public void NextLevel(float points)
{
ResetBonus();
LevelDataToSave data = LevelSelectedData;
data.avgTimeRespond /= data.amountWords;
data.points = points;
coins += Mathf.RoundToInt(20 * (1 - ((data.maxPoints - points >= 0 ? data.maxPoints - points + data.minPoints : 0) / data.maxPoints)));
saveLoad.AddData(Challenge_Type, data);
float avg = (data.maxPoints - data.minPoints) / 2;
if (data.level == ModeSelected.maxLevel && data.points > data.minPoints + avg)
{
ModeSelected.maxLevel++;
ModeSelected.CurrentLevel++;
if (data.points > data.minPoints + avg)
{
LevelSelectedData.difficulty = LevelSelectedData.difficulty + 1;
}
else if (data.points > data.minPoints)
{
LevelSelectedData.difficulty = LevelSelectedData.difficulty + 0.5f;
}
data = LevelSelectedData;
SetPoints(ref data, challengeType);
}
}
public void NextLevel(float points)
{
LevelDataToSave data = infoType[Challenge_Type].CurrentLevelData;
data.points = points;
saveLoad.AddData(Challenge_Type, data);
float avg = (data.maxPoints - data.minPoints) / 2;
if (data.points > data.minPoints + avg)
{
infoType[challengeType].Difficulty = infoType[challengeType].Difficulty + 10;
}
else if (data.points > data.minPoints)
{
infoType[challengeType].Difficulty = infoType[challengeType].Difficulty + 9.5f;
}
infoType[challengeType].CurrentLevel++;
data = infoType[Challenge_Type].CurrentLevelData;
SetPoints(ref data);
}
