private string GetReasonString(FillReason reason)
{
string s = string.Empty;
switch (reason)
{
case FillReason.QuestionInput:
// Do nothing
break;
case FillReason.RowRemain:
s = "Row Remain";
break;
case FillReason.ColumnRemain:
s = "Column Remain";
break;
case FillReason.SquareRemain:
s = "Square Remain";
break;
case FillReason.SlotExclude:
s = "Slot Exlude";
break;
case FillReason.CommonSolution:
s = "Common Solution";
break;
}
return(s);
}
private void AddSolutionLog(int slotIndex, int value, FillReason reason)
{
UISolutionLog newLog = Instantiate(_solutionLogRes, _goSolutionLogRoot.transform);
newLog.SetFillReason(slotIndex, value, reason);
newLog.SetOnClickAction(UISolutionLogOnClickAction);
_solutionLogList.Add(newLog);
}
public void SetFillReason(int slotIndex, int value, FillReason reason)
{
_targetSlotIndex = slotIndex;
SudokuUtility.ConvertToIndex(slotIndex, out int rowIndex, out int columnIndex, out int _);
_text.text = string.Format("Solution {0} found at Row {1}, Column {2} by {3} method",
value, rowIndex, columnIndex, GetReasonString(reason), slotIndex);
}
public void SetSlotValueAndReason(int slotIndex, int value, FillReason reason)
{
_slotDataList[slotIndex].Value = value;
_slotDataList[slotIndex].Reason = reason;
if (_onInputChanged != null)
{
_onInputChanged();
}
}
public SudokuData(CompleteData data, FillReason deafultReason)
{
Init();
for (int i = 0; i < data.ArrayData.GetLength(0); i++)
{
for (int j = 0; j < data.ArrayData.GetLength(1); j++)
{
int value = data.ArrayData[i, j];
SetSlotValueAndReason(i, j, value, deafultReason);
}
}
Update();
}
private void FillSolutionIntoSlot(int rowIndex, int columnIndex, int value, FillReason reason)
{
int slotIndex = rowIndex * SudokuUtility.PUZZLE_LENGTH + columnIndex;
// Update data
_sData.SetSlotValueAndReason(slotIndex, value, reason);
UISudokuSlot uiSlot = _uiSlotBoard.GetUISlot(slotIndex);
//// Add to undo
//if (_undoIndex >= _undoCmdList.Count) {
// _undoCmdList.Add(new UndoCommand());
//}
//_undoCmdList[_undoIndex].AddNewCommand(uiSlot.Value, uiSlot.FillReason, slotIndex);
uiSlot.SetValueAndReason(value, reason);
//if (reason != FillReason.QuestionInput) {
// AddSolutionLog(rowIndex, columnIndex, value, reason);
//}
}
public static Color GetFillReasonColor(FillReason reason)
{
Color c = Color.black;
switch (reason)
{
case FillReason.RowRemain:
case FillReason.ColumnRemain:
case FillReason.SquareRemain:
case FillReason.SlotExclude:
case FillReason.CommonSolution:
case FillReason.PlayerInput:
c = Color.red;
break;
case FillReason.None:
case FillReason.QuestionInput:
default:
c = Color.black;
break;
}
return(c);
}
private void ExecuteUndo()
{
if (_undoCmdList.Count <= 0)
{
return;
}
UndoCommand cmd = _undoCmdList[_undoCmdList.Count - 1];
for (int i = 0; i < cmd.ValueList.Count; i++)
{
int slotIndex = cmd.SlotIndexList[i];
int value = cmd.ValueList[i];
FillReason reason = cmd.FillReasonList[i];
_sData.SetSlotValueAndReason(slotIndex, value, reason);
_sData.Update();
}
_undoIndex -= 1;
_undoCmdList.RemoveAt(_undoCmdList.Count - 1);
Refresh();
}
public void SetValueAndReason(int value, FillReason reason)
{
_value = value;
_reason = reason;
RefreshDisplay();
}
public void AddNewCommand(int value, FillReason reason, int slotIndex)
{
ValueList.Add(value);
FillReasonList.Add(reason);
SlotIndexList.Add(slotIndex);
}
public void SetSlotValueAndReason(int rowIndex, int columnIndex, int value, FillReason reason)
{
int slotIndex = SudokuUtility.ConvertToSlotIndex(rowIndex, columnIndex);
SetSlotValueAndReason(slotIndex, value, reason);
}
private void FillSolutionIntoSlot(int slotIndex, int value, FillReason reason)
{
SudokuUtility.ConvertToIndex(slotIndex, out int rowIndex, out int columnIndex, out int _);
FillSolutionIntoSlot(rowIndex, columnIndex, value, reason);
}
private bool RemoveNumberFromData(SudokuData sData, int count)
{
// 1. Remove value of a "Filled" slot randomly
// 2. Check this data is solvable.
// If solvable, count by one, if not solvable, undo step 1.
sData.Update();
List <int> filledSlotList = sData.GetAllFilledSlotIndex();
int retryCount = filledSlotList.Count;
int exeCount = 0;
int rndSlotIndex = -1;
int rndSlotValue = -1;
FillReason rndSlotReason = FillReason.None;
while (exeCount < retryCount)
{
// Revert if previous try is available (previous try failed)
if (rndSlotIndex != -1)
{
sData.SetSlotValueAndReason(rndSlotIndex, rndSlotValue, rndSlotReason);
}
// Try remove random slot
if (filledSlotList.Count == 0)
{
return(false);
}
int rndListIndex = Random.Range(0, filledSlotList.Count);
rndSlotIndex = filledSlotList[rndListIndex];
SlotData slotData = sData.GetSlotData(rndSlotIndex);
rndSlotValue = slotData.Value;
rndSlotReason = slotData.Reason;
filledSlotList.RemoveAt(rndListIndex);
sData.SetSlotValueAndReason(rndSlotIndex, 0, FillReason.None);
exeCount += 1;
if (!sData.IsSolvable())
{
continue;
}
if (count <= 1)
{
return(true);
}
bool success = RemoveNumberFromData(sData, count - 1);
if (success)
{
return(true);
}
else
{
continue;
}
}
return(false);
}