private void ShuffleInputSequence()
{
List <int> matchValuesToAdd = new List <int>();
int inputId = 0;
for (int i = 0; i < matchValues.Length; i++)
{
matchValuesToAdd.Add(matchValues[i]);
matchValuesToAdd.Add(matchValues[i]);
}
for (int i = 0; i < gridLength; i++)
{
for (int j = 0; j < gridHeight; j++)
{
if (matchValuesToAdd.Count > 0)
{
int matchValueIndex = Random.Range(0, matchValuesToAdd.Count);
inputGrid[i, j] = new MemoryMatchInput {
inputId = inputId,
coords = new Coords {
x = i, y = j
},
matchValue = matchValuesToAdd[matchValueIndex]
};
matchValuesToAdd.RemoveAt(matchValueIndex);
inputId++;
}
}
}
correctMatches = new List <MemoryMatchInput>();
}
public void InputReceived(MemoryMatchInput currentInput)
{
if (lastViewedInput == null)
{
lastViewedInput = currentInput;
PuzzlerMiniGameEventManager.instance.OnMiniGameInputReceived(miniGameId, InputResults.NEUTRAL, currentInput.inputId);
}
else if (lastViewedInput.inputId == currentInput.inputId)
{
lastViewedInput = null;
PuzzlerMiniGameEventManager.instance.OnMiniGameInputReceived(miniGameId, InputResults.NEUTRAL, currentInput.inputId);
}
else if (lastViewedInput.matchValue == currentInput.matchValue)
{
correctMatches.Add(lastViewedInput);
correctMatches.Add(currentInput);
PuzzlerMiniGameEventManager.instance.OnMiniGameInputReceived(miniGameId, InputResults.PASS, currentInput.inputId);
if (correctMatches.Count == inputIds.Length)
{
PuzzlerMiniGameEventManager.instance.OnMiniGameSolved(miniGameId);
}
}
else if (lastViewedInput.matchValue != currentInput.matchValue)
{
lastViewedInput = null;
PuzzlerMiniGameEventManager.instance.OnMiniGameInputReceived(miniGameId, InputResults.FAIL, currentInput.inputId);
}
}
