private ISolverStatement MakeNegatedAndCombinations(List<Term> terms)
{
//Variables
List<Term> negatedAnds = new List<Term>();
ISolverStatement finalStatement = null;
//
for (int i = 0; i < terms.Count; i++)
{
for (int j = i + 1; j < terms.Count; j++)
{
negatedAnds.Add(_context.MkNot(_context.MkAnd(terms[i], terms[j])));
}
}
if (negatedAnds.Count > 1)
finalStatement = new Z3Statement(_context.MkAnd(negatedAnds.ToArray()));
else
finalStatement = new Z3Statement(negatedAnds[0]);
//
return finalStatement;
}
public ISolverStatement MakeLowerOrEqual(ISolverStatement leftStatement, ISolverStatement rightStatement)
{
//Variables
ISolverStatement finalStatement = null;
Term leftTerm = ((Z3Statement)leftStatement).Term;
Term rightTerm = ((Z3Statement)rightStatement).Term;
//
finalStatement = new Z3Statement(_context.MkLe(leftTerm, rightTerm));
return finalStatement;
}
public ISolverStatement MakeNegation(ISolverStatement innerStatement)
{
//Variables
ISolverStatement finalStatement = null;
Term term = ((Z3Statement)innerStatement).Term;
//
finalStatement = new Z3Statement(_context.MkNot(term));
return finalStatement;
}
public ISolverStatement MakeImplies(string leftVarID, ISolverStatement rightStatement)
{
//Variables
ISolverStatement finalStatement = null;
Term leftTerm = _variables[leftVarID].Term;
Term rightTerm = ((Z3Statement)rightStatement).Term;
//
finalStatement = new Z3Statement(_context.MkImplies(leftTerm, rightTerm));
return finalStatement;
}
public ISolverStatement MakeExcludes(string leftVarID, string rightVarID)
{
//Variables
ISolverStatement finalStatement = null;
Term leftTerm = _variables[leftVarID].Term;
Term rightTerm = _variables[rightVarID].Term;
//
finalStatement = new Z3Statement(_context.MkNot(_context.MkAnd(leftTerm, rightTerm)));
return finalStatement;
}
public ISolverStatement MakeExcludes(ISolverStatement leftStatement, ISolverStatement rightStatement)
{
//Variables
ISolverStatement finalStatement = null;
Term leftTerm = ((Z3Statement)leftStatement).Term;
Term rightTerm = ((Z3Statement)rightStatement).Term;
//
finalStatement = new Z3Statement(_context.MkNot(_context.MkAnd(leftTerm, rightTerm)));
return finalStatement;
}
public ISolverStatement MakeEquivalence(string leftVarID, ISolverStatement rightStatement)
{
//Variables
ISolverStatement finalStatement = null;
Term leftTerm = _variables[leftVarID].Term;
Term rightTerm = ((Z3Statement)rightStatement).Term;
//
Z3Statement substatement1 = new Z3Statement(_context.MkImplies(leftTerm, rightTerm));
Z3Statement substatement2 = new Z3Statement(_context.MkImplies(rightTerm, leftTerm));
finalStatement = new Z3Statement(_context.MkAnd(substatement1.Term, substatement2.Term));
return finalStatement;
}
public ISolverStatement MakeAdd(ISolverStatement[] innerStatements)
{
//Variables
ISolverStatement finalStatement = null;
List<Term> terms = new List<Term>();
foreach (ISolverStatement innerStatement in innerStatements)
{
terms.Add(((Z3Statement)innerStatement).Term);
}
//
finalStatement = new Z3Statement(_context.MkAdd(terms.ToArray()));
return finalStatement;
}