#include <MeshTally.hxx>

Inheritance diagram for FMeshTally:

Public Member Functions
	FMeshTally (string meshtype="rectangular", string particle="N")

	FMeshTally (const FMeshTally &mt)
	copy contructor

	~FMeshTally () override=default

MeshTally *	Clone () override
	The "Virtual Copy Constructor".

void	SetOrigin (vector< double > Origin)

void	SetCylinderAxis (double x=0., double y=0., double z=1.)

void	SetCylinderVector (double x=1., double y=0., double z=0.)

void	SetIMesh (vector< double > IMESH)

void	SetIFineGrid (vector< int > IINTS)

void	SetJMesh (vector< double > JMESH)

void	SetJFineGrid (vector< int > JINTS)

void	SetKMesh (vector< double > KMESH)

void	SetKFineGrid (vector< int > KINTS)

void	SetEMesh (vector< double > E)

void	SetEFineGrid (vector< int > EINTS)

string	Print () override
	Print a mesh tally.

int	GetNumber ()

Public Member Functions inherited from MeshTally
	MeshTally ()

virtual MeshTally *	Clone ()=0
	The "Virtual Copy Constructor".

virtual	~MeshTally ()=default

virtual string	Print ()

Private Attributes
string	fType
	TMeshTally type.

string	fParticle
	TMeshTally type.

int	fNumber
	FMESH number.

vector< double >	fOrigin
	Origin of the mesh.

vector< double >	fAxis
	Axis coordinates of a cylindrical mesh.

vector< double >	fVector
	theta axis reference of a cylindrical mesh

vector< double >	fIMESH
	First coarse mesh grid.

vector< double >	fJMESH
	Second coarse mesh grid.

vector< double >	fKMESH
	Third coarse mesh grid.

vector< double >	fEMESH
	Energy coarse mesh grid.

vector< int >	fIINTS
	First fine mesh grid bins.

vector< int >	fJINTS
	Second fine mesh grid bins.

vector< int >	fKINTS
	Third fine mesh grid bins.

vector< int >	fEINTS
	Energy fine mesh grid bins.

bool	fIfineGrid
	whether a fine grid is defined in i

bool	fJfineGrid
	whether a fine grid is defined in j

bool	fKfineGrid
	whether a fine grid is defined in k

Detailed Description

Define a MCNPX TMeshTally.

FMeshTally is a MCNP5 &MCNP6 implementation of Mesh Tally.

Author: PTO

Version: 1.0

Constructor & Destructor Documentation

◆ FMeshTally() [1/2]

FMeshTally::FMeshTally	(	string	meshtype = `"rectangular"`,
		string	particle = `"N"`
	)

Constructor of a FMeshTally.

User must call at least FMeshTally::SetOrigin, FMeshTally::SetIMesh, FMeshTally::SetJMesh and FMeshTally::SetKMesh

Parameters

meshtype	: either "rectangular" or "cylindrical" depending on the mesh type
particle	: either N, P or E for neutron, photon or electron

◆ FMeshTally() [2/2]

FMeshTally::FMeshTally ( const FMeshTally & mt )

copy contructor

◆ ~FMeshTally()

FMeshTally::~FMeshTally ( )

overridedefault

Member Function Documentation

◆ Clone()

MeshTally * FMeshTally::Clone ( )

inlineoverridevirtual

The "Virtual Copy Constructor".

< the Clone method

Implements MeshTally.

◆ GetNumber()

int FMeshTally::GetNumber ( )

inline

◆ Print()

string FMeshTally::Print ( )

overridevirtual

Print a mesh tally.

Reimplemented from MeshTally.

◆ SetCylinderAxis()

void FMeshTally::SetCylinderAxis	(	double	x = `0.`,
		double	y = `0.`,
		double	z = `1.`
	)

Cylinder Axis.

Only for cylindrical mesh, specify the axis vector of the cyclinder.

Parameters

x	: x-component of the axis vector (defaut=z-axis)
y	: y-component of the axis vector (defaut=z-axis)
z	: z-component of the axis vector (defaut=z-axis)

◆ SetCylinderVector()

void FMeshTally::SetCylinderVector	(	double	x = `1.`,
		double	y = `0.`,
		double	z = `0.`
	)

Cylinder Theta Vector.

Only for cylindrical mesh, specify the reference axis for theta angle.

Parameters

x	: x-component of the theta reference axis vector (defaut=x-axis)
y	: y-component of the theta reference axis vector (defaut=x-axis)
z	: z-component of the theta reference axis vector (defaut=x-axis)

◆ SetEFineGrid()

void FMeshTally::SetEFineGrid ( vector< int > EINTS )

Give Energy fine meshes.

This defines the number of point between 2 coarse grid points. By default, no subdivision of the coarse grid is done (i.e. EINTS=1 for all the coarse grid point). If it is given it must have exactly the same size than the energy vector passed to SetEMesh

Parameters

EINTS : Energy coarse grid in eV

◆ SetEMesh()

void FMeshTally::SetEMesh ( vector< double > E )

Give Energy coarse meshes.

Parameters

E	: Energy coarse grid in MeV

◆ SetIFineGrid()

void FMeshTally::SetIFineGrid ( vector< int > IINTS )

First fine mesh grid bins.

