#include <SerpentConnector.hxx>

Inheritance diagram for Serpent::Connector:

Public Member Functions
Constructor methods
	Connector ()

	~Connector () override

	Connector (const Connector &plugin)
	copy constructor

Connector *	Clone () override
	Clone method.

xsdir methods
void	BuildXSDIR () override
	build the xsdir according to the BaseSummary.dat file

Detectors related methods
void	BuildDetectors () override
	build automatic tallies for standard evolution

void	UpdateSigmaPhiDetectors () override
	update (read from MC output) automatic tallies for standard evolution

void	BuildMultiGroupDetectors () override
	build automatic tallies for in a multigroup evolution

void	BuildMultiGroupDetectors (vector< Material * > &MaterialVector)
	build automatic tallies for in a multigroup evolution

void	UpdateMultiGroupSigmaPhiDetectors () override
	update (read from MC output) automatic tallies for multigroup evolution

void	UpdateMultiGroupSigmaPhiDetectors (vector< Material * > &MaterialVector)
	update (read from MC output) automatic tallies for multigroup evolution

void	UpdateKeff () override
	read from MC output the keff and give it to MURE

void	FindDetectorMCUserFile () override
	Find tallies in a MCUser input files.

void	SumOutputDetectorFile (string DetectorBaseFileName, int N, string SumDetectorFileName) override

string	GetMCDetectorOutputFileName (string InputFileName, bool OnlyKeff=false) override

Serpent exec command
string	GetMCExecCommandString (string InputFileName, string Arg="", string FileArg="") override

Writing file methods
void	BuildMCFile (string FileString="") override
	Build the MC input file from the MURE one.

void	BuildPinCells (bool Auto=false) override

void	FindMissingVolume () override

void	UpdateTallyBinVolume () override
	Reread all bins and assign necessary volume.

string	Print (Cell *TheCell) override
	Print a cell in the cell block (1st bloc) of MCNP's input file.

string	Print (Material *mat) override
	Print a material in the 3rd block of MCNP's input file.

string	PrintModeratorMaterial (Material *mat) override
	print "therm" card associated to a Material

string	Print (Transformation *Transfo) override
	print transformation (translation &rotation) card

void	WriteMCFileWithoutDetector (string FileName="inp", bool tmpvol=false) override
	build a Serpent file without tally just to obtain keff for void, temperature coefficient, ...

void	BuildTHMultiGroupDetectors () override

void	UpdateTHMultiGroupSigmaPhiDetectors () override

Public Member Functions inherited from ConnectorPlugin
	ConnectorPlugin ()

virtual	~ConnectorPlugin ()

	ConnectorPlugin (const ConnectorPlugin &plugin)
	copy constructor

bool	IsTHMultiGroupTalliesUsed ()

void	SetMCSource (MCSource *source)
	set the MC particle source to the Connector

MCSource *	GetMCSource ()

string	GetMCGlobalOutputFileName (string InputFileName)

bool	IsSerpentConnector ()

Internal methods to be used ONLY by developpers
DetectorOutputReader *	fDetectorFileReader
	A detector reader from Serpent "_det0.m" file.

static string	MATERIAL_NAME_PREFIX = string("m")
	a prefix string before the materia number: e.g. "m1" for the material 1

static const string	LATTICE_COMMAND = string("lat")
	the "lat" Serpent key word

static const string	CELL_NAME_PREFIX = string("c")
	a prefix string before the cell number: e.g. "c1" for the cell 1

static const string	CELL_COMMAND = string("cell")
	the "cell" Serpent key word

static const char	COMMENT_SIGN = '%'

static const unsigned	X_HEX_LATTICE_TYPE = 2

static const unsigned	Y_HEX_LATTICE_TYPE = 3

static const unsigned	CUBOID_LATTICE_2D_TYPE = 1

static const unsigned	CUBOID_LATTICE_3D_TYPE = 11

static const unsigned	X_HEX_LATTICE_3D_TYPE = 12

static const unsigned	Y_HEX_LATTICE_3D_TYPE = 13

Node *	GetNewNode (int sign) override
	a way to obrain a new node (here a MCNP::Node) from every where

