//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: base(p);
public SemanticPredicate(string type, string owner, string partner, Predicate p)
: base(p)
{
this.type = type;
this.owner = owner;
this.partner = partner;
}
public MutualBelief(string type, string owner, List<string> partner, Predicate p)
: base(type, owner, p)
{
this.partners = partner;
}
public List<UpdateRule> interprete(DialogueAct da, InformationState infoState)
{
List<UpdateRule> updateRules = new List<UpdateRule>();
Console.Write(" step 3 : Dialogue act interpretation : ");
Console.Write("\n");
if (da.getID() == "Greet-open")
{
List<object> args = new List<object>();
args.Add(da.getSender());
string addressee = "Self";
//args.push_back(da->getAddressee());
args.Add(addressee);
//predicate greet(user, system)
Predicate userGreet = new Predicate("Greet-open", args);
List<object> args1 = new List<object>();
// args1.push_back(da->getAddressee());
args1.Add(addressee);
// args1.push_back(addressee);
args1.Add(da.getSender());
//predicate greet( system, user)
Predicate systemGreet = new Predicate("reply-Greet-open", args1);
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", userGreet));
Update pushAgenda = new Update("pushAgenda",systemGreet);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", userGreet);
string grt = "Greet-open";
// boost::any anygrt = grt;
Update socialContext = new Update("commPressure", grt);
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
if (da.getID() == "SOM-Presented-by_other")
{
List<object> args = new List<object>();
args.Add(da.getSender());
string addressee = "Self";
//args.push_back(da->getAddressee());
args.Add(addressee);
//predicate greet(user, system)
Predicate userGreet = new Predicate("Greet-open", args);
List<object> args1 = new List<object>();
// args1.push_back(da->getAddressee());
args1.Add(addressee);
// args1.push_back(addressee);
args1.Add(da.getSender());
Predicate systemGreet = new Predicate("reply-Greet-open", args1);
Update pushAgenda = new Update("pushAgenda", systemGreet);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", userGreet);
string grt = "Greet-open";
// boost::any anygrt = grt;
Update socialContext = new Update("commPressure", grt);
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
if (da.getID() == "Greet-close")
{
List<object> args = new List<object>();
args.Add(da.getSender());
args.Add(da.getAddressee());
//predicate greet(user, system)
Predicate userGreet = new Predicate("Greet-close", args);
List<object> args1 = new List<object>();
// args1.push_back(da->getAddressee());
// args1.push_back(da->getSender());
//predicate greet( system, user)
Predicate systemGreet = new Predicate("Greet-close", args1);
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", userGreet));
Update pushAgenda = new Update("pushAgenda", systemGreet);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", userGreet);
string grt = "Greet-close";
// boost::any anygrt = grt;
Update socialContext = new Update("commPressure", grt);
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//user ask what-concept to system
if (da.getID() == "WHQ-WHAT-Concept")
{
string conceptName = (string)(da.logicalForm.Arguments[0]);
if (Services.isClass(conceptName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConcept = new Predicate("ans-WHQ-WHAT-Concept", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConcept);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
// boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
// //boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //whq-what-concept
//user asks what are the features of a car?
if (da.getID() == "WHQ-WHAT-All-Operations")
{
string conceptName = (string)(da.logicalForm.Arguments[0]);
if (Services.isClass(conceptName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConcept = new Predicate("ans-WHQ-WHAT-All-Operations", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConcept);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-All-Operations
//.............................................................................................
//user asks what are the features of a car?
if (da.getID() == "WHQ-WHAT-Entity-State")
{
string instanceName = (string)(da.logicalForm.Arguments[1]);
//TODO verify whether object is a valid instance or not
// if (isInstance(instanceName) )
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansEntityState = new Predicate("ans-WHQ-WHAT-Entity-State", args);
Update pushAgenda = new Update("pushAgenda", ansEntityState);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-WHAT-instance state
//.............................................................................................
//user asks what are the attributes of a car?
if (da.getID() == "WHQ-WHAT-All-Attributes")
{
string conceptName = (string)(da.logicalForm.Arguments[0]);
if (Services.isClass(conceptName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConcept = new Predicate("ans-WHQ-WHAT-All-Attributes", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConcept);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-All-Operations
//user asks for the speed of a car?
if (da.getID() == "WHQ-WHAT-Concept-Attribute-Value")
{
string conceptName = (string)(da.logicalForm.Arguments[0]);
string attributeName = (string)(da.logicalForm.Arguments[1]);
if (Services.isClass(conceptName) && Services.isClassAttribute(conceptName, attributeName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConceptAttribute = new Predicate("ans-WHQ-WHAT-Concept-Attribute-Value", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConceptAttribute);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-concept-attribute
//user asks for the description of the operation of the concept?
if (da.getID() == "WHQ-WHAT-Concept-Feature")
{
string conceptName = (string)(da.logicalForm.Arguments[0]);
string operationName = (string)(da.logicalForm.Arguments[1]);
if (Services.isClass(conceptName) && Services.isClassOperation(conceptName, operationName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConceptFeature = new Predicate("ans-WHQ-WHAT-Concept-Feature", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConceptFeature);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-concept-feature
//user asks for the description of the current action of the agent
if (da.getID() == "WHQ-WHAT-Current-Action")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatCurrent = new Predicate("ans-WHQ-WHAT-Current-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatCurrent);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-All-Operations
//user asks for the description of the action decision of the agent
if (da.getID() == "WHQ-WHAT-Action-Decision")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansActionDecision = new Predicate("ans-WHQ-WHAT-Action-Decision", args);
Update pushAgenda = new Update("pushAgenda", ansActionDecision);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-action-decision
//user asks for the description of the last action of the agent
if (da.getID() == "WHQ-WHAT-Last-Action")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatLastAction = new Predicate("ans-WHQ-WHAT-Last-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatLastAction);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-All-Operations
//user asks for the description of the next action of the agent
if (da.getID() == "WHQ-WHAT-Next-Action")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConceptFeature = new Predicate("ans-WHQ-WHAT-Next-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatConceptFeature);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-next action
//user asks for the description of the next action of the agent
if (da.getID() == "WHQ-WHAT-Current-Activity")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentActivity = new Predicate("ans-WHQ-WHAT-Current-Activity", args);
Update pushAgenda = new Update("pushAgenda", ansWhatAgentActivity);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-next action
//user asks for the description of the role of the agent
if (da.getID() == "WHQ-WHAT-Agent-Role")
{
string agentName = (string)(da.logicalForm.Arguments[0]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentRole = new Predicate("ans-WHQ-WHAT-Agent-Role", args);
Update pushAgenda = new Update("pushAgenda", ansWhatAgentRole);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //WHQ-WHAT-AgentT-Role
//........................................................................................................
//user asks for the description of the next action of the role
if (da.getID() == "WHQ-WHAT-Role-Next-Action")
{
string roleName = (string)(da.logicalForm.Arguments[0]);
{
//if (isRole(roleName))
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatRoleNext = new Predicate("ans-WHQ-WHAT-Role-Next-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatRoleNext);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-WHAT-Role-Next-Action
//........................................................................................................
//........................................................................................................
//user asks for the description of the next action of the team
if (da.getID() == "WHQ-WHAT-Team-Next-Action")
{
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatTeamNext = new Predicate("ans-WHQ-WHAT-Team-Next-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatTeamNext);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-WHAT-Role-Next-Action
//........................................................................................................
//........................................................................................................
//user asks for the description of the current action of the role
if (da.getID() == "WHQ-WHAT-Role-Current-Action")
{
string roleName = (string)(da.logicalForm.Arguments[0]);
{
//if (isRole(roleName))
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatRoleCurrentAction = new Predicate("ans-WHQ-WHAT-Role-Current-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhatRoleCurrentAction);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-WHAT-Role-Next-Action
//.............................................................................................