This defines the number of point between 2 coarse grid points. By default, no subdivision of the coarse grid is done (i.e. IINTS=1 for all the coarse grid point). If it is given it must have exactly the same size than the IMESH vector. For example, in a rectangular mesh where the origin is at (-50, -50, -50), if

IMESH -20 20 30 40 50 IINTS 3 4 1 1 1

this means that one has 3 fine bins between -50 and -20, 4 fine bins between -20 and 20 and 1 bin between 20-30, 30-40 and 40-50.

Parameters

IINTS : number of point between 2 coarse grid points

◆ SetIMesh()

void FMeshTally::SetIMesh ( vector< double > IMESH )

inline

First coarse mesh grid.

For rectangular mesh, it defines the x-mesh grid. For cylindrical mesh, it defines the radius mesh grid.

Parameters

IMESH : position of the 1st coarse mesh grid

◆ SetJFineGrid()

void FMeshTally::SetJFineGrid ( vector< int > JINTS )

Second fine mesh grid bins.

This defines the number of point between 2 coarse grid points. By default, no subdivision of the coarse grid is done (i.e. JINTS=1 for all the coarse grid point). If it is given it must have exactly the same size than the JMESH vector

Parameters

JINTS : number of point between 2 coarse grid points

◆ SetJMesh()

void FMeshTally::SetJMesh ( vector< double > JMESH )

inline

Second coarse mesh grid.

For rectangular mesh, it defines the y-mesh grid. For cylindrical mesh, it defines the z-mesh grid !!! MEASURED FROM THE ORIGIN !!!

Parameters

JMESH : position of the 2nd coarse mesh grid

◆ SetKFineGrid()

void FMeshTally::SetKFineGrid ( vector< int > KINTS )

Third fine mesh grid bins.

This defines the number of point between 2 coarse grid points. By default, no subdivision of the coarse grid is done (i.e. KINTS=1 for all the coarse grid point). If it is given it must have exactly the same size than the KMESH vector

Parameters

KINTS : number of point between 2 coarse grid points

◆ SetKMesh()

void FMeshTally::SetKMesh ( vector< double > KMESH )

Third coarse mesh grid.

For rectangular mesh, it defines the z-mesh grid. For cylindrical mesh, it defines the theta-mesh grid : it is given in number of revolution, thus the last point value must be 1.

Parameters

KMESH : position of the 2nd coarse mesh grid

◆ SetOrigin()

void FMeshTally::SetOrigin ( vector< double > Origin )

inline

Set the FMeshTally origin.

This method is mandatory and MUST be called.

Parameters

Origin : coordinates of the bottom, left, behind for rectangular mesh or the bottom center for cylindrical mesh

Member Data Documentation

◆ fAxis

vector< double > FMeshTally::fAxis

private

Axis coordinates of a cylindrical mesh.

◆ fEINTS

vector< int > FMeshTally::fEINTS

private

Energy fine mesh grid bins.

◆ fEMESH

vector< double > FMeshTally::fEMESH

private

Energy coarse mesh grid.

◆ fIfineGrid

bool FMeshTally::fIfineGrid

private

whether a fine grid is defined in i

◆ fIINTS

vector< int > FMeshTally::fIINTS

private

First fine mesh grid bins.

◆ fIMESH

vector< double > FMeshTally::fIMESH

private

First coarse mesh grid.

◆ fJfineGrid

bool FMeshTally::fJfineGrid

private

whether a fine grid is defined in j

◆ fJINTS

vector< int > FMeshTally::fJINTS

private

Second fine mesh grid bins.

◆ fJMESH

vector< double > FMeshTally::fJMESH

private

Second coarse mesh grid.

◆ fKfineGrid

bool FMeshTally::fKfineGrid

private

whether a fine grid is defined in k

◆ fKINTS

vector< int > FMeshTally::fKINTS

private

Third fine mesh grid bins.

◆ fKMESH

vector< double > FMeshTally::fKMESH

private

Third coarse mesh grid.

◆ fNumber

int FMeshTally::fNumber

private

FMESH number.

◆ fOrigin

vector< double > FMeshTally::fOrigin

private

Origin of the mesh.

◆ fParticle

string FMeshTally::fParticle

private

TMeshTally type.

◆ fType

string FMeshTally::fType

private

TMeshTally type.

◆ fVector

vector< double > FMeshTally::fVector

private

theta axis reference of a cylindrical mesh

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

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

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ FMeshTally() [1/2]

◆ FMeshTally() [2/2]

◆ ~FMeshTally()

Member Function Documentation

◆ Clone()

◆ GetNumber()

◆ Print()

◆ SetCylinderAxis()

◆ SetCylinderVector()

◆ SetEFineGrid()

◆ SetEMesh()

◆ SetIFineGrid()

◆ SetIMesh()

◆ SetJFineGrid()

◆ SetJMesh()

◆ SetKFineGrid()

◆ SetKMesh()

◆ SetOrigin()

Member Data Documentation

◆ fAxis

◆ fEINTS

◆ fEMESH

◆ fIfineGrid

◆ fIINTS

◆ fIMESH

◆ fJfineGrid

◆ fJINTS

◆ fJMESH

◆ fKfineGrid

◆ fKINTS

◆ fKMESH

◆ fNumber

◆ fOrigin

◆ fParticle

◆ fType

◆ fVector