SimpleBin *	GetNewSimpleBin () override
	a way to obtain a new SimpleBin (here a MureSimpleBin) from every where

MureGroupBin *	GetNewGroupBin () override
	a way to obtain a new roupBin (here a MureGroupBin) from every where

string	PrintId (Material *material) override
	print a "generic" id name to material number (e.g. "m"=>m1)

string	PrintId (Cell *cell) override
	print a "generic" id name to cell number (e.g. "c"=>c1)

string	PrintMaterialId (int id) override
	convert material number in string

void	CheckXSDIR ()
	Check if a xsdir exist ; if not call MCNP::Connector::BuildXSDIR.

void	EncapsulateGeometry ()
	If the "outside" cell is not a simple shape, put the whole geometry in a Sphere.

void	BuildGlobalTallies ()
	build global tallies for global reaction rates (Control Rod, ...) for special evolution controls

void	UpdateGlobalTallies ()
	update the global tallies

void	ReadDetectorFile ()

void	FillTallyBinVolume ()
	fill tally bins volume ("dv" card)

void	StochasticVolumeCalculation ()
	a stochastic volume calculation is performed to find missing volumes for tallies

void	AddTestMaterialForCell (Cell *oldCell)
	use "test material" to find cell volumes

void	AddTestMaterialForPinCell (PinCell *oldCell)
	use "test material" to find PinCell volumes

Material *	GetTestMaterial ()
	return a pure hydrogen material

string	PrintLattice (LatticeCell *TheLattice)
	write 1 Lattice in the Serpent input file

unsigned	GetLatticeType (LatticeCell *TheLattice)
	return number corresponding to the serpent "lat" type

unsigned	GetNumberOfLatticeDimentions (unsigned LatticeType) const
	return 2 or 3 for 2D or 3D lattice

string	PrintLatticeCardHead (LatticeCell *TheLattice)
	print "lat" card with type, origin, nb elements and pitch

string	PrintLatticeLayout (LatticeCell *TheLattice)
	print the array of universe number

string	PrintPinCell (PinCell *ThePinCell)
	write 1 PinCell (i.e. a "pin") in the Serpent input file

string	PrintBasicCell (Cell *TheCell)
	write 1 Cell in the Serpent input file

string	PrintAllMaterials ()
	write all materials in the Serpent input file

string	PrintAllSurfaceCards (bool tmpvol)
	write all surfaces in the Serpent input file

string	PrintAllPinCells ()
	write all pins in the Serpent input file

string	PrintAllCells ()
	write all cells in the Serpent input file

string	PrintAllSpecialCards ()
	write all special cards (i.e. the one not implemented in MURE) in the Serpent input file

string	PrintAllTransformationCards ()
	write all transformation card in the Serpent input file

string	PrintMCSource ()
	write tje SerpentSource in the Serpent input file

string	PrintAllTallies ()
	write all tallies (detectors) in the Serpent input file

void	PrintAllEnergyGrids (ofstream &Out)
	write all tally (time)energy grids in the Serpent input file

void	WriteSerpentFile (string FileName, bool tmpvol=false)
	write the Serpent input file on disk

void	CopySerpentFile (string FileName, bool tmpvol=false)
	copy part of the MCNP user defined geometry

string	PrintMaterialModeratorOption (Material *mat)
	print the "moder" card

string	PrintModeratorName (Material *mat, unsigned nucleusIndex)
	print the name on "therm" card ("m_matnum_n_moderatornucleusidx_")

string	PrintSerpentDopplerBroadening (Material *mat)

string	GetResultFileName (const string &inputFileName) const
	return the "_res.m" Serpent output file

string	GetSumResultFileName (const string &SumDetectorFileName)

void	SetBoundaryCondition (Shape_ptr S)
	Add a "set bc" card for boundary mirror condition.

