AILogic Class Reference

#include <AILogic.h>

List of all members.

Public Member Functions
	AILogic (AI_LOGIC_IDS LOGICID_, const int rulesmax_=-1)
AI_LOGIC_IDS	getLOGICID () const
bool	createDerivationRule (std::vector< AIPremise > theantecedents_, std::vector< int > num_of_params_in_antecs_to_check_, int consequentstateinput_, std::vector< int > timesfound_=std::vector< int >(), std::vector< bool > accept_only_new_since_state_change_=std::vector< bool >(), std::vector< float > secondsold_=std::vector< float >(), std::vector< AIPremise > consekbprems_=std::vector< AIPremise >(), std::vector< AIPremise > remkbprems_=std::vector< AIPremise >(), std::vector< bool > remall_=std::vector< bool >())
bool	performLogic (AIState *&state_, AIKB *&kb_, AIFSM *&fsm_, float &timestamp_, bool includeglobalkb_=false)
	returns true if state_ changed, false otherwise
int	serialize (std::ofstream &fout_) const
int	assemble (std::ifstream &fin_)

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Detailed Description

AILogic implements state transitions for AIWrapped objects. Specifically, it converts AIExceptions from an AIKB into state inputs according to predefined rules.

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Constructor & Destructor Documentation

AILogic::AILogic (  AI_LOGIC_IDS  LOGICID_, const int  rulesmax_ = -1 )

parameterized constructor Parameters: LOGICID_  the unique identifier for this logic processor rulesmax_  -1 means an unlimited # of rules are allowed

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Member Function Documentation

int AILogic::assemble (  std::ifstream &  fin_  )

assigns this object to one read from a binary file and returns the number of bytes read Parameters: fin_  the file stream to read from (opened for binary input) See also: serialize()

bool AILogic::createDerivationRule (  std::vector< AIPremise >  theantecedents_, std::vector< int >  num_of_params_in_antecs_to_check_, int  consequentstateinput_, std::vector< int >  timesfound_ = std::vector< int >(), std::vector< bool >  accept_only_new_since_state_change_ = std::vector< bool >(), std::vector< float >  secondsold_ = std::vector< float >(), std::vector< AIPremise >  consekbprems_ = std::vector< AIPremise >(), std::vector< AIPremise >  remkbprems_ = std::vector< AIPremise >(), std::vector< bool >  remall_ = std::vector< bool >() )

a rule has this format: IF (antecedent1 AND antecedent2 AND ...), THEN (return the consequent state input, possibly add premises to the object's knowledge base, and possibly remove premises from the object's knowledge base) Parameters: theantecedents_  an antecedent is defined as an AIPremise plus other parameters such as allowing for the premise to expire num_of_params_in_antecs_to_check_  the premise ID (params[0]) counts toward this number consequentstateinput_  the input to send to the finite state machine if all antecedents are true timesfound_  check for AT LEAST this many instances of the premise for the antecedent to be true (default will be once/prem) accept_only_new_since_state_change_  if true, premises inserted into the AIKB before the last state change are ignored secondsold_  premises in the AIKB older than this are ignored (-1 means that none expire) consekbprems_  premises added to an object's knowledge base if all antecedents are true remkbprems_  premises removed from an object's knowledge base if all antecedents are true remall_  remove all instances of the remkbprems_ if they are found?

AI_LOGIC_IDS AILogic::getLOGICID (   )  const [inline]

returns the LOGICID for this logic processor

bool AILogic::performLogic (  AIState *&  state_, AIKB *&  kb_, AIFSM *&  fsm_, float &  timestamp_, bool  includeglobalkb_ = false )

returns true if state_ changed, false otherwise changes a state according to AIRules Parameters: state_  the current state kb_  the AIKB to use for finding AIExceptions fsm_  (not currently used) timestamp_  timestamp of last state change (updated if state is changed in this function) includeglobalkb_  use the global AIKB?

int AILogic::serialize (  std::ofstream &  fout_  )  const

writes this object to a binary file and returns the number of bytes written Parameters: fout_  the file stream to write to (opened for binary output) See also: assemble()

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

• AILogic.h

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