//........................................................................................................
//user asks for the description of the means of action performed by performer
if (da.getID() == "WHQ-WHAT-Action-Resource")
{
{
//if (isRole(roleName))
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatMeanResource = new Predicate("ans-WHQ-WHAT-Action-Resource", args);
Update pushAgenda = new Update("pushAgenda", ansWhatMeanResource);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //"WHQ-WHAT-Action-Resource"
//.............................................................................................
//********************************************************************************
// WHQ-WHO (present , past , future ) action
//********************************************************************************
/* "WHQ-WHO-Will-Do-Action" @actionName
*/
//user asks for the role name who will do action in future
if (da.getID() == "WHQ-WHO-Will-Do-Action")
{
string actionName = (string)(da.logicalForm.Arguments[0]);
{
//if (isAction(actionName))
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhoWillDo = new Predicate("ans-WHQ-WHO-Will-Do-Action", args);
Update pushAgenda = new Update("pushAgenda", ansWhoWillDo);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-Who-Will-Do
//********************************************************************************
/* "WHQ-WHO-Will-Do-Action" @actionName
*/
//user asks for the role name who will do action in future
if (da.getID() == "WHQ-WHO")
{
//std::string actionName = boost::any_cast<std::string>(da->logicalForm.Arguments.front());
{
//if (isAction(actionName))
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansDo = new Predicate("ans-WHQ-WHO", args);
Update pushAgenda = new Update("pushAgenda", ansDo);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
//else
/* {
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //WHQ-Who-Will-Do
//********************************************************************************
//********************************************************************************
// end of WHQ-WHO (present , past , future ) action
//********************************************************************************
//Yes-No-Questions
if (da.getID() == "YES-NO-Question")
{
string funtor = (string)(da.logicalForm.Arguments[0]);
//preprocessing of yes no questions
if (funtor == "Agent-Role")
{
//verify whether isAgent() && isRole()
string agentName = (string)(da.logicalForm.Arguments[1]);
if (Services.isAgent(agentName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansYesNoQtn = new Predicate("ans-YES-NO-Question", args);
Update pushAgenda = new Update("pushAgenda", ansYesNoQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
else
{
List<object> args = new List<object>();
// args.push_back(conceptName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate ansConceptNotKnown("respond-Unknown-concept", args);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Update *pushAgenda = new Update("pushAgenda",ansConceptNotKnown);
Update pushAgenda = new Update("pushAgenda", ansConceptNotKnown);
UpdateRule rule = new UpdateRule();
rule.addEffect(pushAgenda);
updateRules.Add(rule);
}
} //funcot == agent role
} //WHQ-WHAT-All-Operations
//********************************************************************************
// Check-Question
//********************************************************************************
if (da.getID() == "Check-Question")
{
string funtor = (string)(da.logicalForm.Arguments[0]);
//preprocessing of yes no questions
if (funtor == "Action-Execution-By-Role")
{
//verify whether isRole() && sufficient parameters are available
string roleName = (string)(da.logicalForm.Arguments[1]);
// if (isRole(roleName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQtn = new Predicate("ans-Check-Question", args);
Update pushAgenda = new Update("pushAgenda", ansCheckQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
//..............................................................................
if (funtor == "Entity-Perceived-by-Agent")
{
string agent = (string)(da.logicalForm.Arguments[1]);
string entity = (string)(da.logicalForm.Arguments[2]);
//verify whether isEntity(entity)
// if (isEntity(entity))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQtn = new Predicate("ans-Check-Question", args);
Update pushAgenda = new Update("pushAgenda", ansCheckQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
//..............................................................................
//frame: Action-Execution-Perceived-By-Agent $agent $performer $action
//..............................................................................
if (funtor == "Action-Execution-Perceived-By-Agent")
{
string agent = (string)(da.logicalForm.Arguments[1]);
string performer = (string)(da.logicalForm.Arguments[2]);
//verify whether isAgent(performer)
// if (isAgent(performer))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQtn = new Predicate("ans-Check-Question", args);
Update pushAgenda = new Update("pushAgenda", ansCheckQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
//..............................................................................
//..............................................................................
//frame: Action-Execution-By-Team $action $tense
//..............................................................................
if (funtor == "Action-Execution-By-Team")
{
string action = (string)(da.logicalForm.Arguments[1]);
//verify whether isAction(action)
// if (isAction(action))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQtn = new Predicate("ans-Check-Question", args);
Update pushAgenda = new Update("pushAgenda", ansCheckQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Team
//...............................................................................................
}
//********************************************************************************
// end of Check-Question
//********************************************************************************
//********************************************************************************
// WHQ-WHY
//********************************************************************************
if (da.getID() == "WHQ-WHY")
{
string funtor = (string)(da.logicalForm.Arguments[0]);
//preprocessing of yes no questions
if (funtor == "Action-Execution-By-Role")
{
//verify whether isRole() && sufficient parameters are available
string roleName = (string)(da.logicalForm.Arguments[1]);
// if (isRole(roleName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQtn = new Predicate("ans-WHQ-WHY", args);
Update pushAgenda = new Update("pushAgenda", ansCheckQtn);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
}
//********************************************************************************
// end of WHQ-WHY
//********************************************************************************
//********************************************************************************
// Unknown-concept
//********************************************************************************
if (da.getID() == "Unknown-concept")
{
string funtor = (string)(da.logicalForm.Arguments[0]);
//preprocessing of yes no questions
{
//if(funtor == "Action-Execution-By-Role")
//verify whether isRole() && sufficient parameters are available
// std::string roleName = boost::any_cast<std::string>(da->logicalForm.Arguments[1]);
// if (isRole(roleName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate ansNotUnderstood("respond-Unknown-concept", args);
Predicate ansNotUnderstood = new Predicate("respond-Unknown-concept", args);
Update pushAgenda = new Update("pushAgenda", ansNotUnderstood);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
//std::string comGround = "mutual-belief";
//boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
}
//********************************************************************************
// ansNotUnderstood
//********************************************************************************
//********************************************************************************
// not-understood
//********************************************************************************
if (da.getID() == "Not-Understood")
{
//preprocessing of yes no questions
{
//if(funtor == "Action-Execution-By-Role")
//verify whether isRole() && sufficient parameters are available
// std::string roleName = boost::any_cast<std::string>(da->logicalForm.Arguments[1]);
// if (isRole(roleName))
{
// boost::shared_ptr<Condition> condition = boost::shared_ptr<Condition>(new Condition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansNotUnderstood = new Predicate("respond-Not-Understood", args);
Update pushAgenda = new Update("pushAgenda", ansNotUnderstood);
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//boost::shared_ptr<Update> pushQUD = boost::shared_ptr<Update>(new Update("pushQUD",da->logicalForm));
// //std::string comGround = "mutual-belief";
// //boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("addCommonGround",comGround));
UpdateRule rule = new UpdateRule();
//rule->addPrecondition(condition);
rule.addEffect(pushAgenda);
//rule->addEffect(pushQUD);
rule.addEffect(addInIntegraedMoves);
updateRules.Add(rule);
}
/* //else
{
std::vector<boost::any> args;
// args.push_back(conceptName);
Predicate ansConceptNotKnown("respond-Unknown-concept", args);
boost::shared_ptr<Update> pushAgenda = boost::shared_ptr<Update>(new Update("pushAgenda",ansConceptNotKnown));
boost::shared_ptr<UpdateRule> rule =boost::shared_ptr<UpdateRule> (new UpdateRule()) ;
rule->addEffect(pushAgenda);
updateRules.push_back(rule);
}
*/
} //funcot == Action-Execution-By-Role
}
//********************************************************************************
return updateRules;
}
public override bool isValid(InformationState IS)
{
if (stringValue1 == "firstOnAgenda")
{
Predicate move = (Predicate)(value2);