Additional Inherited Members
Protected Member Functions inherited from ConnectorPlugin
bool	IsVolumeCalculationNeeded ()
	scan tallies to find if a bin need a volume that is, for now, unknown

Protected Attributes inherited from ConnectorPlugin
bool	fRebuildDetector
	whether or not rebuild detectors (for thermo-hydraulics)

MCSource *	fSource
	The MC particle source.

string	fMCGlobalOutputSuffix
	"o" file for MCNP and it should be "_res.m" file for Serpent

string	fMCDetectorOutputSuffix
	"m" files for MCNP or "_det0.m" for Serpent

bool	fPinCellBuilt
	whether or not PinCell have already been built

bool	fTHMultigroupTallies
	True in Thermal hydraulics multigroup calculation.

bool	fIsSerpentConnector

Detailed Description

Define a Serpent Connector.

This allows to have direct interaction with Serpent (writing files, reading output, setting special cards, ...).

Author: J. Hajnrych

Version: 1.0

Constructor & Destructor Documentation

◆ Connector() [1/2]

Serpent::Connector::Connector ( )

◆ ~Connector()

Serpent::Connector::~Connector ( )

override

◆ Connector() [2/2]

Serpent::Connector::Connector ( const Connector & plugin )

copy constructor

Member Function Documentation

◆ AddTestMaterialForCell()

void Serpent::Connector::AddTestMaterialForCell ( Cell * oldCell )

private

use "test material" to find cell volumes

◆ AddTestMaterialForPinCell()

void Serpent::Connector::AddTestMaterialForPinCell ( PinCell * oldCell )

private

use "test material" to find PinCell volumes

◆ BuildDetectors()

void Serpent::Connector::BuildDetectors ( )

overridevirtual

build automatic tallies for standard evolution

Implements ConnectorPlugin.

◆ BuildGlobalTallies()

void Serpent::Connector::BuildGlobalTallies ( )

private

build global tallies for global reaction rates (Control Rod, ...) for special evolution controls

◆ BuildMCFile()

void Serpent::Connector::BuildMCFile ( string FileString = "" )

overridevirtual

Build the MC input file from the MURE one.

Implements ConnectorPlugin.

◆ BuildMultiGroupDetectors() [1/2]

void Serpent::Connector::BuildMultiGroupDetectors ( )

overridevirtual

build automatic tallies for in a multigroup evolution

Implements ConnectorPlugin.

◆ BuildMultiGroupDetectors() [2/2]

void Serpent::Connector::BuildMultiGroupDetectors ( vector< Material * > & MaterialVector )

build automatic tallies for in a multigroup evolution

◆ BuildPinCells()

void Serpent::Connector::BuildPinCells ( bool Auto = false )

overridevirtual

Build Pincells. MURE has implemented the Serpent "pin" cell in a PinCell class. This is a very useful and elegant way of defining general pins. This methods transforms these PinCells in virtual Cells (not printed in Serpent). This virtual cells are used by the evolution. The Auto flag is used to build only virtual cells for evolving material defined in a "pin" when tallies (detectors) are automatically built by the EvoltionSolver class. But for user defined detectors, then all virtual cells are built to find volumes if necessary.

Parameters

Auto	: true when it is called from automatic tallies building

Implements ConnectorPlugin.

◆ BuildTHMultiGroupDetectors()

void Serpent::Connector::BuildTHMultiGroupDetectors ( )

overridevirtual

Implements ConnectorPlugin.

◆ BuildXSDIR()

void Serpent::Connector::BuildXSDIR ( )

overridevirtual

build the xsdir according to the BaseSummary.dat file

Implements ConnectorPlugin.

◆ CheckXSDIR()

void Serpent::Connector::CheckXSDIR ( )

private

Check if a xsdir exist ; if not call MCNP::Connector::BuildXSDIR.

◆ Clone()

Connector * Serpent::Connector::Clone ( )

overridevirtual

Clone method.

Implements ConnectorPlugin.

◆ CopySerpentFile()

void Serpent::Connector::CopySerpentFile	(	string	FileName,
		bool	tmpvol = `false`
	)

private

copy part of the MCNP user defined geometry

◆ EncapsulateGeometry()

void Serpent::Connector::EncapsulateGeometry ( )

private

If the "outside" cell is not a simple shape, put the whole geometry in a Sphere.

