetParticle ()

void	SetParticleN ()

void	SetParticleP ()

void	SetParticleNP ()

void	SetParticleNE ()

void	SetParticleNPE ()

void	SetParentheses (bool flag=true)

vector< double >	GetEnergyBinningVector ()

Public Member Functions inherited from MureTally
	MureTally ()

	MureTally (const MureTally &t)
	Copy constructor.

virtual MureTally *	Clone ()=0
	The only good way to call copy constructor.

virtual	~MureTally ()
	Destructor.

int	GetNumber ()

void	SetNumber (int num)

bool	NeedVolume ()
	Whether or not a stochastic volume/surface calculation is needed.

virtual vector< double >	GetBinVolume (int i)=0
	returns the ith bin volume of Tally bin

virtual void	SetBinVolume (int i, double V, int k=0)=0
	set the ith bin volume of (the kth partial bin in a LatticeBin) Tally bin

virtual string	Print ()=0

virtual string	PrintMultiplicator ()=0

void	SetComment (string str)

void	AddEnergy (int NE, double *E)

void	AddEnergy (vector< double > E)

void	AddEnergy (int NE, double Emin, double Emax, bool Linear=false)

void	AddEnergy (double Emin, double Emax, int N_by_Decade=10)

string	PrintDebugET ()

void	AddMultiGroupEnergy (double Emin, double Emax, double decad_mult=1)

void	AddTime (int NT, double *T)

void	AddTime (int NT, double Tmin, double Tmax, bool Linear=false)

void	AddTime (double Tmin, double Tmax, int N_by_Decade=10)

void	Add (Cell *C, bool SetCellTally=true)
	Add a cell bin.

void	Add (PinCell *C, int i, bool SetCellTally=true)
	Add a cell bin using a given layer of PinCell.

void	Add (Shape_ptr S)
	add a surface bin

void	Add (int universe)
	add a univers bin

void	Add (MureTallyBin *theTallyBin)
	add a bin from an existing tally bin

void	Add (TallyMultiplicator *Multiplicator)

void	AddMultiplicator (Material *M, int reaction, double constant=1)
	add a Tally Multiplicator

void	AddMultiplicator (Material M, Reaction R, double constant=1)
	add a Tally Multiplicator

void	AddMultiplicator (int M, int R, double constant)
	add a Tally Multiplicator

vector< TallyMultiplicator * > &	GetMultiplicator ()

MureTallyBin *	GetBin (int i)

vector< MureTallyBin * > &	GetBin ()

int	IsInTallyBin (Cell *C)
	whether or not the cell/suface "num" is in the bin

int	IsInTallyBin (int num)
	return the Bin number containing the Cell/Surface "num"

int	IsInTallyBin (Shape_ptr S)
	whether or not the cell/suface "num" is in the bin

void	SetPrintable (bool flag=true)

bool	IsPrintable ()

int	GetType ()

void	SetType (int type)

void	SkipVolumeCalculation ()

bool	IsVolumeCalculationSkept ()

void	SetPinCellTally (bool flag)

bool	IsPinCellTally ()

Protected Member Functions
TimeEnergyGrid *	GetNewTimeEnergyGrid () override
	return a Time &Energy grid

Protected Member Functions inherited from MureTally
bool	IsMaterialUsed (int num)

virtual MureTimeEnergyGrid *	GetNewTimeEnergyGrid ()=0
	A time &energy grid.

Private Attributes
string	fParticle
	Particle Type (N, P, ..)

bool	fParentheses
	Enclose bins in parentheses.

bool	fStar
	true if fType < 0 use if you want to print a * before f (for instance *f8:P change the unit of the tally from pulse to MeV see mcnp manuel I (added by Leniau B)

vector< double >	fEnergy
	Energy bin vector.

vector< double >	fConversionFactor
	fluence-to-dose conversion factor (FTD)

bool	fELinearFTD
	whether linear or log interpolation is done on fEnergy for FTD

bool	fCFLinearFTD
	whether linear or log interpolation is done on FTD

string	fTallySpecialTreatment

Additional Inherited Members
Public Types inherited from MureTally
typedef MureTimeEnergyGrid::BinRange	ETBinRange

Protected Attributes inherited from MureTally
int	fType
	Tally type.

int	fNumber
	Tally number.

vector< TallyMultiplicator * >	fMultiplicator
	array of Multiplicator bin

MureTimeEnergyGrid *	fTimeEnergyGrid
	store time &/or energy grid

vector< MureTallyBin * >	fBin
	array of Cell/Surface bin

bool	fIsPrintable
	True for not printable tallies.

string	fComment
	Tally coment (Added by T. Courau)

bool	fSkipVolumeCalc
	flag to know whether or not try to calculate Volume/Surface

bool	fIsPinCellTally
	flag to know whether the tally is from PinCell

Detailed Description

Define a MCNP Tally.