FirstOnAgenda condition = new FirstOnAgenda(move);
return condition.isValid(IS);
}
else if (stringValue1 == "IsNotIntegratedMove")
{
Predicate move = (Predicate)(value2);
IsNotIntegratedMove condition = new IsNotIntegratedMove(move);
return condition.isValid(IS);
}
else if (stringValue1 == "isBelief")
{
try
{
SemanticPredicate belief = (SemanticPredicate)(value2);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: isBelief *condition = new isBelief(belief);
IsBelief condition = new IsBelief(belief);
return condition.isValid(IS);
}
catch (InvalidCastException)
{
}
try
{
Predicate belief = (Predicate)(value2);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: isBelief *condition = new isBelief(belief);
IsBelief condition = new IsBelief(belief);
return condition.isValid(IS);
}
catch (InvalidCastException)
{
}
}
else if (stringValue1 == "isNotABelief")
{
/* try
{
SemanticPredicate belief = boost::any_cast<SemanticPredicate>( value2);
boost::shared_ptr<isNotABelief> condition = boost::shared_ptr<isNotABelief>(new isNotABelief(belief));
return condition->isValid(is);
}
catch(boost::exception const& ex)
{
}
*/
try
{
Predicate belief = (Predicate)(value2);
Predicate p = new Predicate(belief.Functor, belief.Arguments);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: isNotABelief *condition = new isNotABelief(p);
IsNotABelief condition = new IsNotABelief(p);
return condition.isValid(IS);
}
catch (InvalidCastException)
{
}
}
else if (stringValue1 == "isMutualBelief")
{
try
{
MutualBelief belief =(MutualBelief)(value2);
IsMutualBelief condition = new IsMutualBelief(belief);
return condition.isValid(IS);
}
catch (InvalidCastException)
{
}
}
else if (stringValue1 == "isNotMutualBelief")
{
try
{
MutualBelief belief = (MutualBelief)(value2);
IsNotMutualBelief condition = new IsNotMutualBelief(belief);
return condition.isValid(IS);
}
catch (InvalidCastException)
{
}
}
else if (stringValue1 == "isExpected")
{
try
{
Predicate belief = (Predicate)(value2);
Predicate p = new Predicate(belief.Functor, belief.Arguments);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: isExpected expected(p);
IsExpected expected = new IsExpected(p);
return expected.isValid(IS);
}
catch (InvalidCastException)
{
}
}
else if (stringValue1 == "isTopOfAgendaEmpty")
{
IsTopOfAgendaEmpty condition = new IsTopOfAgendaEmpty();
return condition.isValid(IS);
}
else if (stringValue1 == "hasNoExpectation")
{
HasNoExpectation condition = new HasNoExpectation();
return condition.isValid(IS);
}
else
{
if (!string.IsNullOrEmpty(stringValue1))
{
this.value1 = IS.getValueOfPath(stringValue1);
}
if (!string.IsNullOrEmpty(stringValue2))
{
this.value2 = IS.getValueOfPath(stringValue2);
}
if (value1 != null && value2 != null)
{
Equals condition = new Equals(value1, value2);
return condition.isValid(IS);
}
}
return true;
}
public List<UpdateRule> createRules(DialogueAct da, InformationState IS)
{
List<UpdateRule> factoryRules = new List<UpdateRule>();
try
{
//preconditions
Precondition firstOnAgenda = new Precondition("firstOnAgenda", da.logicalForm);
//effects
Update addNextMove = new Update("addNextMove", da.logicalForm);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//update rule
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
if (da.getID() == "Self-Introduction")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
Predicate exp = new Predicate("Self-Introduction", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
if (da.getID() == "Commissive-Offer")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
Predicate exp = new Predicate("YES-NO-Answer", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
else if (da.getID() == "Information-Seeking-Function")
{
Update expected = null;
string predicateName;
if (da.logicalForm.Functor== "WHQ-WHICH-Resource-Choice")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
predicateName = "Resource-Choice";
Predicate exp = new Predicate(predicateName, args2);
expected = new Update("addExpected", exp);
}
else if (da.getCommunicativeFunction() == "Request-Action-Choice")
{
List<object> args = new List<object>();
predicateName = "Collective-Obligation";
Predicate exp = new Predicate(predicateName, args);
expected = new Update("addExpected", exp);
}
// adding the effect if it is not null
if(expected!= null)
{
rule.addEffect(expected);
}
}
else if (da.getID() == "Ask")
{
List<object> args2 = new List<object>();
Predicate exp = new Predicate("Inform", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
else if (da.getID() == "Initial-Greet")
{
List<object> args = new List<object>();
args.Add(da.getAddressee());
string self = "Self";
args.Add(self);
List<object> args2 = new List<object>();
Predicate exp = new Predicate("Greet-open", args);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
factoryRules.Add(rule);
}
catch (Exception)
{
}
return factoryRules;
}
public List<UpdateRule> createRules(InformationState IS)
{
List<UpdateRule> factoryRules = new List<UpdateRule>();
Property p;
p = IS.getPropertyValueOfPath(DefineConstants.agentDialogueActs);
List<object> systemDialogueActs = p.DataVector;
// cerr << " ADARF : number of sda " << systemDialogueActs->size()<< std::endl;
foreach (object sda in systemDialogueActs)
{
DialogueAct da = (DialogueAct)(sda);
//rule to accomodate system greet in response to user greet
/* try
{
std::vector<boost::any> args;
args.push_back((da->getSender()) );
args.push_back(da->getAddressee());
//predicate greet( system, user)
Predicate systemGreet("Greet-open", args);
//preconditions
//boost::shared_ptr<Precondition> notGreeted = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", systemGreet));
boost::shared_ptr<Precondition> firstOnAgenda = boost::shared_ptr<Precondition>(new Precondition("firstOnAgenda", systemGreet));
//effects
boost::shared_ptr<Update> addNextMove = boost::shared_ptr<Update>(new Update("addNextMove", systemGreet));
// downdate agenda
boost::shared_ptr<Update> popAgenda = boost::shared_ptr<Update>(new Update("popAgenda"));
boost::shared_ptr<Update> addInIntegraedMoves = boost::shared_ptr<Update>(new Update("addInIntegraedMoves",systemGreet));
std::string grt = "Greet-open";
boost::shared_ptr<Update> socialContext = boost::shared_ptr<Update>(new Update("commPressure",grt));
boost::shared_ptr<UpdateRule> rule = boost::shared_ptr<UpdateRule>(new UpdateRule() );
// rule->addPrecondition(notGreeted);
rule->addPrecondition(firstOnAgenda);
rule->addEffect(addNextMove);
rule->addEffect(popAgenda);
rule->addEffect(addInIntegraedMoves);
rule->addEffect(socialContext);
factoryRules.push_back(rule);
std::vector<boost::any> args2;
Predicate exp("Greet-open",args2);
boost::shared_ptr<Update> expected = boost::shared_ptr<Update>(new Update("addExpected",exp));
rule->addEffect(expected);
}
catch(boost::exception &e)
{
}
*/
try
{
//preconditions
Precondition firstOnAgenda = new Precondition("firstOnAgenda", da.logicalForm);
//effects
Update addNextMove = new Update("addNextMove", da.logicalForm);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", da.logicalForm);
//update rule
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
if (da.getID() == "Self-Introduction")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
Predicate exp = new Predicate("Self-Introduction", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
if (da.getID() == "Commissive-Offer")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
Predicate exp = new Predicate("YES-NO-Answer", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
else if (da.getID() == "Information-Seeking-Function")
{
List<object> args2 = new List<object>();
string addressee = da.getAddressee();
args2.Add(addressee);
string predicateName = null;
if (da.logicalForm.Functor == "WHQ-WHICH-Resource-Choice")
{
predicateName = "Resource-Choice";
object resourceClass = da.logicalForm.Arguments[1];
// args2.push_back(resourceClass);
}
if(predicateName != null)
{
Predicate exp = new Predicate(predicateName, args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
}
else if (da.getID() == "Request-Action-Choice")
{
List<object> args = new List<object>();
string predicateName = "Collective-Obligation";
Predicate exp = new Predicate(predicateName, args);
Update expected = new Update("addExpected", exp);
//rule->addEffect(expected);
}
else if (da.getID() == "Ask")
{
List<object> args2 = new List<object>();
Predicate exp = new Predicate("Inform", args2);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
else if (da.getID() == "Initial-Greet")
{
List<object> args = new List<object>();
args.Add(da.getAddressee());
string self = "Self";
args.Add(self);
List<object> args2 = new List<object>();
Predicate exp = new Predicate("Greet-open", args);
Update expected = new Update("addExpected", exp);
rule.addEffect(expected);
}
factoryRules.Add(rule);
}
catch (Exception)
{
}
}
return factoryRules;
}
public void setLogicalForm(Predicate p)
{
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: logicalForm = p;
// logicalForm.CopyFrom(p);
logicalForm = (p);
}
public FirstOnAgenda(Predicate p)
{
move = p;
}
public bool contains(object predicate)
{
if (attType == "vector" || attType == "list")
{
foreach (object data in dataVector)
{
try
{
Predicate p = (Predicate)(data);
if (Unify.matchTerms(p, predicate))
{
return true;
}
}
catch (InvalidCastException)
{
}
try
{
//TODO : handle for Semantic predicata
/* SemanticPredicate p = (SemanticPredicate)(data);
if (Unify.matchTerms(p, predicate))
{
return true;
}
*/
}
catch (Exception )
{
}
}
}
else if (attType == "stack")
{
try
{
Predicate p = new Predicate();
if (dataStack.Count == 0)
{
return false;
}
else
{
p = (Predicate)(dataStack.Peek());
if (Unify.matchTerms(p, predicate))
{
return true;
}
}
}
catch (InvalidCastException)
{
}
}
return false;
}
public void push(object value)
{
if (attType.CompareTo("vector") == 0 || attType.CompareTo("list") == 0)
{
object result = null;
try
{ //if property vector already contains value then do nothing
if (contains(value))
{
return;
}
//else