◆ FillTallyBinVolume()

void Serpent::Connector::FillTallyBinVolume ( )

private

fill tally bins volume ("dv" card)

◆ FindDetectorMCUserFile()

void Serpent::Connector::FindDetectorMCUserFile ( )

overridevirtual

Find tallies in a MCUser input files.

Implements ConnectorPlugin.

◆ FindMissingVolume()

void Serpent::Connector::FindMissingVolume ( )

overridevirtual

Find Missing cell volumes for tallies. Tallies are normalized by the volume of the cells. Thus each Tally bin must know its volume (or area). Serpent do not defne cell volumes but material volume. To be coherent with MURE evolution, cells must have a volume. The idea here is to replace for each evolving cell (real or virtual) the material by a "test material" (1 nucleus of hydrogen). The a stochastic Serpent volume calculation is performed and volumes are set to tally bins and cells. Precisions on the result ca be increased via MURE::SetVolumeNPS(). Rem: it seems that, for a given geometry, the VolumeNPS should be at least twice the MCNP'one to obtain the same precision on volumes. But nevertheless, volumes calculation is generally much more faster in Serpent (for a given precision) than in MCNP.

Implements ConnectorPlugin.

◆ GetLatticeType()

unsigned Serpent::Connector::GetLatticeType ( LatticeCell * TheLattice )

private

return number corresponding to the serpent "lat" type

◆ GetMCDetectorOutputFileName()

string Serpent::Connector::GetMCDetectorOutputFileName	(	string	InputFileName,
		bool	OnlyKeff = `false`
	)

overridevirtual

Reimplemented from ConnectorPlugin.

◆ GetMCExecCommandString()

string Serpent::Connector::GetMCExecCommandString	(	string	InputFileName,
		string	Arg = `""`,
		string	FileArg = `""`
	)

overridevirtual

MC exec command line. This return the string to exec (via system()) to run a MC. It takes input file name (e.g. inp000), arguments (e.g. "task N n=) and file argument.

Parameters

InputFileName	: input file name
Arg	: argument between exec name and input file name (-findvolume, -omp, ...)
FileArg	: not used in Serpent

Reimplemented from ConnectorPlugin.

◆ GetNewGroupBin()

MureGroupBin * Serpent::Connector::GetNewGroupBin ( )

inlineoverridevirtual

a way to obtain a new roupBin (here a MureGroupBin) from every where

< a way to obtain a new GroupBin (here a MureGroupBin) from every where

Implements ConnectorPlugin.

◆ GetNewNode()

Serpent::Node * Serpent::Connector::GetNewNode ( int sign )

overridevirtual

a way to obrain a new node (here a MCNP::Node) from every where

Reimplemented from ConnectorPlugin.

◆ GetNewSimpleBin()

SimpleBin * Serpent::Connector::GetNewSimpleBin ( )

inlineoverridevirtual

a way to obtain a new SimpleBin (here a MureSimpleBin) from every where

< a way to obtain a new SimpleBin (here a MCNP::SimpleBin) from every where

Implements ConnectorPlugin.

◆ GetNumberOfLatticeDimentions()

unsigned Serpent::Connector::GetNumberOfLatticeDimentions ( unsigned LatticeType ) const

private

return 2 or 3 for 2D or 3D lattice

◆ GetResultFileName()

string Serpent::Connector::GetResultFileName ( const string & inputFileName ) const

private

return the "_res.m" Serpent output file

◆ GetSumResultFileName()

string Serpent::Connector::GetSumResultFileName ( const string & SumDetectorFileName )

private

◆ GetTestMaterial()

Material * Serpent::Connector::GetTestMaterial ( )

private

return a pure hydrogen material

◆ Print() [1/3]

string Serpent::Connector::Print ( Cell * TheCell )

overridevirtual

Print a cell in the cell block (1st bloc) of MCNP's input file.

Implements ConnectorPlugin.

◆ Print() [2/3]

string Serpent::Connector::Print ( Material * mat )

overridevirtual

Print a material in the 3rd block of MCNP's input file.

Implements ConnectorPlugin.

