TMeshTally Class Reference

Define a MCNPX TMeshTally. More...

#include <MeshTally.hxx>

Inheritance diagram for TMeshTally:

Public Member Functions
	TMeshTally ()
	TMeshTally (const TMeshTally &mt)
MeshTally *	Clone ()
	~TMeshTally ()
void	AddMesh (string meshtype="rectangular", int type=1, string particle="N", string obs="flux")
void	SetCorA (string cora)
void	SetCorB (string corb)
void	SetCorC (string corc)
void	SetDoseParameter (int H=10, int InterpolationMethod=1, string Units="sievert", double NormFactor=1.0)
string	Print ()
	Print a mesh tally. More...
Public Member Functions inherited from MeshTally
	MeshTally ()
virtual	~MeshTally ()

Private Attributes
vector< int >	fMeshType
	Vector that contains the geometry mesh type. More...
vector< int >	fType
	Vector that contains all the define TMeshTally type. More...
vector< string >	fMeshParticle
	Vector that contains all the define mesh particule. More...
vector< string >	fMeshObs
	Vector that contains all the define mesh observable. More...
vector< string >	fMeshcora
	Vector that contains all the define mesh cora. More...
vector< string >	fMeshcorb
	Vector that contains all the define mesh corb. More...
vector< string >	fMeshcorc
	Vector that contains all the define mesh corc. More...
int	fH
	dose equivalent More...
int	fInterpolationMethod
	fInterpolationMethod More...
int	fDoseUnits
	1=(rem/h)/(particles/cm2-sec), 2=(sieverts/h)/(particles/cm2-sec) More...
double	fNormFactor
	normalization factor for dose More...

Detailed Description

Define a MCNPX TMeshTally.

TMeshTally is a MCNPX & MCNP6 implementation of Mesh Tally.

Author

NT, PTO

Version

1.2

Constructor & Destructor Documentation

TMeshTally::TMeshTally

(

)

Constructor of a TMeshTally.

TMeshTally::TMeshTally

(

const TMeshTally &

mt

)

TMeshTally::~TMeshTally ( )

inline

Member Function Documentation

void TMeshTally::AddMesh	(	string	meshtype = "rectangular",
		int	type = 1,
		string	particle = "N",
		string	obs = "flux"
	)

Defines a 3D mesh :

Parameters

meshtype	is the meshtally geometry type : "rectangular" "cylindrical" "spherical"
type	is the TMeshTally types : 1 - track-averaged meshtally(type 1) 2 - source mesh tally (type 2) 3 - energy deposition mesh tally (type 3) 4 - DXTRAN mesh tally (type 3)
particle	: 'N' (Default) for neutron 'E' for electron 'P' for photon 'H' for protons
obs	: If type = 1 "TRACKS" : tally the tracks through each mesh volumes "FLUX" : tally the fluence "DOSE" : energy dependent dose is tallied "POPUL" : tally the population (track*weigth) "PEDEP" : tally the energy deposition in each mesh volumes If type = 3 TOTAL DE/DX RECOL ... See mcnpx documentation for details.

MeshTally* TMeshTally::Clone ( )

inlinevirtual

Reimplemented from MeshTally.

string TMeshTally::Print ( )

virtual

Print a mesh tally.

Reimplemented from MeshTally.

void TMeshTally::SetCorA

(

string

cora

)

set the first mesh coordinates.

for rectangular mesh, CorA are the locations of the planes perpendicular to x-axis ; for cylindrical & spherical mesh, CorA are the location of the radii mesh (it must start from 0 in case of cylindrical mesh).

Parameters

cora	: list of coordinates passed as a string

void TMeshTally::SetCorB

(

string

corb

)

set the second mesh coordinates.

for rectangular mesh, CorB are the locations of the planes perpendicular to y-axis ; for cylindrical mesh, CorB are the locations of the planes perpendicular to z-axis and for spherical mesh, CorB are the location of the polar angle relative to z ; in the case it goes from theta>=0° to the last one which must be 180°.

Parameters

corb	: list of coordinates passed as a string

void TMeshTally::SetCorC

(

string

corc

)

set the 3rd mesh coordinates.

for rectangular mesh, CorC are the locations of the planes perpendicular to z-axis ; for cylindrical mesh, CorC are the location of the positive angle relative to x-axis ; it must be in ]0,360] where the last bin must be 360° and the first bin is 0 (and thus the first theta should be >0). for spherical mesh, CorC are the location of the azimuthal angle phi relative to x ; in the case it goes from phi>0° to the last one which must be 360°.

Parameters

corc	: list of coordinates passed as a string

void TMeshTally::SetDoseParameter	(	int	H = 10,
		int	InterpolationMethod = 1,
		string	Units = "sievert",
		double	NormFactor = 1.0
	)

set the dose parameter for TMeshTally.

Parameters

H	: dose equivalent (10=ICPR-21 1971 (neutron & photon), 40=ICRP-74 1996 (neutron) - see MCNP doc
InterpolationMethod	: interpolation method (1=log in E, lin in dose, 2= lin in E and dose)
Units	: either "rem" or "sievert" which gives dose results respectively in "(rem/h)/(particles/cm2-sec)" and in "(sieverts/h)/(particles/cm2-sec)"
NormFactor	: multiply the result by a factor (see MCNP doc)

Member Data Documentation

int TMeshTally::fDoseUnits

private

1=(rem/h)/(particles/cm2-sec), 2=(sieverts/h)/(particles/cm2-sec)

int TMeshTally::fH

private

dose equivalent

int TMeshTally::fInterpolationMethod

private

fInterpolationMethod

vector<string> TMeshTally::fMeshcora

private

Vector that contains all the define mesh cora.

vector<string> TMeshTally::fMeshcorb

private

Vector that contains all the define mesh corb.

vector<string> TMeshTally::fMeshcorc

private

Vector that contains all the define mesh corc.

vector<string> TMeshTally::fMeshObs

private

Vector that contains all the define mesh observable.

vector<string> TMeshTally::fMeshParticle

private

Vector that contains all the define mesh particule.

vector<int> TMeshTally::fMeshType

private

Vector that contains the geometry mesh type.

double TMeshTally::fNormFactor

private

normalization factor for dose

vector<int> TMeshTally::fType

private

Vector that contains all the define TMeshTally type.

---

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

• /home/meplan/MURE/source/include/MeshTally.hxx
• /home/meplan/MURE/source/src/MeshTally.cxx