public Demo2()
{
Blackboard = new Blackboard();
Demo2_DefineUnits(Blackboard);
m_IDSelector = new KS_ScheduledIDSelector(Blackboard);
m_prologEval = new KS_ScheduledPrologEval(Blackboard,
inputPool: m_IDSelector.OutputPool,
prologExpName: ApplTest_Prolog);
/*
* fixme: consider creating a filtered by boolean result KS or a more general filter by KC_EvaluatedExpression (once I have more EvaluatedExpressions than Prolog).
*/
m_filterByPrologResult = new KS_ScheduledFilterSelector(Blackboard,
inputPool: m_prologEval.OutputPool,
outputPool: FilteredPrologResultPool,
filter: KS_ScheduledPrologEval.FilterByPrologResult(ApplTest_Prolog, true));
m_uniformRandomSelector = new KS_ScheduledUniformDistributionSelector(Blackboard,
inputPool: FilteredPrologResultPool,
outputPool: UniformlySelectedOutputPool,
numberToSelect: 1);
m_choicePresenter = new KS_ScheduledChoicePresenter(Blackboard,
UniformlySelectedOutputPool);
m_filterPoolCleaner = new KS_ScheduledFilterPoolCleaner(Blackboard,
new string[]
{
m_IDSelector.OutputPool, // Output pool for ID selector
m_prologEval.OutputPool, // Output pool for prolog eval
m_filterByPrologResult.OutputPool, // Output pool for filter that filters by prolog result
m_uniformRandomSelector.OutputPool // Final output pool (written into by UniformDistributionSelector)
});
Controller = new ScheduledSequenceController();
Controller.AddKnowledgeSource(m_IDSelector);
Controller.AddKnowledgeSource(m_prologEval);
Controller.AddKnowledgeSource(m_filterByPrologResult);
Controller.AddKnowledgeSource(m_uniformRandomSelector);
Controller.AddKnowledgeSource(m_choicePresenter);
Controller.AddKnowledgeSource(m_filterPoolCleaner);
// Put request for starting content unit in blackboard
Unit req = new Unit();
req.AddComponent(new KC_IDSelectionRequest("start", true));
req.SetActiveRequest(true);
Blackboard.AddUnit(req);
}
public Demo1_Scheduled()
{
Blackboard = new Blackboard();
Demo1_KC_DefineUnits(Blackboard);
m_IDSelector = new KS_ScheduledIDSelector(Blackboard);
m_uniformRandomSelector = new KS_ScheduledUniformDistributionSelector(Blackboard, inputPool: m_IDSelector.OutputPool, outputPool: null, numberToSelect: 1);
m_choicePresenter = new KS_ScheduledChoicePresenter(Blackboard, inputPool: m_uniformRandomSelector.OutputPool);
m_filterPoolCleaner = new KS_ScheduledFilterPoolCleaner(Blackboard,
new string[] { m_IDSelector.OutputPool, m_uniformRandomSelector.OutputPool });
Controller = new ScheduledSequenceController();
Controller.AddKnowledgeSource(m_IDSelector);
Controller.AddKnowledgeSource(m_uniformRandomSelector);
Controller.AddKnowledgeSource(m_choicePresenter);
Controller.AddKnowledgeSource(m_filterPoolCleaner);
// Put request for starting content unit in blackboard
Unit req = new Unit();
req.AddComponent(new KC_IDSelectionRequest("start", true));
req.SetActiveRequest(true);
Blackboard.AddUnit(req);
}
