private void ShowTVQuestions()
{
if (gameCycle == GameCycle.FourthStep)
{
AlternateInterface(3);
RandomTestSelection();
activeCamera = ActiveCamera.TVCamera;
camMReference.TypesOfCameras(activeCamera);
animReference.TVAnimations(true);
timerToLooseQuestion = 20f;
while (timerToLooseQuestion > 0)
{
if (questionState == QuestionState.Answered)
{
AnswerResult(buttonsGame.SendAnswerResult());
break;
}
else if (questionState == QuestionState.NotAnswered)
{
timerToLooseQuestion -= Time.time;
if (timerToLooseQuestion <= 0)
{
StartCoroutine(TimeToEndTurn(4f));
}
}
}
}
void RandomTestSelection()
{
randomQuestion = Random.Range(0, generalCultureQuestions.Length);
buttonsGame.ReceiveRandomValue(randomQuestion);
uIGameReference.QuestionAssignation(randomQuestion, 0);
randomAnswerList = new List <int>(3);
randomWrongAnswer = new List <int>(2);
for (int i = 0; i < randomAnswerList.Capacity; i++)
{
randomSelections = Random.Range(0, randomAnswerList.Capacity);
randomWrongSelections = Random.Range(0, randomWrongAnswer.Capacity);
if (randomAnswerList.Capacity != 1)
{
if (randomWrongAnswer.Capacity != 1)
{
uIGameReference.AnswerAssignations(1, randomSelections, randomQuestion);
}
else
{
uIGameReference.AnswerAssignations(2, randomSelections, randomQuestion);
}
randomAnswerList.Remove(randomSelections);
randomWrongAnswer.Remove(randomWrongSelections);
}
else
{
uIGameReference.AnswerAssignations(3, randomSelections, randomQuestion);
}
}
}
void AnswerResult(bool isAcerted)
{
platformScript.SendCurrentPlatform(wayPoints[currentTarget].position, platformType);
if (isAcerted && platformType != PlatformType.Neutral)
{
MovingTypeAssignation(true);
gameCycle = GameCycle.ThirdStep;
}
else if (isAcerted == false && platformType != PlatformType.Neutral)
{
MovingTypeAssignation(false);
}
uIGameReference.QuestionAssignation(randomQuestion, 1);
if (platformType == PlatformType.Neutral)
{
StartCoroutine(TimeToEndTurn(4f));
}
}
void MovingTypeAssignation(bool isAcerted)
{
if (isAcerted)
{
switch ((int)platformType)
{
case 0: movingType = MovingType.Waiting; break;
case 1: movingType = MovingType.Advancing; break;
case 2: movingType = MovingType.Waiting; break;
case 3: movingType = MovingType.Teleporting; break;
}
}
else
{
switch ((int)platformType)
{
case 0: movingType = MovingType.Waiting; break;
case 1: movingType = MovingType.Waiting; break;
case 2: movingType = MovingType.Reversing; break;
case 3: movingType = MovingType.Teleporting; break;
}
}
}
void EventLimiter() // funcion que cumple el proposito de limitar el maximo de movimiento
{
//if (intAdvanceLimit >= 2)
// isLimAdvanceOver = true;
//else if (intReverseLimit >= 2)
// isLimReverseOver = true;
//else if (intMisteryLimit >= 2)
// isLimMisteryOver = true;
//else
//{
// isLimAdvanceOver = false;
// isLimReverseOver = false;
// isLimMisteryOver = false;
//}
}
}