#include <simulation.h>

Inheritance diagram for simulation:

Collaboration diagram for simulation:

Public Member Functions
virtual double	simulate ()=0
	This function simulates the system and returns the resulting score.
virtual double	score ()
	This function returns the score of the system in its current state.
virtual void	postprocess (input &inval)=0
virtual std::vector< std::string >	dependencies () const =0
Public Member Functions inherited from item_dim
size_t	get_dimension () const
Public Member Functions inherited from item
	item ()
virtual	~item ()
virtual void	print () const
	Standard print function.
virtual void	update ()
virtual std::string	type () const =0
void	setname (const std::string n)
void	set_write_name (std::string wname)
const std::string &	name () const
const std::string &	write_name () const

Public Attributes
std::string	out_f_name

Protected Attributes
controller *	cont
	The controller.
objective *	obj
	The objective function.
writer *	cur_writer
Protected Attributes inherited from item_dim
mempool	memp
std::set< item_dim * >	children
item_dim *	parent
size_t	dimension
Protected Attributes inherited from item
std::string	_name
std::string	_write_name
char	has_write_name

Additional Inherited Members
Static Public Member Functions inherited from item
static std::shared_ptr< item >	create (std::string name, engineimp *rval)
Protected Member Functions inherited from item_dim
void	print_upstream ()
virtual void	_do_mem_update (size_t dim_old)
void	add_as_parent (item_dim *p)
void	add_as_parent (std::shared_ptr< item_dim > p)
void	update_dim (size_t dim_new)

Detailed Description

This class defines the system being simulated. It simulates a run of the system and returns a score for the current simulation run.

Every run of LILAC will have a simulation class that determines what is computed

For example, the jones_optical simulation class is used for the mode-locked laser simulations. This class holds an integrator object, which then in turns holds a certain rhs function. This function normally is of the type rhs_CNLS.

Definition at line 32 of file simulation.h.

Member Function Documentation

std::vector< std::string > simulation::dependencies ( ) const

pure virtual

This returns the dependencies for the simulation class. The simulation class has the same dependencies as item_dim, as well as:

 - controller controller: This object is the controller that controls the variables in the current simulation class
 - objective objective: This object is the objective function for the