public override int Score()
{
Transform sol = transform.Find("Solutions");
Arrow[] arrows = transform.GetComponents <Arrow>();
int score = 0;
int test = -1;
foreach (Solutions s in sol.transform.GetComponents <Solutions>())
{
int test0 = s.TestReaction(arrows);
if (test0 > test)
{
test = test0;
}
}
score = test;
SolutionDoublets soldoub = sol.GetComponent <SolutionDoublets>();
score += (100 * soldoub.TestSolution()) / soldoub.MaxScore();
Debug.Log("Score : " + (score / 2));
return(score / 2);
}
public override void ShowCorrection()
{
SolutionDoublets soldoub = transform.GetComponentInChildren <SolutionDoublets>();
soldoub.CorrectDoublet();
Solutions[] solutions = transform.Find("Solutions").GetComponents <Solutions>();
Solutions bestSolution;
for (int st = 0; st <= stepNumber; st++) // Donne la correction de l'étape st
{
List <Arrow> arrows = new List <Arrow>();
foreach (Arrow ar in transform.GetComponents <Arrow>()) // On sélectionne uniquement les flèches de l'étape
{
if (ar.step == st)
{
arrows.Add(ar);
}
}
int test = -1;
bestSolution = null;
foreach (Solutions s in solutions)
{
if (s.step != st)
{
continue;
}
int test0 = s.TestReaction(arrows.ToArray());
if (test0 > test)
{
test = test0;
bestSolution = s;
}
}
foreach (Arrow ar in arrows)
{
if (bestSolution.TestOneArrow(ar))
{
ar.SetGood();
}
else
{
ar.SetWrong();
}
}
bestSolution.CompleteReaction(arrows);
}
}