// evaluate property and if it is not null then delete old entry
// push new value
else
{
int i = 0;
foreach (object data in dataVector)
{
try
{
Predicate p = (Predicate)(data);
Predicate pValue = (Predicate)(value);
Predicate partialPrediate = new Predicate();
List<object> args = pValue.Arguments;
List<object> partialArgs = new List<object>();
foreach (object arg in args)
{
partialArgs.Add(arg);
}
string var = "$";
partialArgs.Add(var);
partialPrediate.Functor = pValue.Functor;
partialPrediate.Arguments = partialArgs;
result = Unify.unify(partialPrediate, p);
if (result != null)
{
break;
}
i++;
}
catch (InvalidCastException)
{
}
}
if (result != null)
{
dataVector.RemoveAt(i);
}
dataVector.Add(value);
}
}
catch (Exception )
{
Console.WriteLine( "property :cought an exception while push operation" );
}
}
else if (attType.CompareTo("queue") == 0)
{
//TODO :: handle push for other data types
try
{
dataQueue.Enqueue(value);
}
catch (Exception )
{
Console.WriteLine("property :cought an exception while push operation queue");
}
}
else if (attType.CompareTo("stack") == 0)
{
try
{
dataStack.Push(value);
}
catch (Exception )
{
Console.WriteLine("property :cought an exception while push operation queue");
}
}
}
/*
std::vector<boost::shared_ptr<UpdateRule> > RuleFactory::getFactoryRules()
{
return factoryRules;
}
*/
public List<UpdateRule> createRules(DialogueAct da, InformationState IS)
{
List<UpdateRule> factoryRules = new List<UpdateRule>();
//rule to accomodate system greet in response to user greet
try
{
List<object> args = new List<object>();
string addressee = "Self";
// args.push_back(da->getAddressee());
args.Add(addressee);
args.Add(da.getSender());
Predicate systemGreet = new Predicate("Greet-open", args);
//preconditions
Precondition notGreeted = new Precondition("isNotIntegratedMove", systemGreet);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", systemGreet);
//effects
Update addNextMove = new Update("addNextMove", systemGreet);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", systemGreet);
Update clearSocialContext = new Update("clearSocialContext");
//SemanticPredicate mutualBel("MutualBelief","","",systemGreet);
Update belief = new Update("addBelief", systemGreet);
UpdateRule rule = new UpdateRule();
rule.addPrecondition(notGreeted);
rule.addPrecondition(firstOnAgenda);
// rule->addEffect(belief);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
rule.addEffect(clearSocialContext);
factoryRules.Add(rule);
}
catch (Exception)
{
}
try
{
List<object> args = new List<object>();
// args.push_back(da->getAddressee());
// args.push_back(da->getSender());
//predicate greet( system, user)
Predicate systemGreet = new Predicate("Greet-close", args);
//preconditions
//boost::shared_ptr<Precondition> notGreeted = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", systemGreet));
Precondition firstOnAgenda = new Precondition("firstOnAgenda", systemGreet);
//effects
Update addNextMove = new Update("addNextMove", systemGreet);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", systemGreet);
Update clearSocialContext = new Update("clearSocialContext");
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notGreeted);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
rule.addEffect(clearSocialContext);
factoryRules.Add(rule);
}
catch (Exception)
{
}
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConcept = new Predicate("ans-WHQ-WHAT-Concept", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatConcept);
//effects
Predicate awc = new Predicate("ans-WHQ-WHAT-Concept", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", awc);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", awc);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-concept question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansActionChoice = new Predicate("Reply-Action-Choice", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansActionChoice);
//effects
Update addNextMove = new Update("addNextMove", ansActionChoice);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansActionChoice);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-instance-state question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansEntityState = new Predicate("ans-WHQ-WHAT-Entity-State", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansEntityState);
//effects
Predicate ansInstanceState = new Predicate("ans-WHQ-WHAT-Entity-State", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansInstanceState);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansInstanceState);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//........................................................................................
//accomodate system response to the user what-concept-feature question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAllOperations = new Predicate("ans-WHQ-WHAT-All-Operations", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAllOperations);
//effects
Predicate ansAllOperations = new Predicate("ans-WHQ-WHAT-All-Operations", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansAllOperations);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansAllOperations);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-all-attribute question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAllAttributes = new Predicate("ans-WHQ-WHAT-All-Attributes", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAllAttributes);
//effects
Predicate ansAllOperations = new Predicate("ans-WHQ-WHAT-All-Attributes", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansAllOperations);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansAllOperations);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-concept-attribute question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConceptAttributes = new Predicate("ans-WHQ-WHAT-Concept-Attribute-Value", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatConceptAttributes);
//effects
Predicate ansConceptAttribute = new Predicate("ans-WHQ-WHAT-Concept-Attribute-Value", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansConceptAttribute);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansConceptAttribute);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-concept-feature question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatConceptFeature = new Predicate("ans-WHQ-WHAT-Concept-Feature", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatConceptFeature);
//effects
Predicate ansConceptFeature = new Predicate("ans-ans-WHQ-WHAT-Concept-Feature", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansConceptFeature);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansConceptFeature);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-next action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentNextAction = new Predicate("ans-WHQ-WHAT-Next-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAgentNextAction);
//effects
Predicate ansNextAction = new Predicate("ans-WHQ-WHAT-Next-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansNextAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansNextAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-action decision
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatActionDecision = new Predicate("ans-WHQ-WHAT-Action-Decision", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatActionDecision);
//effects
Predicate ansActionDecision = new Predicate("ans-WHQ-WHAT-Action-Decision", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansActionDecision);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansActionDecision);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-next action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentCurrentAction = new Predicate("ans-WHQ-WHAT-Current-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAgentCurrentAction);
//effects
Predicate ansCurrentAction = new Predicate("ans-WHQ-WHAT-Current-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansCurrentAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansCurrentAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-last action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentLastAction = new Predicate("ans-WHQ-WHAT-Last-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAgentLastAction);
//effects
Predicate ansLastAction = new Predicate("ans-WHQ-WHAT-Last-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansLastAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansLastAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-last action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatActionRes = new Predicate("ans-WHQ-WHAT-Action-Resource", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatActionRes);
//effects
Predicate ansActionMeanRes = new Predicate("ans-WHQ-WHAT-Action-Resource", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansActionMeanRes);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansActionMeanRes);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-current activity
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentActivity = new Predicate("ans-WHQ-WHAT-Current-Activity", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAgentActivity);
//effects
Predicate ansAgentActivity = new Predicate("ans-WHQ-WHAT-Current-Activity", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansAgentActivity);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansAgentActivity);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//accomodate system response to the user what-agent role
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatAgentRole = new Predicate("ans-WHQ-WHAT-Agent-Role", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatAgentRole);
//effects
Predicate ansAgentRole = new Predicate("ans-WHQ-WHAT-Agent-Role", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansAgentRole);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansAgentRole);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//...........................................................
