internal void ChangeSmallerButtonsAccordingToTheScore(sScorePerGuess i_score)
{
int indexToChange = 0;
for (int i = 0; i < i_score.m_bul; i++)
{
m_userSelectionButtons[indexToChange].BackColor = Color.Black;
indexToChange++;
}
for (int i = 0; i < i_score.m_hit; i++)
{
m_userSelectionButtons[indexToChange].BackColor = Color.Yellow;
indexToChange++;
}
}
private void ConfirmSelectionButton_Click(object sender, EventArgs e)
{
int indexOfBlock = int.Parse((sender as Button).Name);
List <Button> buttonsToCheck = m_blockCollection[indexOfBlock].PickColorButtons; /// the buttons of the same block
List <int> intColorsOfTHeButtons = ConvertColorsOfTheButtonsToInt(buttonsToCheck);
sScorePerGuess score = m_gameObject.AnalyzeScore(intColorsOfTHeButtons);
m_blockCollection[indexOfBlock].ChangeSmallerButtonsAccordingToTheScore(score);
(sender as Button).Enabled = false;
foreach (Button btn in buttonsToCheck)
{
btn.Enabled = false;
}
if (score.m_bul == 4)
{
RevieleComputerGuess();
}
this.EnableBlock(indexOfBlock + 1);
}
public sScorePerGuess AnalyzeScore(List <int> i_intColorsOfTheButton)
{
ushort o_numOfV = 0;
ushort o_numOfX = 0;
for (int i = 0; i < k_numOfLetters; i++)
{
///exact match
if (i_intColorsOfTheButton[i] == m_computerGuess[i])
{
o_numOfV++;
}
else if (m_computerGuess.Contains(i_intColorsOfTheButton[i]))
{
o_numOfX++;
}
}
sScorePerGuess newScore = new sScorePerGuess(o_numOfV, o_numOfX);
return(newScore);
}
