public void ShapingCNFResolution(Blif blif)
{
int lstIndex = 0;
for (int j = 0; j < blif.NamesAndBoolVectors.Count; j++)
{
lstIndex = this.ListAllVariablesWithIndex.IndexOf(blif.NamesAndBoolVectors[j].Names[blif.NamesAndBoolVectors[j].Names.Count - 1]);
if (lstIndex >= this.ListAllVariablesWithIndex.Count - blif.Outputs_.Count && blif.NamesAndBoolVectors[j].Names.Count == 2 && blif.NamesAndBoolVectors[j].NamesBool[0] == '0')
{
Dictionary <int, char> keyValues = new Dictionary <int, char>
{
{ this.ListAllVariablesWithIndex.IndexOf(blif.NamesAndBoolVectors[j].Names[0]), blif.NamesAndBoolVectors[j].NamesBool[0] },
{ lstIndex, '-' }
};
this._CnfResolution.Add(keyValues);
}
if (blif.NamesAndBoolVectors[j].Names.Count == 3)
{
ForJStrInBlifForminKeyValue(j);
ForJStrInBlifForminKeyValueZeroOne(j);
}
}
CnfResolutionBefore = new List <Dictionary <int, char> >(this._CnfResolution);
}
public void Reduction(Blif blif)
{
bool check = Check_cnf_K_ones_zeros(blif.Inputs_z.Count);
this.FormationOfConjunctionKForLastBlock(blif.Outputs_.Count, check); // forming the conjunction K for the last block z1 = 0 ... zk = 0 and deleting executable lines
for (int i = 0; i < this._CnfResolution.Count; i++)
{
foreach (KeyValuePair <int, char> item in this._CnfResolution[i])
{
if (item.Key < blif.Outputs_.Count)
{
if (check)
{
ReductionCondition(ref i, item, '1', '0');// Z1=0, Z2=0...
}
else
{
ReductionCondition(ref i, item, '0', '1');//Z1=1,Z2=1....
}
break;
}
}
}
ReductionRules();
} // simplification for the first block replacement z1 = 1, z2 = 1 ... or z1 = 0, z2 = 0 ...
public CnfResolution()
{
Blif = new Blif();
_CnfResolution = new List <Dictionary <int, char> >();
CnfResolutionBefore = new List <Dictionary <int, char> >();
ListAllVariablesWithIndex = new List <string>();
Cnf_K = new Dictionary <int, char>();
}