//accomodate system response to the user what is role next action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatRoleNextAction = new Predicate("ans-WHQ-WHAT-Role-Next-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatRoleNextAction);
//effects
Predicate ansRoleNextAction = new Predicate("ans-WHQ-WHAT-Role-Next-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansRoleNextAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansRoleNextAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//...................................................................................................................
//accomodate system response to the user: what is team next action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatTeamNextAction = new Predicate("ans-WHQ-WHAT-Team-Next-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatTeamNextAction);
//effects
Predicate ansTeamNextAction = new Predicate("ans-WHQ-WHAT-Team-Next-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansTeamNextAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansTeamNextAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//...................................................................................................................
//accomodate system response to the user what is role current action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhatRoleCurrentAction = new Predicate("ans-WHQ-WHAT-Role-current-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhatRoleCurrentAction);
//effects
Predicate ansRoleCurrentAction = new Predicate("ans-WHQ-WHAT-Role-Current-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansRoleCurrentAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansRoleCurrentAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//================================================================================
//********************************************************************************
// WHQ-WHO (present , past , future ) action
//********************************************************************************
//================================================================================
//accomodate system response to the user who will do action
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhoWillDoAction = new Predicate("ans-WHQ-WHO-Will-Do-Action", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhoWillDoAction);
//effects
Predicate ansWhoWillAction = new Predicate("ans-WHQ-WHO-Will-Do-Action", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansWhoWillAction);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansWhoWillAction);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//================================================================================
//********************************************************************************
//accomodate system response to the ans-WHQ-WHO question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhoQuestion = new Predicate("ans-WHQ-WHO", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhoQuestion);
//effects
Predicate ansWhoQtn = new Predicate("ans-WHQ-WHO", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansWhoQtn);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansWhoQtn);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//********************************************************************************
//********************************************************************************
// end of WHQ-WHO (present , past , future ) action
//********************************************************************************
//yes no question
//accomodate system response to the user yes no question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansYesNoQtn = new Predicate("ans-YES-NO-Question", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansYesNoQtn);
//effects
Predicate ansYesNo = new Predicate("ans-YES-NO-Question", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansYesNo);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansYesNo);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//********************************************************************************
// Check Questions
//********************************************************************************
//accomodate system response to the check question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansCheckQuestion = new Predicate("ans-Check-Question", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansCheckQuestion);
//effects
Predicate ansYesNo = new Predicate("ans-Check-Question", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansYesNo);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansYesNo);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//********************************************************************************
// end of Check Questions
//********************************************************************************
//********************************************************************************
// WHQ-WHY Questions
//********************************************************************************
//accomodate system response to the whq-why question
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate ansWhyQuestion = new Predicate("ans-WHQ-WHY", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansWhyQuestion);
//effects
Predicate ansWHYQtn = new Predicate("ans-WHQ-WHY", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansWHYQtn);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", ansWHYQtn);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//********************************************************************************
// end of WHQ-WHY Questions
//********************************************************************************
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate inform = new Predicate("Inform", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", inform);
//effects
Predicate pre = new Predicate("Inform", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", pre);
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", pre);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
factoryRules.Add(rule);
}
catch (Exception)
{
}
/*
try {
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
std::vector<boost::any> args;
Predicate ask("Ask", args);
boost::shared_ptr<Precondition> firstOnAgenda = boost::shared_ptr<Precondition>(new Precondition("firstOnAgenda", ask));
//effects
Predicate pre("Ask", da->logicalForm.Arguments);
boost::shared_ptr<Update> addNextMove = boost::shared_ptr<Update>(new Update("addNextMove",pre));
boost::shared_ptr<Update> popAgenda = boost::shared_ptr<Update>(new Update("popAgenda"));
boost::shared_ptr<Update> addInIntegraedMoves = boost::shared_ptr<Update>(new Update("addInIntegraedMoves",pre));
std::vector<boost::any> args2;
Predicate exp("Inform",args2);
boost::shared_ptr<Update> expected = boost::shared_ptr<Update>(new Update("addExpected",exp));
//effects
boost::shared_ptr<UpdateRule> rule = boost::shared_ptr<UpdateRule>(new UpdateRule() );
// rule->addPrecondition(notAsked);
rule->addPrecondition(firstOnAgenda);
rule->addEffect(addNextMove);
rule->addEffect(expected);
rule->addEffect(popAgenda);
rule->addEffect(addInIntegraedMoves);
factoryRules.push_back(rule);
}
catch(boost::exception & e)
{
}
try{
std::vector<boost::any> args;
args.push_back(da->logicalForm.Arguments[0]);
//predicate greet( system, user)
Predicate iGreet("Initial-Greet", args);
//preconditions
//boost::shared_ptr<Precondition> notGreeted = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", systemGreet));
boost::shared_ptr<Precondition> firstOnAgenda = boost::shared_ptr<Precondition>(new Precondition("firstOnAgenda", iGreet));
//effects
boost::shared_ptr<Update> addNextMove = boost::shared_ptr<Update>(new Update("addNextMove", iGreet));
boost::shared_ptr<Update> popAgenda = boost::shared_ptr<Update>(new Update("popAgenda"));
boost::shared_ptr<Update> addInIntegraedMoves = boost::shared_ptr<Update>(new Update("addInIntegraedMoves",iGreet));
boost::shared_ptr<Update> clearSocialContext = boost::shared_ptr<Update>(new Update("clearSocialContext"));
SemanticPredicate bel("Bel","Self",iGreet);
boost::shared_ptr<Update> belief = boost::shared_ptr<Update>(new Update("addBelief", bel));
boost::shared_ptr<UpdateRule> rule = boost::shared_ptr<UpdateRule>(new UpdateRule() );
// rule->addPrecondition(notGreeted);
rule->addPrecondition(firstOnAgenda);
rule->addEffect(belief);
rule->addEffect(addNextMove);
rule->addEffect(popAgenda);
rule->addEffect(addInIntegraedMoves);
