Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

AlphaNTabs	AlphaNTabs contains
BasePriority	Define priorites of nuclear databases to choose nuclei from BaseSummary.dat file
BetaCollector	Define Beta collector for anti-neutrinos studies
BetaSpectra	Define Beta spectra and reaction for anti-neutrinos studies
Cell	A Cell is a MCNP cell
CellHeader	Header of an evolving cell in a binary file
CellOccupy	This class holds a list of all positions in the core lattice occupied by one cell (one universe number)
DynamicalSystem	DynamicalSystem class solves system of differential equations
EvolutiveSystem	EvolutiveSystem class carries out evolution
EqualReaction	Comparison operator for Reaction class
EvolutionControl	EvolutionControl allows interactions with the evolution
EvolutionWrapper	Front-end class for Evolution(): enables easy and comprehensive specification of operation history, as well as core reshuffling
FissileEvolutionControl	Evolution control for Fissile content
HNEvolutionControl	EvolutionControl for heavy nuclide content control
InLineReprocessing	InLineReprocessing is an EvolutionControl class for reprocessing without moving material
PoisonEvolutionControl	EvolutionControl descendant for controlling evolution via absorption of control (poison) material
RodEvolutionControl	EvolutionControl descendant allowing control via control rod insertion
ExternalFuel	A ExternalFuel do what????????
FileHeader	Header of MURE output binary file
FissionProduct	A FissionProduct Nucleus
FPDistribution	A "vector" of FPDistribution
FPRecord	A record in the data file where Fission Product are define
FuelReprocessing	FuelReprocessing allows Fuel reprocessing during Evolution
BlanketReprocessing	BlanketReprocessing allows Fuel reprocessing in Core and in Blanket during Evolution
Material	A Material constituing a Cell
ControlMaterial	A ControlMaterial
MatX	Structure holding Material and a number (e.g. density, temperature etc.)
MCNPSource	Define a MCNP Source
MeshTally	Define a MeshTally class (abstract)
FMeshTally	Define a MCNPX TMeshTally
TMeshTally	Define a MCNPX TMeshTally
MURE	MURE class allow to make connections between classes
NuclearChart	A NuclearChart is a 2 dimensional array of nuclei up to maximum N & Z
NucleiTree	A NucleiTree defines the whole tree of nuclei in case of evolution for a single ZAI
NucleusRecord	Record of a nucleus in a binary file
Reaction	Define a Reaction list for Tally multiplicator inputs
ReactionList	Reactions to take into account for evolution of a given nucleus
ReactionRecord	Record of a reaction in a binary file
ReactorChannel	This is a MURE compound or multi-cellular object
ReactorMesh	Manages filled assembly geometry - can be used for a coupled analysis with thermal hydraulics (cf. Class COBRA)
COBRA	Manages the coupling analysis with thermal hydraulics code COBRA-EN
ReadXSFile	Allows to read XS file in the MCNP ACE format
Reference_ptr< T >	Handle dynamical object creation and pointer affectation
Reference_ptr< Shape >
ReshufflingScheme	This class performs reshuffling of a lattice
SpecialIsomer	Class to define special treatment for some isomers
Spectrum	Base class to define spectra
AlphaSpectrum	AlphaSpectrum contains a histogram of Alpha ray intensities
BetaSpectrum	BetaSpectrum contains a histogram of Beta ray intensities
GammaSpectrum	GammaSpectrum defines of gamma ray spectrum
NeutronSpectrum	NeutronSpectrum contains a histogram of Neutron intensities
Storage	Storage are outcore containers
StoredXSforZAI	StoredXSforZAI is a class for storing some XS and use them later in the cycle
StringLine	Class extracting fields from a string / line
XSDIRLine	Extract all parameters from an XSDIR line
Surface	Surface class is design to define MCNP surface format
Tally	Define a MCNP Tally
TallyBin	Define a general MCNP Tally Bin (cell or surface)
GroupBin	Define group a cell or surface bin
LatticeBin	Define Lattice Cell type bin
SimpleBin	Define a Simple Bin
TallyFM	Define a Tally Multiplicator entry (FM card in MCNP)
TempCoefCalculator	This object performs temperature coefficient calculations for a general system
TemperatureMap	The good way of handling temperature from data base
TemporalStorage	TemporalStorage are outcore containers function of a Retreatment time
TFunctor	Abstract class to define Functor (function of function)
TSpecificFunctor< T >	Template class to assign a method of class T as argument
ThermalCoupling	This object performs the variation of temperature in a given region for a specific system
ThermalDataReader	This object reads thermodynamics values of fluids that are stored in files stored in MURE/thermal_data/
Transformation	Spatial Transformation for TR & TRCL cards
TReference	Base class to reference all Shape objects
Nucleus	A real Nucleus with a Temperature
Shape	Base class to define shapes
Brick	A rectangular parallepipede Shape
Cylinder	Infinite cylinder Shape
Node	Node allows to construct Union or Intersection of Shape
Hexagon	Regular hexagon Shape of a given height
Tube	A Tube is a finite Cylinder with a hole inside (like a pipe)
Plane	Infinite plane Shape
Sphere	Define a Sphere Shape
VoidCoefCalculator	Void coefficient calculations for a general system
XSDIR	Handle XSDIR file in order to extract information that could be easily retreived
ZAI	A ZAI defined a (Z,A,Isomere) for a Nucleus
ZAIReaction	A very simple class which contains the Reaction code and its weight for possible nuclear reactions of a ZAI
T