Inheritance diagram for ACDesignPatterns::ACEvolutionRecomputeAll< T >:

Collaboration diagram for ACDesignPatterns::ACEvolutionRecomputeAll< T >:

Public Member Functions
	ACEvolutionRecomputeAll (size_t nsteps)

void	evaluate_primal ()

void	evaluate_split_primal ()

void	evaluate_split_adjoint ()

Public Member Functions inherited from ACDesignPatterns::ACEvolution< T >
	ACEvolution (size_t nsteps)

Public Member Functions inherited from ACDesignPatterns::ACModule< T >
void	register_input (T &v, T &a)

void	register_input (VarRefs< T > &v, VarRefs< T > &a)

void	register_output (T &v, T &a)

void	register_output (VarRefs< T > &v, VarRefs< T > &a)

void	register_inoutput (T &xv, T &xa, T &yv, T &ya)

void	register_inoutput (VarRefs< T > &xv, VarRefs< T > &xa, VarRefs< T > &yv, VarRefs< T > &ya)

void	reset_inoutput ()

virtual void	push_arguments ()

virtual void	read_arguments ()

virtual void	pop_arguments ()

virtual void	evaluate_joint_primal ()

virtual void	evaluate_joint_adjoint ()

Additional Inherited Members
Public Attributes inherited from ACDesignPatterns::ACModule< T >
VarRefs< T >	x

VarRefs< T >	ax

VarRefs< T >	y

VarRefs< T >	ay

Protected Attributes inherited from ACDesignPatterns::ACEvolution< T >
size_t	nsteps

ACModule< T > *	step

Protected Attributes inherited from ACDesignPatterns::ACModule< T >
stack< vector< T > >	argument_checkpoint

Detailed Description

Adjoint ensemble assumes availability of just one checkpoint and uses recompute all for data flow reversal.

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

Public Member Functions