rule->addEffect(clearSocialContext);
factoryRules.push_back(rule);
}
catch(boost::exception &e)
{
}
*/
try
{
List<object> args = new List<object>();
string addressee = "Self";
//args.push_back(da->getAddressee());
args.Add(addressee);
args.Add(da.getSender());
Predicate greet = new Predicate("Greet-open", args);
//predicate greet( system, user)
Predicate systemGreet = new Predicate("reply-Greet-open", args);
//preconditions
Precondition notGreeted = new Precondition("isNotIntegratedMove", greet);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", systemGreet);
//effects
Update popAgenda = new Update("popAgenda");
Update addInIntegraedMoves = new Update("addInIntegraedMoves", greet);
Update clearSocialContext = new Update("clearSocialContext");
// SemanticPredicate mutualBel("MutualBelief","","",systemGreet);
// boost::shared_ptr<Update> belief = boost::shared_ptr<Update>(new Update("addBelief", systemGreet));
UpdateRule rule = new UpdateRule();
rule.addPrecondition(notGreeted);
rule.addPrecondition(firstOnAgenda);
// rule->addEffect(belief);
rule.addEffect(popAgenda);
rule.addEffect(addInIntegraedMoves);
rule.addEffect(clearSocialContext);
Update addNextMove = new Update("addNextMove", systemGreet);
rule.addEffect(addNextMove);
factoryRules.Add(rule);
}
catch (Exception)
{
}
try
{
//preconditions
// boost::shared_ptr<Precondition> notAsked = boost::shared_ptr<Precondition>(new Precondition("isNotIntegratedMove", da->logicalForm));
List<object> args = new List<object>();
Predicate init_intro = new Predicate("Initial-Introduction", args);
Precondition firstOnAgenda = new Precondition("firstOnAgenda", init_intro);
//effects
Predicate pre = new Predicate("Initial-Introduction", da.logicalForm.Arguments);
Update popAgenda = new Update("popAgenda");
//boost::shared_ptr<Update> addInIntegraedMoves = boost::shared_ptr<Update>(new Update("addInIntegraedMoves",pre));
List<object> args2 = new List<object>();
//std::string addressee = "Self";
//args2.push_back(addressee);
args.Add(da.getAddressee());
args2.Add(da.getSender());
//predicate greet( system, user)
Predicate initIntro = new Predicate("Initial-Introduction", args);
Update belief = new Update("addBelief", initIntro);
Update addNextMove = new Update("addNextMove", initIntro);
Update addInInteg = new Update("addInIntegraedMoves", initIntro);
//effects
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
rule.addEffect(belief);
rule.addEffect(addInInteg);
factoryRules.Add(rule);
}
catch (Exception)
{
}
//===========================================================
//accomodate system reply for concept not known
try
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansConceptNotKnown = new Predicate("respond-Unknown-concept", args);
//preconditions
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansConceptNotKnown);
//effects
Predicate ansCNKnown = new Predicate("respond-Unknown-concept", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansCNKnown);
Update popAgenda = new Update("popAgenda");
//make rule
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
//add rule to rule factory
factoryRules.Add(rule);
}
catch (Exception)
{
}
//===========================================================
//accomodate system reply for utterance not understood
try
{
List<object> args = new List<object>();
// args.push_back(conceptName);
Predicate ansNotUnderstood = new Predicate("respond-Not-Understood", args);
//preconditions
Precondition firstOnAgenda = new Precondition("firstOnAgenda", ansNotUnderstood);
//effects
Predicate ansNotUnderstanding = new Predicate("respond-Not-Understood", da.logicalForm.Arguments);
Update addNextMove = new Update("addNextMove", ansNotUnderstanding);
Update popAgenda = new Update("popAgenda");
//make rule
UpdateRule rule = new UpdateRule();
// rule->addPrecondition(notAsked);
rule.addPrecondition(firstOnAgenda);
rule.addEffect(addNextMove);
rule.addEffect(popAgenda);
//add rule to rule factory
factoryRules.Add(rule);
}
catch (Exception)
{
}
//factoryRules.push_back(rule);
return factoryRules;
}
public IsNotABelief(Predicate bel)
{
predicate = bel;
}
public IsNotIntegratedMove(Predicate p)
{
move = p ;
}
public Predicate(Predicate p)
{
this.functor = p.Functor;
this.arguments = p.Arguments;
}
public static string getAgentName(string host, string tartgetAgent)
{
string agentName = null;
Agent agt = getAgentByName(host);
VirtualHuman vh = (VirtualHuman)agt;
if (vh!= null)
{
List<object> args2 = new List<object>();
string name = tartgetAgent;
string var = "$";
args2.Add(tartgetAgent);
args2.Add(var);
string functor = "Agent-Name";
Predicate exp = new Predicate(functor, args2);
DM.Property beliefs = vh.DialogueManager.IS.getPropertyValueOfPath( DefineConstants.semanticBeliefs);
object result = beliefs.evaluate(exp);
if (result!= null)
{
try {
agentName = (string)(result);
}
catch (InvalidCastException) { }
}
}
return agentName;
}
// boost::shared_ptr<DialogueAct> constructDialogueAct();
public DialogueAct constructDialogueAct(UtteranceMessage utterance)
{
DialogueAct da = new DialogueAct();
//std::string utternaceFrame = "WHQ-WHAT-Concept car";
string utternaceFrame = utterance.UtteranceSemanticForm;
// boost::algorithm::to_lower(utternaceFrame);
// List<string> vectorString = new List<string>();
// converting string into lowercase
string[] vectorString = utternaceFrame.Split(new string[] { " " }, StringSplitOptions.RemoveEmptyEntries);
// boost.algorithm.split_regex(vectorString, utternaceFrame, boost.regex("[ ]+"));
// copy( vectorString.begin(), vectorString.end(), std::ostream_iterator<std::string>( std::cout, "\n" ) ) ;
/*
WHQuestion-WHAT
*/
// std::cout << " \n***********WHQ-QUESTION-WHAT*****************************\n"<< std::endl;
string cueWord = "WHAT";
if (vectorString[0].Contains(cueWord) && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
Console.Write("input is a WHQ-what ");
Console.Write("\n");
/*
* WHQ-What-Concept
* what is a car?
*/
if (vectorString[0] == "WHQ-WHAT-Concept" && vectorString.Length == 2)
{
Console.Write(" asking about description of concept :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Concept");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
Predicate p = new Predicate(da.id,args);
da.logicalForm =p;
}
/*
* WHQ-What-Value
* what is the (description of) speed of car?
* or what does calculateMilage of car do?
* "WHQ-WHAT-Concept-Feature" Bateau aller
*/
else if (vectorString[0] == "WHQ-WHAT-Concept-Feature" && vectorString.Length == 3)
{
Console.Write(" asking about description of the feature (attribute/operation) of concept :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Concept-Feature");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
//feature name
string featureName = vectorString[2];
args.Add(featureName);
Predicate p = new Predicate(da.getID(), args);
da.logicalForm = p;
}
/* value of the attribute of a concept/instance
simplest case: when instance/object/class name and attribute name is given
*/
else if (vectorString[0] == "WHQ-WHAT-Concept-Attribute-Value" && vectorString.Length == 3)
{
Console.Write(" asking about the value an attribute of concept :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Concept-Attribute-Value");
da.communicativeFunction = "WHQ-What";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
//attribute name
string attributeName = vectorString[2];
args.Add(attributeName);
Predicate p = new Predicate(da.id, args);
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Value
eg. what is my age? (1st person)
eg. what is your age? (2nd person)
eg. what is the speed of it? ( object in focus) (third person / object)
eg. what is the speed of that/this car? ( referenced instance of the type car)(third person / object).
*/
/* WHQ-What-All-Attributes
* what are the attributes of a car?
*/
else if (vectorString[0] == "WHQ-WHAT-All-Attributes" && vectorString.Length == 2)
{
Console.Write(" asking about all attributes of concept :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-All-Attributes");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
Predicate p = new Predicate(da.getID(), args);
da.logicalForm = p;
}
/* "WHQ-WHAT-All-Operations"
* what are the operations of a car?
*/
else if (vectorString[0] == "WHQ-WHAT-All-Operations" && vectorString.Length == 2)
{
Console.Write(" asking about all attributes of concept :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-All-Operations");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
Predicate p = new Predicate(da.getID(), args);
da.logicalForm = p;
}
//....................................................................................
