//Extend model with the next symbol
public model extend(propositionalSymbol s, bool bValue)
{
cell c = new cell(s, bValue);
this.m.Add(c);
return(this);
}
//Check all models based on given symbols
public void CheckAll(knowledgeBase kB, sentence query, List <propositionalSymbol> symbols, model model)
{
if (symbols.Count == 0)
{
if (model.isTrue(kB))
{
if (model.isTrue(query))
{
modelEntailments++;
}
//return model.isTrue(query);
}
//else return true;
}
else
{
propositionalSymbol s = new propositionalSymbol(symbols.First());
//rest of the symbols
List <propositionalSymbol> rest = new List <propositionalSymbol>();
rest.AddRange(symbols);
rest.RemoveAt(0);
//Initialize model for true branch
model mleft = new model();
mleft.getCellList.AddRange(model.getCellList);
mleft.getCellList.Add(new cell(s, true));
//Initialize model for false branch
model mright = new model();
mright.getCellList.AddRange(model.getCellList);
mright.getCellList.Add(new cell(s, false));
//Recursive call
CheckAll(kB, query, rest, mleft);
CheckAll(kB, query, rest, mright);
}
}
//constructor
public cell(propositionalSymbol s, bool v)
{
symbol = s;
booleanValue = v;
}
public propositionalSymbol(propositionalSymbol s)
{
symbol = s.getSymbol;
}
//Constructor for atomic sentence
public sentence(propositionalSymbol s)
{
symbols.Add(s);
clause = s.getSymbol;
}
