public static TuringMachine OnlyZeros()
{
var printOnesTable = new MachineTable();
printOnesTable.AddEntry(new MachineTableEntry("q1", Symbols.AnySymbol, new List<string> { "P1", "R" }, "q1"));
return new TuringMachine(printOnesTable, "q1") { Name = "Print only ones" };
}
public TuringMachine(MachineTable machineTable, string initialConfiguration)
{
_machineTable = machineTable;
_currentMConfiguration = initialConfiguration;
_internalTape = new Dictionary<int, char>();
ExpandTape();
}
public void Init()
{
var printOnesTable = new MachineTable();
var machineTableEntry = new MachineTableEntry("q1", Symbols.AnySymbol, new List<string> { "P1,R" }, "q1");
var initialConfiguration = machineTableEntry.MConfiguration;
printOnesTable.AddEntry(machineTableEntry);
this._machinePrintingOnes = new TuringMachine(printOnesTable, initialConfiguration);
}
public static TuringMachine AlternatingZerosOnes()
{
var printZerosOnesTable = new MachineTable();
printZerosOnesTable.AddEntry(new MachineTableEntry("b", Symbols.AnySymbol, new List<string> { "P0", "R" }, "c"));
printZerosOnesTable.AddEntry(new MachineTableEntry("c", Symbols.AnySymbol, new List<string> { "R" }, "e"));
printZerosOnesTable.AddEntry(new MachineTableEntry("e", Symbols.AnySymbol, new List<string> { "P1", "R" }, "f"));
printZerosOnesTable.AddEntry(new MachineTableEntry("f", Symbols.AnySymbol, new List<string> { "R" }, "b"));
var machine = new TuringMachine(printZerosOnesTable, "b") { Name = "Print alternating zeros ones" };
return machine;
}