/* "WHQ-WHAT-Instance-state"
* what are the state of door?
*/
else if (vectorString[0] == "WHQ-WHAT-Entity-State" && vectorString.Length == 3)
{
Console.Write(" asking about the state of an instance :");
Console.Write(vectorString[2]);
Console.Write("\n");
da.setID("WHQ-WHAT-Entity-State");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//concept name
string instanceName = vectorString[2];
args.Add(instanceName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//...................................................................
/* "WHQ-WHAT-Role"
* what is/are the role of an agent?
* An agent can have more than one roles in different activities
*/
else if (vectorString[0] == "WHQ-WHAT-Agent-Role" && vectorString.Length == 2)
{
Console.Write(" asking about role of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Agent-Role");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string conceptName = vectorString[1];
args.Add(conceptName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Role"
* what is/are the role of an agent in the given actity?
* An agent can have more than one roles in different activities
*/
else if (vectorString[0] == "WHQ-WHAT-Agent-Role" && vectorString.Length == 3)
{
Console.Write(" asking about role of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Role");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Role
*/
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Role in a current activity
*/
/* "WHQ-WHAT-Current-Action"
* what is the current action of an agent?
* (by default in a current ongoing activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Current-Action" && vectorString.Length == 2)
{
Console.Write(" asking about current action of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Current-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Current-Action hostAgent $performer"
* what is the current action of a performer perceived by $hostAgent?
* current action in a given activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Current-Action" && vectorString.Length == 3)
{
Console.Write(" asking about current action of an agetn :");
Console.Write(vectorString[1]);
Console.Write(" in a given activity ");
Console.Write("\n");
da.setID("WHQ-WHAT-Current-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
//performer name
string performerName = vectorString[2];
args.Add(performerName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Current-Action"
* what is the current action of an agent in the activity1?
* current action in a given activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Current-Action" && vectorString.Length == 4)
{
Console.Write(" asking about current action of an performer agent :");
Console.Write(vectorString[2]);
Console.Write(" in a given activity ");
Console.Write("\n");
da.setID("WHQ-WHAT-Current-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
string performerName = vectorString[2];
args.Add(performerName);
//activity name
string activityName = vectorString[3];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Current-action
*/
/* "WHQ-WHAT-Last-Action"
* what is the Last action of an agent?
* (by default in a current ongoing activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Last-Action" && vectorString.Length == 3)
{
Console.Write(" asking about Last action of an agent :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Last-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//performer name
string performer = vectorString[2];
args.Add(performer);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Last-Action"
* what is the Last action of an agent in the activity1?
* current action in a given activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Last-Action" && vectorString.Length == 4)
{
Console.Write(" asking about Last action of an agetn :");
Console.Write(vectorString[1]);
Console.Write(" in a given activity ");
Console.Write("\n");
da.setID("WHQ-WHAT-Last-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Last-action
*/
/* "WHQ-WHAT-Next-Action"
* what is the Next action of an agent?
* (by default in a current ongoing activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Next-Action" && vectorString.Length == 2)
{
Console.Write(" asking about Next action of an agent :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Next-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Next-Action"
* what is the Next action of an agent in the activity1?
* current action in a given activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Next-Action" && vectorString.Length == 3)
{
Console.Write(" asking about Next action of an agent :");
Console.Write(vectorString[1]);
Console.Write(" in a given activity ");
Console.Write("\n");
da.setID("WHQ-WHAT-Next-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Next-action
*/
/* "WHQ-WHAT-Role-Next-Action"
* what is the Next action of the role in the activity1?
)
*/
else if (vectorString[0] == "WHQ-WHAT-Role-Next-Action" && vectorString.Length == 2)
{
Console.Write(" asking about Next action of the Role :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Role-Next-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string roleName = vectorString[1];
args.Add(roleName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//...................................................................................................
/* "WHQ-WHAT-Team-Next-Action"
* what is the Next action of the team in the activity1?
)
*/
else if (vectorString[0] == "WHQ-WHAT-Team-Next-Action" && vectorString.Length == 1)
{
Console.Write(" asking about Next action of the Team :");
Console.Write("\n");
da.setID("WHQ-WHAT-Team-Next-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
Predicate p = new Predicate(da.getID());
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//...................................................................................................
/* "WHQ-WHAT-Role-current-Action"
* what is the current action of the role in the activity1?
)
*/
else if (vectorString[0] == "WHQ-WHAT-Role-Current-Action" && vectorString.Length == 2)
{
Console.Write(" asking about curent action of the Role :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Role-Current-Action");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string roleName = vectorString[1];
args.Add(roleName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//...........................................................................
/* "WHQ-WHAT-Action-Decision"
* what is the Next decision of an agent in the activity1?
* current action in a given activity )
*/
else if (vectorString[0] == "WHQ-WHAT-Action-Decision" && vectorString.Length == 2)
{
Console.Write(" asking about Next action of an agetn :");
Console.Write(vectorString[1]);
Console.Write(" in a given activity ");
Console.Write("\n");
da.setID("WHQ-WHAT-Action-Decision");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//concept name
string agentName = vectorString[1];
args.Add(agentName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/* "WHQ-WHAT-Said"
eg. what did he/she/you/$agent say?
* request for the repeatition of the last utterance ( hearer didnt understand tha last utterance)
*/
else if (vectorString[0] == "WHQ-WHAT-Said" && vectorString.Length == 2)
{
Console.Write(" asking about repetation of the last utterance of an agent :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Said");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-said
*/
/* "WHQ-WHAT-Current-Activity"
eg. what is your current activity
*
*/
else if (vectorString[0] == "WHQ-WHAT-Current-Activity" && vectorString.Length == 3)
{
Console.Write(" asking about Current-Activity of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Current-Activity");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-said
*/
/* "WHQ-WHAT-Previous-Activity"
eg. what was your Previous activity
*
*/
else if (vectorString[0] == "WHQ-WHAT-Previous-Activity" && vectorString.Length == 3)
{
Console.Write(" asking about Previous-Activity of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Previous-Activity");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Previous
*/
/* "WHQ-WHAT-Next-Activity"
eg. what is Next current activity
*
*/
else if (vectorString[0] == "WHQ-WHAT-Next-Activity" && vectorString.Length == 3)
{
Console.Write(" asking about Next-Activity of an agetn :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Next-Activity");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//activity name
string activityName = vectorString[2];
args.Add(activityName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Next
*/
//........................................................
/* "WHQ-WHAT-Role-Commitment"
*
*/
else if (vectorString[0] == "WHQ-WHAT-Role-Commitment" && vectorString.Length == 2)
{
Console.Write(" asking about Role-Commitment of an agent :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHAT-Role-Commitment");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
string agentName = vectorString[1];
args.Add(agentName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
/*
TODO :: treatement for the reference of 1st, second and third person pronoun for : WHQ-WHAT-Role-Commitment
*/
//...................................................................................................
/* "WHQ-WHAT-Action-Resource <?hostAgent> <?performer> <?action> <?resourceUsage> <?tense>"
* resourceUsage can be one of the {object, mean, humanBodyPart, target}
)
*/
else if (vectorString[0] == "WHQ-WHAT-Action-Resource" && vectorString.Length == 6)
{
da.setID("WHQ-WHAT-Action-Resource");
da.communicativeFunction = "WHQ-WHAT";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//...........................................................................
} //end of if (cuWord == what)
//********************************************************************************
// WHQ-WHO (present , past , future ) action
//********************************************************************************
else if (vectorString[0].Contains("WHO") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "WHO";
Console.Write("input is a WHQ-WHO ");
Console.Write("\n");
//==========================================================================================
/* "WHQ-WHO-Will-Do-Action" @actionName
* Qui vas guider le moule?
