Proto::AMRSolver< OpType, T, MEM > Class Template Reference

AMR Solver. More...

#include <Proto_AMRSolver.H>

Public Types
typedef OpType< T, MEM >	BOP
typedef LevelOp< OpType, T, PeriodicBC, MEM >	LOP
typedef AMROp< OpType, T, MEM >	AMROP
typedef AMRData< T, BOP::numState(), MEM >	AMRStateData
typedef AMRData< T, BOP::numAux(), MEM >	AMRAuxData

Public Member Functions
virtual double	solve (AMRStateData &a_state, AMRStateData &a_forcing, AMRAuxData &a_aux, int a_maxIter, double a_tolerance)=0
virtual double	solve (AMRStateData &a_state, AMRStateData &a_forcing, int a_maxIter, double a_tolerance)=0

Static Public Member Functions
static constexpr unsigned int	numState ()
static constexpr unsigned int	numAux ()

Detailed Description

template<template< typename, MemType > class OpType, typename T, MemType MEM = MEMTYPE_DEFAULT>
class Proto::AMRSolver< OpType, T, MEM >

AMR Solver.

AMR Solver is an interface for building a solver to invert an AMROp. In particular, we would like to solve the equation L(phi) = G where L is defined by an AMROp, G is an external forcing defined on an AMR hierarchy, and phi is the solution, also on a hierarchy.

TODO: specifically, this is an interface for iterative solvers.

Member Typedef Documentation

BOP

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

typedef OpType<T, MEM> Proto::AMRSolver< OpType, T, MEM >::BOP

LOP

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

typedef LevelOp<OpType, T, PeriodicBC, MEM> Proto::AMRSolver< OpType, T, MEM >::LOP

AMROP

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

typedef AMROp<OpType, T, MEM> Proto::AMRSolver< OpType, T, MEM >::AMROP

AMRStateData

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

typedef AMRData<T, BOP::numState(), MEM> Proto::AMRSolver< OpType, T, MEM >::AMRStateData

AMRAuxData

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

typedef AMRData<T, BOP::numAux(), MEM> Proto::AMRSolver< OpType, T, MEM >::AMRAuxData

Member Function Documentation

numState()

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

static constexpr unsigned int Proto::AMRSolver< OpType, T, MEM >::numState ( )

inlinestatic

numAux()

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

static constexpr unsigned int Proto::AMRSolver< OpType, T, MEM >::numAux ( )

inlinestatic

References Proto::AMRSolver< OpType, T, MEM >::solve().

solve() [1/2]

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

virtual double Proto::AMRSolver< OpType, T, MEM >::solve ( AMRStateData &  a_state, AMRStateData &  a_forcing, AMRAuxData &  a_aux, int  a_maxIter, double  a_tolerance  )

inlinepure virtual

Referenced by Proto::AMRSolver< OpType, T, MEM >::numAux().

solve() [2/2]

template<template< typename, MemType > class OpType, typename T , MemType MEM = MEMTYPE_DEFAULT>

virtual double Proto::AMRSolver< OpType, T, MEM >::solve ( AMRStateData &  a_state, AMRStateData &  a_forcing, int  a_maxIter, double  a_tolerance  )

inlinepure virtual

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

• Proto_AMRSolver.H