private Vector3 SelectUnassignedVariable()
{
List <Vector3> selectedKeys = new List <Vector3>();
int maxValCount = int.MaxValue;
foreach (Vector3 key in csp.Keys)
{
if (csp[key].Count <= maxValCount && csp[key].Count > 1)
{
if (csp[key].Count < maxValCount)
{
selectedKeys.Clear();
}
selectedKeys.Add(key);
maxValCount = csp[key].Count;
}
}
Vector3 selectedKey = Vector3.zero;
int maxConstraintCount = int.MinValue;
foreach (Vector3 key in selectedKeys)
{
int nbConstraint = AC3.GetNeighbors(csp, key).Count;
if (nbConstraint > maxConstraintCount)
{
selectedKey = key;
maxConstraintCount = nbConstraint;
}
}
return(selectedKey);
}
public sealed override string ToString()
{
return("{ AC1: " + AC1.ToString("X") +
", AC2: " + AC2.ToString("X") +
", AC3: " + AC3.ToString("X") +
", AC4: " + AC4.ToString("X") +
", AC5: " + AC5.ToString("X") +
", AC6: " + AC6.ToString("X") +
", VB1: " + B1.ToString("X") +
", VB2: " + B2.ToString("X") +
", MB: " + MB.ToString("X") +
", MC: " + MC.ToString("X") +
", MD: " + MD.ToString("X") + " }");
}
public void CallEdit()
{
try
{
if (ViewState["Flag"].ToString() != "AD")
{
DT = RP.GetInfo(ViewState["Id"].ToString(), "Disp", Session["BRCD"].ToString());
if (DT.Rows.Count > 0)
{
TxtPno.Text = DT.Rows[0]["REC_PRD"].ToString();
string AC1;
AC1 = LI.Getaccno(TxtPno.Text, Session["BRCD"].ToString());
if (AC1 != null)
{
string[] AC = AC1.Split('_');;
TxtRecPname.Text = AC[1].ToString();
}
TxtPostPrd.Text = DT.Rows[0]["POST_PRD"].ToString();
string AC2;
AC2 = LI.Getaccno(TxtPostPrd.Text, Session["BRCD"].ToString());
if (AC2 != null)
{
string[] ACp = AC2.Split('_');;
TxtPname.Text = ACp[1].ToString();
}
string AC3;
TxtExrec.Text = DT.Rows[0]["EXRECCODE"].ToString();
AC3 = LI.Getaccno(TxtExrec.Text, Session["BRCD"].ToString());
if (AC3 != null)
{
string[] ACe = AC3.Split('_');;
TxtEname.Text = ACe[1].ToString();
}
TxtCol.Text = DT.Rows[0]["COLUMNNO"].ToString();
TxtShort.Text = DT.Rows[0]["SHORTNAME"].ToString();
TxtMarati.Text = DT.Rows[0]["SHORTMARATHI"].ToString();
Txtvalue.Text = DT.Rows[0]["VALUE"].ToString();
Txttype.Text = DT.Rows[0]["TYPE"].ToString();
Txtrate.Text = DT.Rows[0]["RATE"].ToString();
}
}
}
catch (Exception Ex)
{
ExceptionLogging.SendErrorToText(Ex);
}
}
private IEnumerable <Room> OrderDomainValues(Vector3 position)
{
List <CountedRoom> sortedRoom = new List <CountedRoom>();
Queue <Arc> arcs = AC3.GetNeighbors(csp, position);
List <Room> neighbors = new List <Room>();
while (arcs.Count > 0)
{
neighbors.Concat <Room>(csp[arcs.Dequeue().roomJ]);
}
foreach (Room room in csp[position])
{
sortedRoom.Add(new CountedRoom(CountRoom(room.GetType(), neighbors), room));
}
sortedRoom.Sort();
Queue <Room> output = new Queue <Room>();
foreach (CountedRoom cr in sortedRoom)
{
output.Enqueue(cr.room);
}
return(output);
}
private Dictionary <Vector3, Room> RecursiveBacktracking(Dictionary <Vector3, Room> assignment, Dictionary <Vector3, List <Room> > csp)
{
AC3.Execute(ref csp);
if (CheckAssignment(assignment))
{
return(assignment);
}
bool partialyComplete = false;
if (CheckPartialAssignment(assignment))
{
partialyComplete = true;
if (partialCounter > partialMax)
{
return(assignment);
}
}
if (HasNullValue(csp))
{
//return new Dictionary<Vector3, List<Room>>();
if (partialyComplete)
{
partialCounter++;
}
return(new Dictionary <Vector3, Room>());
}
Vector3 variable = SelectUnassignedVariable();
if (variable == Vector3.zero)
{
Debug.Log("No variable found during the recursivebacktracking");
if (partialyComplete)
{
partialCounter++;
}
//return new Dictionary<Vector3, List<Room>>();
return(new Dictionary <Vector3, Room>());
}
IEnumerable <Room> sortedUnassignedValues = OrderDomainValues(variable);
foreach (Room value in sortedUnassignedValues)
{
//Consistent thanks to AC3
//if (!assignment.ContainsKey(variable))
// assignment.Add(variable, new List<Room>());
//assignment[variable].Add(value);
assignment.Add(variable, value);
List <Room> tmp = new List <Room>(csp[variable]);
csp[variable].Clear();
csp[variable].Add(value);
Dictionary <Vector3, Room> result = RecursiveBacktracking(assignment, csp);
if (result.Count > 0)
{
return(result);
}
assignment.Remove(variable);
csp[variable] = tmp;
}
return(new Dictionary <Vector3, Room>());
//return new Dictionary<Vector3, List<Room>>();
}