*/
//********************************************************************************
//********************************************************************************
//********************************************************************************
// WHQ-WHO (present , past , future ) action
//********************************************************************************
//==========================================================================================
/* "WHQ-WHO-Will-Do-Action" @actionName
* Qui vas guider le moule?
*/
// std::cout << "v1 : " << vectorString[0]<< " v2 "<< "WHQ-WHO-Will-Do-Action" << vectorString.size()<< std::endl;
if (vectorString[0] == "WHQ-WHO-Will-Do-Action" && vectorString.Length == 2)
{
Console.Write(" asking about who will do action :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHO-Will-Do-Action");
da.communicativeFunction = "WHQ-WHO";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.id, args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//==========================================================================================
//==========================================================================================
/* "WHQ-WHO-Do-Action" @actionName
* Qui vas guider le moule?
*/
// std::cout << "v1 : " << vectorString[0]<< " v2 "<< "WHQ-WHO-Will-Do-Action" << vectorString.size()<< std::endl;
else if (vectorString[0] == "WHQ-WHO" && vectorString.Length == 5)
{
Console.Write(" asking about who has done (is doing) action :");
Console.Write(vectorString[1]);
Console.Write("\n");
da.setID("WHQ-WHO");
da.communicativeFunction = "WHQ-WHO";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//********************************************************************************
} //end of who
//********************************************************************************
//********************************************************************************
// WHQ-WHY (Action-Execution-by-Role , $role , $action , $tense
//********************************************************************************
else if (vectorString[0].Contains("WHY") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "WHY";
Console.Write("input is a WHQ-WHY ");
Console.Write("\n");
//==========================================================================================
/* "WHQ-WHy Action-Execution-By-Agent" $hostAgent $role $agent $tense
* Pourquoi <agentRole> va guider le moule?
*/
// std::cout << "v1 : " << vectorString[0]<< " v2 "<< "WHQ-WHO-Will-Do-Action" << vectorString.size()<< std::endl;
if (vectorString[1] == "Action-Execution-By-Role" && vectorString.Length == 6)
{
Console.Write(" asking about reason why for action :");
Console.Write(vectorString[3]);
Console.Write("\n");
da.setID("WHQ-WHY");
da.communicativeFunction = "WHQ-WHY";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//==========================================================================================
} //end of who
//********************************************************************************
// end of WHQuestion-WHAT
//********************************************************************************
//********************************************************************************
else if (vectorString[0].Contains("Greet-open") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "Greet-open";
Console.Write(" input is a greet-open dialogue act ");
Console.Write("\n");
Console.Write(" agent greet system :");
Console.Write("\n");
da.setID("Greet-open");
da.communicativeFunction = "Greet-open";
da.dimension = Dimensions.socialObligation;
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
//std::string agentName = vectorString[1] ;
args.Add(da.sender);
args.Add(da.addressee);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
else if (vectorString[0].Contains("SOM-Presented-by-other") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "SOM-Presented-by-other";
Console.Write(" input is a SOM dialogue act ");
Console.Write("\n");
da.setID("SOM-Presented-by-other");
da.communicativeFunction = "SOM-Presented-by-other";
da.dimension = Dimensions.socialObligation;
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
//std::string agentName = vectorString[1] ;
args.Add(da.sender);
args.Add(da.addressee);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//********************************************************************************
//********************************************************************************
//********************************************************************************
else if (vectorString[0].Contains("Greet-close") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "Greet-close";
Console.Write(" input is a greet-close dialogue act ");
Console.Write("\n");
Console.Write(" agent greet close to system :");
Console.Write("\n");
da.setID("Greet-close");
da.communicativeFunction = "Greet-close";
da.dimension = Dimensions.socialObligation;
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//agent name
//std::string agentName = vectorString[1] ;
args.Add(da.sender);
args.Add(da.addressee);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//********************************************************************************
//********************************************************************************
// YES-NO-Question
// std::cout << " \n***********YES-NO-Question*****************************\n"<< std::endl;
else if (vectorString[0].Contains("YES-NO-Question") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "YES-NO-Question";
Console.Write("input is a YES-NO-Question ");
Console.Write("\n");
//YES-NO-Question PropositionType Arguments//
if (vectorString[1] == "Agent-Role" && vectorString.Length == 4)
{
Console.Write("asking abou whether agent plays the role :");
Console.Write(vectorString[3]);
Console.Write("\n");
da.setID("YES-NO-Question");
da.communicativeFunction = "YES-NO-Question";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//predicate name Agent-Role
string functor = vectorString[1];
args.Add(functor);
//agent name
string agentName = vectorString[2];
args.Add(agentName);
//role name
string roleName = vectorString[3];
args.Add(roleName);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
} //end of YES-NO-Question
//...............................................................................
// std::cout << " \n***********Check-Question*****************************\n"<< std::endl;
//frame structure : Check-Question QuestionType @parameters
if (vectorString[0].Contains("Check-Question") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "Check-Question";
// "case 1 : Check-Question Action-Execution-By-Role roleName actionName Tense @parameters
Console.Write("input is a Propositional Check-Question ");
Console.Write("\n");
//.........................................................................................
{
// if(vectorString[1] == "Action-Execution-By-Role" && vectorString.size()==5)
// std::cout<< "asking whether role executes the action "<< vectorString[4] << " in :" << vectorString[4]<< std::endl;
da.setID("Check-Question");
da.communicativeFunction = "Check-Question";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//.........................................................................................
} //end of Check-Question
//...............................................................................
//********************************************************************************
//********************************************************************************
//...............................................................................
// std::cout << " \n***********Unknown-concept*****************************\n"<< std::endl;
//frame structure :
else if (vectorString[0].Contains("Unknown-concep") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "Unknown-concept";
// "case 1 : Check-Question Action-Execution-By-Role roleName actionName Tense @parameters
Console.Write("input is a Unknown-concept ");
Console.Write("\n");
//.........................................................................................
{
// if(vectorString[1] == "Action-Execution-By-Role" && vectorString.size()==5)
// std::cout<< "asking whether role executes the action "<< vectorString[4] << " in :" << vectorString[4]<< std::endl;
da.setID("Unknown-concept");
da.communicativeFunction = "Unknown-concept";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
for (int i = 1; i < vectorString.Length; i++)
{
args.Add(vectorString[i]);
}
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//.........................................................................................
} //end of Check-Question
//...............................................................................
//********************************************************************************
//********************************************************************************
//...............................................................................
// std::cout << " \n***********not-understood*****************************\n"<< std::endl;
//frame structure :
//agent doesn't understand what the interlocutor has said
else if (vectorString[0].Contains("Not-Understood") && utternaceFrame.IndexOf(cueWord) != utternaceFrame.Length)
{
cueWord = "Not-Understood";
Console.Write("input is a not-understood by agent ");
Console.Write("\n");
//.........................................................................................
{
// if(vectorString[1] == "Action-Execution-By-Role" && vectorString.size()==5)
// std::cout<< "asking whether role executes the action "<< vectorString[4] << " in :" << vectorString[4]<< std::endl;
da.setID("Not-Understood");
da.communicativeFunction = "Not-Understood";
da.dimension = Dimensions.task; //"task";
da.sender = utterance.Sender;
da.addressee = utterance.Receiver;
da.utterance = utterance.Content;
List<object> args = new List<object>();
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy constructor call - this should be verified and a copy constructor should be created if it does not yet exist:
//ORIGINAL LINE: Predicate p(da.id,args);
Predicate p = new Predicate(da.getID(), args);
//C++ TO C# CONVERTER WARNING: The following line was determined to be a copy assignment (rather than a reference assignment) - this should be verified and a 'CopyFrom' method should be created if it does not yet exist:
//ORIGINAL LINE: da->logicalForm = p;
da.logicalForm = p;
}
//.........................................................................................
} //end of Check-Question
//
return da;
}
public IsExpected(Predicate bel)
{
belief = bel;
}