Tallies are needed to stored informations in MCNP.

Default is Cell Flux Tally for neutron (F4:N).

Author: PTO

Version: 1.0

Constructor & Destructor Documentation

◆ Tally() [1/3]

MCNP::Tally::Tally	(	int	type = `kCellFlux`,
		const char *	particle = `"N"`
	)

Constructor of a Tally.

Parameters

type	: type of the Tally: if type < 0, the units are *F units (have a look in MCNP Manual) kSurfaceCurrent : for current through a surface (F1 type) kSurfaceFlux : for flux through a surface (F2 type) kCellFlux : for flux in a Cell (F4 type). This is the Default kEnergyDeposition : for energy deposition in a Cell (F6 type). kFissionEnergyDeposition : for fission energy deposition in a Cell (F7 type).
particle	: 'N' (Default) for neutron, 'E' for electron, and 'P' for photon

◆ Tally() [2/3]

MCNP::Tally::Tally	(	int	type,
		int	particle
	)

Constructor of a Tally.

Parameters

type	: type of the Tally: if type < 0, the units are *F units (have a look in MCNP Manual) kSurfaceCurrent : for current through a surface (F1 type) kSurfaceFlux : for flux through a surface (F2 type) kCellFlux : for flux in a Cell (F4 type). This is the Default kEnergyDeposition : for energy deposition in a Cell (F6 type). kFissionEnergyDeposition : for fission energy deposition in a Cell (F7 type).
particle	: 1 (Default) for neutron, 3 for electron, and 2 for photon

◆ Tally() [3/3]

MCNP::Tally::Tally ( const Tally & t )

Copy constructor.

◆ ~Tally()

MCNP::Tally::~Tally ( )

overridedefault

Destructor.

Member Function Documentation

◆ AddFluenceToDoseConversion()

void MCNP::Tally::AddFluenceToDoseConversion	(	bool	ELinear = `false`,
		bool	CFLinear = `false`
	)

Convert flux to dose rate.

Conversion factors are read from SMURE/data/XXXFluenceToDose.dat where XXXX stand for Gamma or Neutron. These factors are taken from ICRP 116 (Antero-posterior irradiation). The units for these factors are pSv.cm2.

The MCNP result X of the tally is thus in pSv/source particle. To obtain the effective dose, you have to multiply this value by the source intensity I (in particle/s), e.g.:

$D=X\times I \ pSv/s$
$D=X\times I\times 10^{-9}\times 3600\ mSv/h$
$D=X\times I\times 10^{-9}\times 3600\times 0.01\ mrem/h$

Parameters

ELinear	: true if the interpolation in Energy is Linear.Default : false (Log interpolation) .
CFLinear	: true if the interpolation in conversion factor is Linear.Default: false (Log interpolation)

◆ Clone()

Tally * MCNP::Tally::Clone ( )

inlineoverridevirtual

The only good way to call copy constructor.

Implements MureTally.

◆ GetBinSurface()

double MCNP::Tally::GetBinSurface ( int i )

returns the ith bin surface of Tally bin

◆ GetBinVolume()

vector< double > MCNP::Tally::GetBinVolume ( int i )

overridevirtual

returns the ith bin volume of Tally bin

Implements MureTally.

◆ GetEnergyBinningVector()

vector< double > MCNP::Tally::GetEnergyBinningVector ( )

inline

< return the vector of energy bins

◆ GetNewTimeEnergyGrid()

TimeEnergyGrid * MCNP::Tally::GetNewTimeEnergyGrid ( )

overrideprotectedvirtual

return a Time &Energy grid

Implements MureTally.

◆ GetParticle()

string MCNP::Tally::GetParticle ( )

inline

< return particle type (neutron, ...)

