public void ParseDiagramUserControl(LogicPad2.Diagram.UserControl1 userControl,
out string generatedExpr, out TruthTableWindow.TruthTable generatedTruthTable)
{
userControl.Parse(out generatedExpr);
generatedTruthTable = new TruthTableWindow.TruthTable();
int numberOfTerm;
String[] terms_names;
int[] fvalues;
String outputName;
LogicPadParser.LogicPadParser.Instance.ParseInterTreeToTruthTable(
LogicPadParser.LogicPadParser.diagram,
out numberOfTerm,
out terms_names,
out fvalues,
out outputName
);
LogicPadParser.TruthTable interTruthTable = new LogicPadParser.TruthTable(numberOfTerm);
interTruthTable.Terms_names = terms_names;
interTruthTable.Fvalues = fvalues;
interTruthTable.OutputName = outputName;
//Diagram To TruthTable Minimization
LogicPadParser.TruthTableSolver solver = new LogicPadParser.TruthTableSolver();
solver.CurrentTruthTable = interTruthTable;
solver.Solve();
LogicPadParser.LogicPadParser.Instance.ParseInterTreeToTruthTable(
LogicPadParser.LogicPadParser.truthTable,
out numberOfTerm,
out terms_names,
out fvalues,
out outputName
);
generatedTruthTable.Number_of_terms = numberOfTerm;
generatedTruthTable.Terms_names = terms_names;
generatedTruthTable.Fvalues = fvalues;
generatedTruthTable.Rows = (int)Math.Pow(2, generatedTruthTable.Number_of_terms) + 1;
generatedTruthTable.Columns = generatedTruthTable.Number_of_terms + 2;
generatedTruthTable.OutputName = outputName;
generatedExpr = InterTree.ParseExpressionToString(LogicPadParser.LogicPadParser.truthTable);
}
//TruthTable
public void ParseInterTreeToTruthTable(InterTree tree,
out int number_of_term, out string[] term_names,
out int[] fvalue, out string outputName)
{
List<String> termList = new List<String>();
if (tree == null)
{
number_of_term = -1;
term_names = null;
fvalue = null;
outputName = null;
return;
}
outputName = tree.LeftNode.Head;
InterTree.ParseInterTreeTokens(tree.RightNode, ref termList);
term_names = termList.ToArray();
Array.Sort(term_names);
number_of_term = termList.Count;
//Add Parent pointer to each node
InterTree.AddParentToInterTree(ref tree._rightNode);
//Change Not Gate
InterTree.FilterNotGate(ref tree._rightNode);
//Change XOR and change Product to Summation
InterTree.ReformulateInterTree(ref tree._rightNode);
//Check Complement Law
//InterTree.CheckComplement(ref tree._rightNode);
//Check Domination Law
//InterTree.CheckDominationLaw(ref tree._rightNode);
/*
if (tree._rightNode == null)
{
number_of_term = 0;
term_names = null;
fvalue = null;
outputName = null;
return;
}
*/
TruthTable truthTable = new TruthTable(number_of_term);
truthTable.Terms_names = term_names;
truthTable.OutputName = outputName;
Dictionary<int, string[]> truthTableRows = truthTable.ConstructTruthTableRowList();
//Initialization
int row = (int)Math.Pow(2, number_of_term);
Dictionary<int, int> truthTableResults = new Dictionary<int, int>(row);
for (int index = 0; index < row; index++)
{
truthTableResults.Add(index, 0);
}
//Segement InterTree to InterTreeList
List<InterTree> interTreeList = new List<InterTree>();
InterTree.ParseInterTreeToInterTreeList(ref tree._rightNode, ref interTreeList);
List<List<string>> stringArray = new List<List<string>>();
InterTree.ParseInterTreeListToStringArray(interTreeList, ref stringArray, term_names);
if (stringArray.Count == 0)
{
number_of_term = 0;
term_names = null;
fvalue = null;
outputName = null;
return;
}
InterTree.MatchInterTreeToTruthTable(stringArray, truthTableRows, ref truthTableResults, row);
fvalue = truthTableResults.Values.ToArray();
}
public int ParseExpressionUserControl(LogicPad2.Expression.UserControl1 userControl,
out TruthTableWindow.TruthTable generatedTruthTable, out XElement generatedXElement)
{
int output = 2;
generatedXElement = userControl.Parse(ref output);
if(output != 2)
{
generatedTruthTable = null;
return output;
}
LogicPadParser.LogicPadParser.Instance.ParseExpressionXElement(generatedXElement);
generatedTruthTable = new TruthTableWindow.TruthTable();
int numberOfTerm;
String[] terms_names;
int[] fvalues;
string outputName;
LogicPadParser.LogicPadParser.Instance.ParseInterTreeToTruthTable(
LogicPadParser.LogicPadParser.expression,
out numberOfTerm,
out terms_names,
out fvalues,
out outputName
);
if (numberOfTerm == 0)
{
generatedTruthTable = null;
return 0;
}
else if (numberOfTerm == -1)
{
generatedTruthTable = null;
return 1;
}
LogicPadParser.TruthTable interTruthTable = new LogicPadParser.TruthTable(numberOfTerm);
interTruthTable.Terms_names = terms_names;
interTruthTable.Fvalues = fvalues;
interTruthTable.OutputName = outputName;
//Expression Minimization
LogicPadParser.TruthTableSolver solver = new LogicPadParser.TruthTableSolver();
solver.CurrentTruthTable = interTruthTable;
solver.Solve();
LogicPadParser.LogicPadParser.Instance.ParseInterTreeToTruthTable(
LogicPadParser.LogicPadParser.truthTable,
out numberOfTerm,
out terms_names,
out fvalues,
out outputName
);
if (numberOfTerm == 0)
{
generatedTruthTable = null;
return 0;
}
else if (numberOfTerm == -1)
{
generatedTruthTable = null;
return 1;
}
generatedTruthTable.Number_of_terms = numberOfTerm;
generatedTruthTable.Terms_names = terms_names;
generatedTruthTable.Fvalues = fvalues;
generatedTruthTable.Rows = (int)Math.Pow(2, generatedTruthTable.Number_of_terms) + 1;
generatedTruthTable.Columns = generatedTruthTable.Number_of_terms + 2;
return 2;
}