◆ Print() [3/3]

string Serpent::Connector::Print ( Transformation * Transfo )

overridevirtual

print transformation (translation &rotation) card

Implements ConnectorPlugin.

◆ PrintAllCells()

string Serpent::Connector::PrintAllCells ( )

private

write all cells in the Serpent input file

◆ PrintAllEnergyGrids()

void Serpent::Connector::PrintAllEnergyGrids ( ofstream & Out )

private

write all tally (time)energy grids in the Serpent input file

◆ PrintAllMaterials()

string Serpent::Connector::PrintAllMaterials ( )

private

write all materials in the Serpent input file

◆ PrintAllPinCells()

string Serpent::Connector::PrintAllPinCells ( )

private

write all pins in the Serpent input file

◆ PrintAllSpecialCards()

string Serpent::Connector::PrintAllSpecialCards ( )

private

write all special cards (i.e. the one not implemented in MURE) in the Serpent input file

◆ PrintAllSurfaceCards()

string Serpent::Connector::PrintAllSurfaceCards ( bool tmpvol )

private

write all surfaces in the Serpent input file

◆ PrintAllTallies()

string Serpent::Connector::PrintAllTallies ( )

private

write all tallies (detectors) in the Serpent input file

◆ PrintAllTransformationCards()

string Serpent::Connector::PrintAllTransformationCards ( )

private

write all transformation card in the Serpent input file

◆ PrintBasicCell()

string Serpent::Connector::PrintBasicCell ( Cell * TheCell )

private

write 1 Cell in the Serpent input file

◆ PrintId() [1/2]

string Serpent::Connector::PrintId ( Cell * cell )

overridevirtual

print a "generic" id name to cell number (e.g. "c"=>c1)

Implements ConnectorPlugin.

◆ PrintId() [2/2]

string Serpent::Connector::PrintId ( Material * material )

overridevirtual

print a "generic" id name to material number (e.g. "m"=>m1)

Implements ConnectorPlugin.

◆ PrintLattice()

string Serpent::Connector::PrintLattice ( LatticeCell * TheLattice )

private

write 1 Lattice in the Serpent input file

◆ PrintLatticeCardHead()

string Serpent::Connector::PrintLatticeCardHead ( LatticeCell * TheLattice )

private

print "lat" card with type, origin, nb elements and pitch

◆ PrintLatticeLayout()

string Serpent::Connector::PrintLatticeLayout ( LatticeCell * TheLattice )

private

print the array of universe number

◆ PrintMaterialId()

string Serpent::Connector::PrintMaterialId ( int id )

overridevirtual

convert material number in string

Reimplemented from ConnectorPlugin.

◆ PrintMaterialModeratorOption()

string Serpent::Connector::PrintMaterialModeratorOption ( Material * mat )

private

print the "moder" card

◆ PrintMCSource()

string Serpent::Connector::PrintMCSource ( )

private

write tje SerpentSource in the Serpent input file

◆ PrintModeratorMaterial()

string Serpent::Connector::PrintModeratorMaterial ( Material * mat )

overridevirtual

print "therm" card associated to a Material

Implements ConnectorPlugin.

◆ PrintModeratorName()

string Serpent::Connector::PrintModeratorName	(	Material *	mat,
		unsigned	nucleusIndex
	)

private

print the name on "therm" card ("m_matnum_n_moderatornucleusidx_")

◆ PrintPinCell()

string Serpent::Connector::PrintPinCell ( PinCell * ThePinCell )

private

write 1 PinCell (i.e. a "pin") in the Serpent input file

◆ PrintSerpentDopplerBroadening()

string Serpent::Connector::PrintSerpentDopplerBroadening ( Material * mat )

private

◆ ReadDetectorFile()

void Serpent::Connector::ReadDetectorFile ( )

private

◆ SetBoundaryCondition()

void Serpent::Connector::SetBoundaryCondition ( Shape_ptr S )

private

Add a "set bc" card for boundary mirror condition.

