Collaboration diagram for SymCylindrical:

Public Member Functions
	SymCylindrical ()
	SymCylindrical (tinyxml2::XMLElement *element, std::string nameFile="Unknown file")
	~SymCylindrical () override
void	addSymmetricTerms (Cell *cell, Prim type=vecPhases) override
	Add the symmetric terms for the cylindrical or spherical symmetry assumption.
void	addSymmetricTermsAddPhys (Cell *cell, AddPhys &addPhys) override
	Add the additional-physics, symmetric terms for the cylindrical or spherical symmetry assumption.
Public Member Functions inherited from Symmetry
	Symmetry ()
virtual	~Symmetry ()

Additional Inherited Members
Protected Attributes inherited from Symmetry
int	m_radialAxis
	Name of the radial axis for the axi-symmetry.

Constructor & Destructor Documentation

◆ SymCylindrical() [1/2]

SymCylindrical::SymCylindrical ( )

SymCylindrical::SymCylindrical	(	tinyxml2::XMLElement *	element,
		std::string	nameFile = "Unknown file" )

Cylindrical symmetry constructor from a read in XML format ex : <dataSymCyl RadialAxis="X">

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SymCylindrical::~SymCylindrical ( )

override

void SymCylindrical::addSymmetricTerms	(	Cell *	,
		Prim	= vecPhases )

overridevirtual

Add the symmetric terms for the cylindrical or spherical symmetry assumption.

Parameters

cell	cell to add the terms
type	enumeration allowing to correct either state in the cell or second order half time step state

Reimplemented from Symmetry.

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void SymCylindrical::addSymmetricTermsAddPhys	(	Cell *	,
		AddPhys &	)

overridevirtual

Add the additional-physics, symmetric terms for the cylindrical or spherical symmetry assumption.

Parameters

cell	cell to add the terms
addPhys	additional-physics object to call the corresponding symmetry subroutine

Reimplemented from Symmetry.

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