// Update is called once per frame
void Update()
{
if (Input.inputString != "")
{
if (LettersAvailable(Input.inputString.Trim()))
{
currentWord += Input.inputString.Trim().ToUpper();
UpdateLettersFreqs(Input.inputString.Trim());
if (onLetterInputCallback != null)
{
onLetterInputCallback.Invoke(currentWord);
}
}
}
if (Input.GetKeyDown(KeyCode.Return))
{
if (IsCurrentWordCorrect())
{
int position = GetPositionOfCorrectWord();
if (onWordCorrectCallback != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordCorrectCallback.Invoke(wordScore, position);
}
}
else
{
if (onWordCorrectCallback != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordCorrectCallback.Invoke(-wordScore, -1);
}
}
currentWord = "";
if (onLetterInputCallback != null)
{
onLetterInputCallback.Invoke(currentWord);
}
}
}
void Update()
{
#if MOBILE_INPUT
if (isInEvaluationStage)
{
if (isWatchingWord && !isGameOver)
{
watchingWordCountdown -= Time.deltaTime;
if (watchingWordCountdown < 0f)
{
isWatchingWord = false;
isDrawingWord = true;
watchingWordCountdown = limitTimeWatchingWord;
if (onWatchingCountdownFinishedCallback != null)
{
onWatchingCountdownFinishedCallback.Invoke();
}
}
}
if (isDrawingWord && !isGameOver && drawingWordCountdown >= 0f)
{
drawingWordCountdown -= Time.deltaTime;
//The letter input is coming from touch input manager
if (_inputString != "")
{
if (AreLettersAvailable(_inputString))
{
currentWord += _inputString;
UpdateLettersFreqs(_inputString);
if (onLetterInputCallback != null)
{
onLetterInputCallback.Invoke(currentWord);
}
}
if (WordCorrect)// IsCurrentWordCorrect())
{
int position = GetPositionOfCorrectWord();
if (onWordChecked != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordChecked.Invoke(wordScore, position);
}
if (!IsGameOver())
{
SetNewTargetWord();
}
FinishEvaluationStage();
}
_inputString = "";
}
if (drawingWordCountdown < 0f)
{
if (onWordChecked != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordChecked.Invoke(-wordScore, -1);
}
FinishEvaluationStage();
}
}
if (_inputString != "" && !isGameOver)
{
DiscardImpossibleWords();
}
}
#else
if (isInEvaluationStage)
{
_inputString = Input.inputString;
if (_inputString != "" && !isGameOver)
{
if (AreLettersAvailable(_inputString.Trim()))
{
currentWord += _inputString.Trim().ToUpper();
UpdateLettersFreqs(_inputString.Trim());
if (onLetterInputCallback != null)
{
onLetterInputCallback.Invoke(currentWord);
}
}
}
if (Input.GetKeyDown(KeyCode.Return) && !isGameOver)
{
if (IsCurrentWordCorrect())
{
int position = GetPositionOfCorrectWord();
if (onWordChecked != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordChecked.Invoke(wordScore, position);
}
if (!IsGameOver())
{
SetNewTargetWord();
}
}
else
{
if (onWordChecked != null)
{
wordScore = currentWord.Length * wordWeight;// + wordStreak * wordStreakWeight;
onWordChecked.Invoke(-wordScore, -1);
}
}
currentWord = "";
if (onLetterInputCallback != null)
{
onLetterInputCallback.Invoke(currentWord);
}
FinishEvaluationStage();
}
if (_inputString != "" && !isGameOver)
{
DiscardImpossibleWords();
}
}
#endif
}