◆ StochasticVolumeCalculation()

void Serpent::Connector::StochasticVolumeCalculation ( )

private

a stochastic volume calculation is performed to find missing volumes for tallies

◆ SumOutputDetectorFile()

void Serpent::Connector::SumOutputDetectorFile	(	string	DetectorBaseFileName,
		int	N,
		string	SumDetectorFileName
	)

overridevirtual

Sum MC detector output in multi run mode. The multi run mode (set via MURE::SetRunMultiMC) allow to run, for each MC step, N MC calculations to smooth fluactuations ; Then, this method is used to buid the sum result of each individual MC run, in a unique Detector output file ("m" file of MCNP or "_det0.m" file for Serpent.

Parameters

DetectorBaseFileName	: base name of individual run (real name are DetectorBaseFileNameX where X=0..N)
N	: number of multi-run in a MC step
SumDetectorFileName	: sum of all individual run in this file (it has the same format than each individual one)

Implements ConnectorPlugin.

◆ UpdateGlobalTallies()

void Serpent::Connector::UpdateGlobalTallies ( )

private

update the global tallies

◆ UpdateKeff()

void Serpent::Connector::UpdateKeff ( )

overridevirtual

read from MC output the keff and give it to MURE

Implements ConnectorPlugin.

◆ UpdateMultiGroupSigmaPhiDetectors() [1/2]

void Serpent::Connector::UpdateMultiGroupSigmaPhiDetectors ( )

overridevirtual

update (read from MC output) automatic tallies for multigroup evolution

Implements ConnectorPlugin.

◆ UpdateMultiGroupSigmaPhiDetectors() [2/2]

void Serpent::Connector::UpdateMultiGroupSigmaPhiDetectors ( vector< Material * > & MaterialVector )

update (read from MC output) automatic tallies for multigroup evolution

◆ UpdateSigmaPhiDetectors()

void Serpent::Connector::UpdateSigmaPhiDetectors ( )

overridevirtual

update (read from MC output) automatic tallies for standard evolution

Implements ConnectorPlugin.

◆ UpdateTallyBinVolume()

void Serpent::Connector::UpdateTallyBinVolume ( )

overridevirtual

Reread all bins and assign necessary volume.

Implements ConnectorPlugin.

◆ UpdateTHMultiGroupSigmaPhiDetectors()

void Serpent::Connector::UpdateTHMultiGroupSigmaPhiDetectors ( )

overridevirtual

Implements ConnectorPlugin.

◆ WriteMCFileWithoutDetector()

void Serpent::Connector::WriteMCFileWithoutDetector	(	string	FileName = `"inp"`,
		bool	tmpvol = `false`
	)

overridevirtual

build a Serpent file without tally just to obtain keff for void, temperature coefficient, ...

Reimplemented from ConnectorPlugin.

◆ WriteSerpentFile()

void Serpent::Connector::WriteSerpentFile	(	string	FileName,
		bool	tmpvol = `false`
	)

private

write the Serpent input file on disk

Member Data Documentation

◆ CELL_COMMAND

const string Serpent::Connector::CELL_COMMAND = string("cell")

staticprivate

the "cell" Serpent key word

◆ CELL_NAME_PREFIX

const string Serpent::Connector::CELL_NAME_PREFIX = string("c")

staticprivate

a prefix string before the cell number: e.g. "c1" for the cell 1

◆ COMMENT_SIGN

const char Serpent::Connector::COMMENT_SIGN = '%'

staticprivate

◆ CUBOID_LATTICE_2D_TYPE

const unsigned Serpent::Connector::CUBOID_LATTICE_2D_TYPE = 1

staticprivate

◆ CUBOID_LATTICE_3D_TYPE

const unsigned Serpent::Connector::CUBOID_LATTICE_3D_TYPE = 11

staticprivate

◆ fDetectorFileReader

DetectorOutputReader* Serpent::Connector::fDetectorFileReader

protected

A detector reader from Serpent "_det0.m" file.

