private bool createAllConHoldersAndTruthtables(string proposition)
{
try
{
//CREATING PROPOSITION
Connective con = PropositionReader.ReadPropositionString(proposition);
if (con.IsNormalProposition())
{
conHolder = new ConnectiveHolder(con);
table = new Truthtable(conHolder);
printDisjunctive();
conHolderDisjunctive = new ConnectiveHolder(tbDisjunctiveParse.Text);
tableDisjunctive = new Truthtable(conHolderDisjunctive);
conHolderDisjunctiveSimple = new ConnectiveHolder(tbDisjunctiveSimpleParse.Text);
tableDisjunctiveSimple = new Truthtable(conHolderDisjunctiveSimple);
conHolderNand = conHolder.GetNandHolder();
tableNand = new Truthtable(conHolderNand);
conHolderNandSimple = conHolderDisjunctiveSimple.GetNandHolder();
tableNandSimple = new Truthtable(conHolderNandSimple);
tbInfix.Text = conHolder.GetInfixString();
tbNand.Text = conHolderNand.GetParseString();
tbNandSimple.Text = conHolderNandSimple.GetParseString();
showTableauxTree = false;
//DRAWING AND PRINTING TABLE INFORMATION
printVisualTruthtables(table);
printTablesInformation();
}
else
{
if (!con.AreLocalArgumentsMatching(new List <char>(), new List <char>()))
{
throw new Exception("Local Arguments are mismatching or there are quantifiers with the same Local Argument");
}
conHolder = new ConnectiveHolder(con);
tbInfix.Text = conHolder.GetInfixString();
showTableauxTree = false;
}
Console.WriteLine("Succesfully parsed proposition: " + proposition);
}
catch (NullReferenceException)
{
MessageBox.Show("Parsing failed: please make sure that you wrote a proposition");
Console.WriteLine("Failed to parse proposition: " + proposition);
return(false);
}
catch (Exception ex)
{
MessageBox.Show("Parsing failed: " + ex.Message);
Console.WriteLine("Failed to parse proposition: " + proposition);
return(false);
}
return(true);
}
private void printVisualTruthtables(Truthtable chosenTable)
{
//clear tables
dgvTruthTable.Columns.Clear();
dgvTruthTable.Rows.Clear();
dgvSimpleTable.Columns.Clear();
dgvSimpleTable.Rows.Clear();
if (conHolder == null)
{
MessageBox.Show("No proposition has been parsed yet"); return;
}
//table = new Truthtable(conHolder);
List <char> arguments = conHolder.GetListOfAllArguments();
List <TruthtableRow> rows = chosenTable.Rows; //normal truthtable rows
List <TruthtableRow> simpleRows = chosenTable.GetSimpleTable(); //simple truthtable rows
//create form table's columns
int counter = 0;
foreach (char c in arguments)
{
dgvTruthTable.Columns.Add(c.ToString(), c.ToString());
dgvTruthTable.Columns[counter].Width = 20;
dgvSimpleTable.Columns.Add(c.ToString(), c.ToString());
dgvSimpleTable.Columns[counter].Width = 20;
counter++;
}
dgvTruthTable.Columns.Add("Result", "Result");
dgvTruthTable.Columns[counter].Width = 50;
dgvSimpleTable.Columns.Add("Result", "Result");
dgvSimpleTable.Columns[counter].Width = 50;
//provide form table's with rows
DataGridViewRow row;
foreach (TruthtableRow r in rows) //print normal table
{
row = (DataGridViewRow)dgvTruthTable.Rows[0].Clone();
counter = 0;
foreach (char c in arguments)
{
row.Cells[counter].Value = r.GetValueForArgument(c);
counter++;
}
row.Cells[counter].Value = r.RowValue;
dgvTruthTable.Rows.Add(row);
}
foreach (TruthtableRow r in simpleRows) //print simple table
{
row = (DataGridViewRow)dgvSimpleTable.Rows[0].Clone();
counter = 0;
foreach (char c in arguments)
{
row.Cells[counter].Value = r.GetValueForArgument(c);
counter++;
}
row.Cells[counter].Value = r.RowValue;
dgvSimpleTable.Rows.Add(row);
}
}
