#include <episodic_memory.h>

Inherits soar_module::stat_container.

Public Member Functions
	epmem_stat_container (agent *my_agent)
Public Member Functions inherited from soar_module::stat_container
void	reset ()
	stat_container (agent *new_agent)
Public Member Functions inherited from soar_module::object_container< stat >
void	for_each (accumulator< stat * > &f)
stat *	get (const char *name)
	object_container (agent *new_agent)
virtual	~object_container ()

Data Fields
soar_module::integer_stat *	cbr
epmem_db_lib_version_stat *	db_lib_version
epmem_mem_high_stat *	mem_high
epmem_mem_usage_stat *	mem_usage
soar_module::integer_stat *	ncb_wmes
epmem_node_id_stat *	next_id
soar_module::integer_stat *	nexts
soar_module::integer_stat *	prevs
soar_module::integer_stat *	qry_card
soar_module::integer_stat *	qry_lits
soar_module::integer_stat *	qry_neg
soar_module::integer_stat *	qry_pos
epmem_time_id_stat *	qry_ret
soar_module::integer_stat *	rit_left_root_1
soar_module::integer_stat *	rit_left_root_2
soar_module::integer_stat *	rit_min_step_1
soar_module::integer_stat *	rit_min_step_2
soar_module::integer_stat *	rit_offset_1
soar_module::integer_stat *	rit_offset_2
soar_module::integer_stat *	rit_right_root_1
soar_module::integer_stat *	rit_right_root_2
epmem_time_id_stat *	time

Additional Inherited Members
Protected Member Functions inherited from soar_module::object_container< stat >
void	add (stat *new_object)
Protected Attributes inherited from soar_module::object_container< stat >
agent *	my_agent
std::map< std::string, stat * > *	objects

Detailed Description

Definition at line 176 of file episodic_memory.h.

Constructor & Destructor Documentation

epmem_stat_container::epmem_stat_container ( agent * my_agent )

Definition at line 257 of file episodic_memory.cpp.

References soar_module::object_container< stat >::add(), cbr, db_lib_version, EPMEM_RIT_STATE_EDGE, agent_struct::epmem_rit_state_graph, EPMEM_RIT_STATE_NODE, epmem_rit_state_struct::leftroot, mem_high, mem_usage, epmem_rit_state_struct::minstep, soar_module::object_container< stat >::my_agent, ncb_wmes, next_id, nexts, epmem_rit_state_struct::offset, prevs, qry_card, qry_lits, qry_neg, qry_pos, qry_ret, epmem_rit_state_struct::rightroot, rit_left_root_1, rit_left_root_2, rit_min_step_1, rit_min_step_2, rit_offset_1, rit_offset_2, rit_right_root_1, rit_right_root_2, epmem_rit_state_param_struct::stat, time, epmem_rit_state_param_struct::var_key, var_rit_leftroot_1, var_rit_leftroot_2, var_rit_minstep_1, var_rit_minstep_2, var_rit_offset_1, var_rit_offset_2, var_rit_rightroot_1, and var_rit_rightroot_2.

                                                            : soar_module::stat_container( new_agent )
{
 // time
 time = new epmem_time_id_stat( "time", 0, new epmem_db_predicate<epmem_time_id>( my_agent ) );
 add( time );
 // db-lib-version
 db_lib_version = new epmem_db_lib_version_stat( my_agent, "db-lib-version", NULL, new soar_module::predicate< const char* >() );
 add( db_lib_version );
 // mem-usage
 mem_usage = new epmem_mem_usage_stat( my_agent, "mem-usage", 0, new soar_module::predicate<int64_t>() );
 add( mem_usage );
 // mem-high
 mem_high = new epmem_mem_high_stat( my_agent, "mem-high", 0, new soar_module::predicate<int64_t>() );
 add( mem_high );
 // cue-based-retrievals
 cbr = new soar_module::integer_stat( "queries", 0, new soar_module::f_predicate<int64_t>() );
 add( cbr );
 // nexts
 nexts = new soar_module::integer_stat( "nexts", 0, new soar_module::f_predicate<int64_t>() );
 add( nexts );
 // prev's
 prevs = new soar_module::integer_stat( "prevs", 0, new soar_module::f_predicate<int64_t>() );
 add( prevs );
 // ncb-wmes
 ncb_wmes = new soar_module::integer_stat( "ncb-wmes", 0, new soar_module::f_predicate<int64_t>() );
 add( ncb_wmes );
 // qry-pos
 qry_pos = new soar_module::integer_stat( "qry-pos", 0, new soar_module::f_predicate<int64_t>() );
 add( qry_pos );
 // qry-neg
 qry_neg = new soar_module::integer_stat( "qry-neg", 0, new soar_module::f_predicate<int64_t>() );
 add( qry_neg );
 // qry-ret
 qry_ret = new epmem_time_id_stat( "qry-ret", 0, new soar_module::f_predicate<epmem_time_id>() );
 add( qry_ret );
 // qry-card
 qry_card = new soar_module::integer_stat( "qry-card", 0, new soar_module::f_predicate<int64_t>() );
 add( qry_card );
 // qry-lits
 qry_lits = new soar_module::integer_stat( "qry-lits", 0, new soar_module::f_predicate<int64_t>() );
 add( qry_lits );
 // next-id
 next_id = new epmem_node_id_stat( "next-id", 0, new epmem_db_predicate<epmem_node_id>( my_agent ) );
 add( next_id );
 // rit-offset-1
 rit_offset_1 = new soar_module::integer_stat( "rit-offset-1", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_offset_1 );
 // rit-left-root-1
 rit_left_root_1 = new soar_module::integer_stat( "rit-left-root-1", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_left_root_1 );
 // rit-right-root-1
 rit_right_root_1 = new soar_module::integer_stat( "rit-right-root-1", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_right_root_1 );
 // rit-min-step-1
 rit_min_step_1 = new soar_module::integer_stat( "rit-min-step-1", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_min_step_1 );
 // rit-offset-2
 rit_offset_2 = new soar_module::integer_stat( "rit-offset-2", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_offset_2 );
 // rit-left-root-2
 rit_left_root_2 = new soar_module::integer_stat( "rit-left-root-2", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_left_root_2 );
 // rit-right-root-2
 rit_right_root_2 = new soar_module::integer_stat( "rit-right-root-2", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_right_root_2 );
 // rit-min-step-2
 rit_min_step_2 = new soar_module::integer_stat( "rit-min-step-2", 0, new epmem_db_predicate<int64_t>( my_agent ) );
 add( rit_min_step_2 );
 // connect to rit state
 // graph
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].offset.stat = rit_offset_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].offset.var_key = var_rit_offset_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].leftroot.stat = rit_left_root_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].leftroot.var_key = var_rit_leftroot_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].rightroot.stat = rit_right_root_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].rightroot.var_key = var_rit_rightroot_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].minstep.stat = rit_min_step_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].minstep.var_key = var_rit_minstep_1;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].offset.stat = rit_offset_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].offset.var_key = var_rit_offset_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].leftroot.stat = rit_left_root_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].leftroot.var_key = var_rit_leftroot_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].rightroot.stat = rit_right_root_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].rightroot.var_key = var_rit_rightroot_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].minstep.stat = rit_min_step_2;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].minstep.var_key = var_rit_minstep_2;
}