private void AddProblemsToFeatLenght()
{
ProblemContainer lastProblem = _movableProblems.Last.Value;
if ((lastProblem.transform.position.x + lastProblem.Length()) < StartPosition.position.x)
{
CreateProblem();
}
}
private void CreateProblems()
{
_movableProblems = new LinkedList <ProblemContainer>();
//Creating first problem
ProblemContainer firstProblemContainer = CreateRandomProblem();
//Add first problem with offset
firstProblemContainer.transform.position = new Vector3(StartPosition.position.x - StartOffsetX, StartPosition.position.y, 0);
_movableProblems.AddFirst(firstProblemContainer);
AddProblemsToFeatLenght();
}
private void CreateProblem()
{
ProblemContainer problem = CreateRandomProblem();
ProblemContainer lastProblem = _movableProblems.Last.Value;
float problemLength = lastProblem.Length();
Vector3 distance = DistanceProblems * _normalizedDirection;
Vector3 newLastPosition = (_normalizedDirection * problemLength) + lastProblem.transform.position + distance;
problem.transform.position = newLastPosition;
_movableProblems.AddLast(problem);
}
public void ReSpawnBorder(ProblemContainer item)
{
item.Recycle();
_movableProblems.Remove(item);
}
