public override IEnumerator GetPlaceCoroutine(bool playAudio)
{
ResetAnimationsQueue();
if (playAudio)
{
// warn our heirs
Debug.LogWarning("playAudio, parameter not used for Categorization questions");
}
// Count questions and answers
int questionsNumber = 0;
int placeHoldersNumber = 0;
foreach (var q in allQuestions)
{
questionsNumber++;
placeHoldersNumber += q.PlaceholdersCount();
}
float occupiedSpace = placeHoldersNumber * options.SlotSize;
float blankSpace = options.RightX - options.LeftX - occupiedSpace;
float spaceIncrement = blankSpace / (questionsNumber + 1);
var flow = AssessmentOptions.Instance.LocaleTextDirection;
float sign;
Vector3 currentPos = new Vector3(0, options.QuestionY - 3.5f, options.DefaultZ);
if (flow == TextDirection.RightToLeft)
{
currentPos.x = options.RightX;
sign = -1;
}
else
{
currentPos.x = options.LeftX;
sign = 1;
}
int questionIndex = 0;
for (int i = 0; i < questionsNumber; i++)
{
currentPos.x += spaceIncrement * sign;
float min = 1000, max = -1000;
foreach (var p in allQuestions[questionIndex].GetPlaceholders())
{
currentPos.x += (options.SlotSize / 2) * sign;
if (currentPos.x > max)
{
max = currentPos.x;
}
if (currentPos.x < min)
{
min = currentPos.x;
}
PlacePlaceholder(p, currentPos);
currentPos.x += (options.SlotSize / 2) * sign;
}
var questionPos = currentPos;
questionPos.y = options.QuestionY;
questionPos.x = (max + min) / 2f;
// Category questions never read the category
PlaceQuestion(allQuestions[questionIndex], questionPos, false);
WrapQuestionInABox(allQuestions[questionIndex]);
foreach (var anim in AnimationsQueue)
{
yield return(Koroutine.Nested(anim));
}
AnimationsQueue.Clear();
questionIndex++;
}
// give time to finish animating elements
yield return(Wait.For(0.65f));
isAnimating = false;
}
public virtual IEnumerator GetPlaceCoroutine(bool playAudio)
{
ResetAnimationsQueue();
// Count questions and answers
int questionsNumber = 0;
int placeHoldersNumber = 0;
foreach (var q in allQuestions)
{
questionsNumber++;
placeHoldersNumber += q.PlaceholdersCount();
}
float questionSize = options.QuestionSize;
float occupiedSpace =
placeHoldersNumber * options.SlotSize
+ questionsNumber * options.QuestionSize;
if (options.SpawnImageWithQuestion)
{
occupiedSpace += options.ImageSize;
}
float blankSpace = options.RightX - options.LeftX - occupiedSpace;
float spaceIncrement = blankSpace / (questionsNumber + 1);
var flow = AssessmentOptions.Instance.LocaleTextDirection;
float sign;
Vector3 currentPos = new Vector3(0, options.QuestionY, options.DefaultZ);
if (flow == TextDirection.RightToLeft)
{
currentPos.x = options.RightX;
sign = -1;
}
else
{
currentPos.x = options.LeftX;
sign = 1;
}
int questionIndex = 0;
for (int i = 0; i < questionsNumber; i++)
{
currentPos.x += (spaceIncrement + questionSize / 2) * sign;
PlaceQuestion(allQuestions[questionIndex], currentPos, playAudio);
currentPos.x += (questionSize * sign) / 2;
if (options.SpawnImageWithQuestion)
{
currentPos.x += (sign * options.ImageSize) / 1.8f;
PlaceImage(allQuestions[questionIndex], currentPos);
currentPos.x += (sign * options.ImageSize) / 1.8f;
}
foreach (var p in allQuestions[questionIndex].GetPlaceholders())
{
currentPos.x += sign * options.SlotSize / 2;
PlacePlaceholder(p, currentPos);
currentPos.x += sign * options.SlotSize / 2;
}
WrapQuestionInABox(allQuestions[questionIndex]);
foreach (var anim in AnimationsQueue)
{
yield return(Koroutine.Nested(anim));
}
AnimationsQueue.Clear();
questionIndex++;
}
// give time to finish animating elements
yield return(Wait.For(0.65f));
isAnimating = false;
}