public bool isSameLetterInMemory(int i_Row, int i_Column, char i_Letter, out CellForComputer io_ExistCell)
{
bool isLetterExist = true;
io_ExistCell = m_ListOfMemoryLetters.Find(item => item.Letter == i_Letter && (item.Row != i_Row || item.Col != i_Column));
if (io_ExistCell.Row == 0 && io_ExistCell.Col == 0 && io_ExistCell.Letter == 0)
{
isLetterExist = false;
}
return isLetterExist;
}
private bool IsSameLetterInMemory(int i_SaveIndexRowTurn1, int i_SaveIndexColumnTurn1, char i_Letter, out CellForComputer i_CellMemory)
{
return m_Pc.isSameLetterInMemory(i_SaveIndexRowTurn1, i_SaveIndexColumnTurn1, i_Letter, out i_CellMemory);
}
public bool GetCouple(out CellForComputer io_FirstCell, out CellForComputer io_SecondCell)
{
bool isCoupleFound = false;
int i = 0;
int j = 0;
io_FirstCell = new CellForComputer();
io_SecondCell = new CellForComputer();
for(i = 0; i < m_ListOfMemoryLetters.Count && !isCoupleFound; i++)
{
for(j = i + 1; j < m_ListOfMemoryLetters.Count; j++)
{
if(m_ListOfMemoryLetters[i].Letter.Equals(m_ListOfMemoryLetters[j].Letter))
{
isCoupleFound = true;
io_FirstCell = m_ListOfMemoryLetters[i];
io_SecondCell = m_ListOfMemoryLetters[j];
break;
}
}
}
return isCoupleFound;
}