◆ Print()

string MCNP::Tally::Print ( )

overridevirtual

Print the Tally in MCNP.

Implements MureTally.

◆ PrintMultiplicator()

string MCNP::Tally::PrintMultiplicator ( )

overridevirtual

Print the Tally Multiplicator in MCNP.

Implements MureTally.

◆ SetBinSurface()

void MCNP::Tally::SetBinSurface	(	int	i,
		double	S
	)

set the ith bin surface of Tally bin

◆ SetBinVolume()

void MCNP::Tally::SetBinVolume	(	int	i,
		double	V,
		int	k = `0`
	)

overridevirtual

set the ith bin volume of (the kth partial bin in a LatticeBin) Tally bin

Implements MureTally.

◆ SetParentheses()

void MCNP::Tally::SetParentheses ( bool flag = true )

inline

< Put parentheses arround cell/surf bin to obtain 1 result (like GroupBin)

◆ SetParticleN()

void MCNP::Tally::SetParticleN ( )

inline

< Set the particle to Neutron

◆ SetParticleNE()

void MCNP::Tally::SetParticleNE ( )

inline

< Set the particle to Neutron and Electron

◆ SetParticleNP()

void MCNP::Tally::SetParticleNP ( )

inline

< Set the particle to Neutron and Photon

◆ SetParticleNPE()

void MCNP::Tally::SetParticleNPE ( )

inline

< Set the particle to Neutron, Photon and Electron

◆ SetParticleP()

void MCNP::Tally::SetParticleP ( )

inline

< Set the particle to Photon

◆ SetTallySpecialTreatment()

void MCNP::Tally::SetTallySpecialTreatment ( string Treatment )

inline

Set Special Treatment for tallies. In MCNP, this is done via the FT card associated to a tally.

For example to add a Gaussian Energy Broadening for a type 8 tally:

Tally *t=new Tally(8);
t->Add(TheCell);
t->SetParticleP(); //tally for photons
t->AddEnergy(8192, 10e3, 3e6, true);
t->SetTallySpecialTreatment("GEB a b c");

where the FWHM=a+b*sqrt(E+c*E^2) and E is in MeV.

Member Data Documentation

◆ fCFLinearFTD

bool MCNP::Tally::fCFLinearFTD

private

whether linear or log interpolation is done on FTD

◆ fConversionFactor

vector< double > MCNP::Tally::fConversionFactor

private

fluence-to-dose conversion factor (FTD)

◆ fELinearFTD

bool MCNP::Tally::fELinearFTD

private

whether linear or log interpolation is done on fEnergy for FTD

◆ fEnergy

vector< double > MCNP::Tally::fEnergy

private

Energy bin vector.

◆ fParentheses

bool MCNP::Tally::fParentheses

private

Enclose bins in parentheses.

◆ fParticle

string MCNP::Tally::fParticle

private

Particle Type (N, P, ..)

◆ fStar

bool MCNP::Tally::fStar

private

true if fType < 0 use if you want to print a * before f (for instance *f8:P change the unit of the tally from pulse to MeV see mcnp manuel I (added by Leniau B)

◆ fTallySpecialTreatment

string MCNP::Tally::fTallySpecialTreatment

private

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

/gpr/meplan/SMURE/source/include/MCNPTally.hxx
/gpr/meplan/SMURE/source/src/MCNPTally.cxx

Public Member Functions

Protected Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Tally() [1/3]

◆ Tally() [2/3]

◆ Tally() [3/3]

◆ ~Tally()

Member Function Documentation

◆ AddFluenceToDoseConversion()

◆ Clone()

◆ GetBinSurface()

◆ GetBinVolume()

◆ GetEnergyBinningVector()

◆ GetNewTimeEnergyGrid()

◆ GetParticle()

◆ Print()

◆ PrintMultiplicator()

◆ SetBinSurface()

◆ SetBinVolume()

◆ SetParentheses()

◆ SetParticleN()

◆ SetParticleNE()

◆ SetParticleNP()

◆ SetParticleNPE()

◆ SetParticleP()

◆ SetTallySpecialTreatment()

Member Data Documentation

◆ fCFLinearFTD

◆ fConversionFactor

◆ fELinearFTD

◆ fEnergy

◆ fParentheses

◆ fParticle

◆ fStar

◆ fTallySpecialTreatment