◆ LATTICE_COMMAND

const string Serpent::Connector::LATTICE_COMMAND = string("lat")

staticprivate

the "lat" Serpent key word

◆ MATERIAL_NAME_PREFIX

string Serpent::Connector::MATERIAL_NAME_PREFIX = string("m")

staticprivate

a prefix string before the materia number: e.g. "m1" for the material 1

◆ X_HEX_LATTICE_3D_TYPE

const unsigned Serpent::Connector::X_HEX_LATTICE_3D_TYPE = 12

staticprivate

◆ X_HEX_LATTICE_TYPE

const unsigned Serpent::Connector::X_HEX_LATTICE_TYPE = 2

staticprivate

◆ Y_HEX_LATTICE_3D_TYPE

const unsigned Serpent::Connector::Y_HEX_LATTICE_3D_TYPE = 13

staticprivate

◆ Y_HEX_LATTICE_TYPE

const unsigned Serpent::Connector::Y_HEX_LATTICE_TYPE = 3

staticprivate

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

/gpr/meplan/SMURE/source/include/SerpentConnector.hxx
/gpr/meplan/SMURE/source/src/SerpentConnector_core.cxx
/gpr/meplan/SMURE/source/src/SerpentConnector_detectors.cxx
/gpr/meplan/SMURE/source/src/SerpentConnector_findvolumes.cxx

Public Member Functions

Internal methods to be used ONLY by developpers

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Connector() [1/2]

◆ ~Connector()

◆ Connector() [2/2]

Member Function Documentation

◆ AddTestMaterialForCell()

◆ AddTestMaterialForPinCell()

◆ BuildDetectors()

◆ BuildGlobalTallies()

◆ BuildMCFile()

◆ BuildMultiGroupDetectors() [1/2]

◆ BuildMultiGroupDetectors() [2/2]

◆ BuildPinCells()

◆ BuildTHMultiGroupDetectors()

◆ BuildXSDIR()

◆ CheckXSDIR()

◆ Clone()

◆ CopySerpentFile()

◆ EncapsulateGeometry()

◆ FillTallyBinVolume()

◆ FindDetectorMCUserFile()

◆ FindMissingVolume()

◆ GetLatticeType()

◆ GetMCDetectorOutputFileName()

◆ GetMCExecCommandString()

◆ GetNewGroupBin()

◆ GetNewNode()

◆ GetNewSimpleBin()

◆ GetNumberOfLatticeDimentions()

◆ GetResultFileName()

◆ GetSumResultFileName()

◆ GetTestMaterial()

◆ Print() [1/3]

◆ Print() [2/3]

◆ Print() [3/3]

◆ PrintAllCells()

◆ PrintAllEnergyGrids()

◆ PrintAllMaterials()

◆ PrintAllPinCells()

◆ PrintAllSpecialCards()

◆ PrintAllSurfaceCards()

◆ PrintAllTallies()

◆ PrintAllTransformationCards()

◆ PrintBasicCell()

◆ PrintId() [1/2]

◆ PrintId() [2/2]

◆ PrintLattice()

◆ PrintLatticeCardHead()

◆ PrintLatticeLayout()

◆ PrintMaterialId()

◆ PrintMaterialModeratorOption()

◆ PrintMCSource()

◆ PrintModeratorMaterial()

◆ PrintModeratorName()

◆ PrintPinCell()

◆ PrintSerpentDopplerBroadening()

◆ ReadDetectorFile()

◆ SetBoundaryCondition()

◆ StochasticVolumeCalculation()

◆ SumOutputDetectorFile()

◆ UpdateGlobalTallies()

◆ UpdateKeff()

◆ UpdateMultiGroupSigmaPhiDetectors() [1/2]

◆ UpdateMultiGroupSigmaPhiDetectors() [2/2]

◆ UpdateSigmaPhiDetectors()

◆ UpdateTallyBinVolume()

◆ UpdateTHMultiGroupSigmaPhiDetectors()

◆ WriteMCFileWithoutDetector()

◆ WriteSerpentFile()

Member Data Documentation

◆ CELL_COMMAND

◆ CELL_NAME_PREFIX

◆ COMMENT_SIGN

◆ CUBOID_LATTICE_2D_TYPE

◆ CUBOID_LATTICE_3D_TYPE

◆ fDetectorFileReader