ippl::Maxwell< EMField, SourceField > Class Template Reference

Inheritance diagram for ippl::Maxwell< EMField, SourceField >:

Collaboration diagram for ippl::Maxwell< EMField, SourceField >:

Public Member Functions
	Maxwell ()
	Maxwell (SourceField &four_current, EMField &E, EMField &B)
virtual void	setSources (SourceField &four_current)
void	setEMFields (EMField &E, EMField &B)
void	mergeParameters (const ParameterList &params)
virtual void	solve ()=0

Static Public Attributes
static constexpr unsigned	Dim = EMField::dim

Protected Attributes
ParameterList	params_m
SourceField *	JN_mp = nullptr
EMField *	En_mp = nullptr
EMField *	Bn_mp = nullptr

Constructor & Destructor Documentation

Maxwell() [1/2]

template<typename EMField , typename SourceField >

ippl::Maxwell< EMField, SourceField >::Maxwell ( )

inline

Default constructor for Maxwell solvers;

Maxwell() [2/2]

template<typename EMField , typename SourceField >

ippl::Maxwell< EMField, SourceField >::Maxwell ( SourceField &  four_current, EMField &  E, EMField &  B  )

inline

Constructor which allows to initialize the field pointers (J, E, B) in the Maxwell solvers class

Parameters

four_current	The four current field (rho, J)
E	The electric field
B	The magnetic field

Member Function Documentation

mergeParameters()

template<typename EMField , typename SourceField >

void ippl::Maxwell< EMField, SourceField >::mergeParameters ( const ParameterList &  params )

inline

Merges another parameter set into the solver's parameters, overwriting existing parameters in case of conflict

Parameters

params

Parameter list with desired values

setEMFields()

template<typename EMField , typename SourceField >

void ippl::Maxwell< EMField, SourceField >::setEMFields ( EMField &  E, EMField &  B  )

inline

Set the problem LHS (electromagnetic fields)

Parameters

E	The electric field
B	The magnetic field

setSources()

template<typename EMField , typename SourceField >

virtual void ippl::Maxwell< EMField, SourceField >::setSources ( SourceField &  four_current )

inlinevirtual

Set the problem RHS (charge & current densities)

Parameters

four_current

The four current field (rho, J)

solve()

template<typename EMField , typename SourceField >

virtual void ippl::Maxwell< EMField, SourceField >::solve ( )

pure virtual

Solve the electromagnetic problem (Maxwell's eqs)

Implemented in ippl::FDTDSolverBase< EMField, SourceField, boundary_conditions >, ippl::FDTDSolverBase< EMField, SourceField, periodic >, and ippl::FEMMaxwellDiffusionSolver< FieldType >.

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

• ippl-src/src/MaxwellSolvers/Maxwell.h