public void SetLevel(int level)
{
audioHandler.PlayUISound();
levelID = level;
ui.scoreText.text = "Score: 0";
fourPopped = false;
ui.levelCanvas.enabled = false;
ui.hud.enabled = true;
ui.SetButtons(false, false, false);
ui.victoryImage.enabled = false;
ui.loseImage.enabled = false;
ui.loseImage.color = new Color(1f, 1f, 1f, 0f);
LevelObjectiveData ehe = GetLevelData();
LoadLevel(ehe);
ui.FlashText(ui.levelText, "Level " + levelID.ToString(), 1f, 1f);
ui.FlashText(ui.headerText, objectiveHeader, 1f, 1f);
ui.FlashText(ui.footerText, objectiveInfo, 1f, 1f);
ui.tapToResumeButton.SetActive(true);
}
public LevelObjectiveData(LevelObjectiveData meta)
{
LevelID = meta.LevelID;
ObjectiveId = meta.ObjectiveId;
ObjectiveScore = meta.ObjectiveScore;
ObjectiveColor = meta.ObjectiveColor;
ColorCount = meta.ColorCount;
Title = meta.Title;
Info = meta.Info;
ObjectiveCount = meta.ObjectiveCount;
Time = meta.Time;
TutorialText = meta.TutorialText;
TutorialTitle = meta.TutorialTitle;
BubbleSpeed = meta.BubbleSpeed;
FastBubbleTimer = meta.FastBubbleTimer;
}
LevelObjectiveData GetLevelData()
{
string levelPrefabString = "Levels/" + "Level_" + levelID;
TextAsset jsonAsset = Resources.Load(levelPrefabString) as TextAsset;
if (jsonAsset != null)
{
string jsonText = jsonAsset.text;
var meta = JsonConvert.DeserializeObject <LevelObjectiveData>(jsonText);
lastLevelData = new LevelObjectiveData(meta);
return(lastLevelData);
}
throw new System.Exception("Level Asset couldn't be loaded : " + levelPrefabString);
}
public static int RateLevel(PopulationManager populationManager, LevelObjectiveData objective)
{
// Get an array of species stability data
SpeciesStability[] speciesStabilities = ComputeSpeciesStability(populationManager, objective);
// Return the best score if all species are stable
if (speciesStabilities.All(species => species.isStable))
{
return(2);
}
// Return medium score if some species are stable
else if (speciesStabilities.Any(species => species.isStable))
{
return(1);
}
// Return worst score if no species are stable
else
{
return(0);
}
}
void LoadLevel(LevelObjectiveData leveldata)
{
objectiveColorList = new List <string>();
string[] words = Regex.Split(leveldata.ObjectiveColor, "-");
if (words.Length > 0 && words[0] != "")
{
foreach (string word in words)
{
objectiveColorList.Add(word.ToUpper());
}
}
score = 0;
objectiveID = leveldata.ObjectiveId;
objectiveScore = leveldata.ObjectiveScore;
gemspawn.maxGem = leveldata.ColorCount;
objectiveHeader = leveldata.Title;
objectiveInfo = leveldata.Info;
objectiveCount = leveldata.ObjectiveCount;
objectiveTime = leveldata.Time;
ObjectiveBubbleSpeed = leveldata.BubbleSpeed;
gemspawn.ChangeBubbleSpeeds(ObjectiveBubbleSpeed);
timer = objectiveTime;
tutorialText = leveldata.TutorialText;
tutorialTitle = leveldata.TutorialTitle;
ui.timerText.text = "";
ui.scoreText.text = "0/" + objectiveScore;
gemspawn.levelSpecialGemTime = leveldata.FastBubbleTimer;
gemspawn.SetFastBubbleTimer();
if (objectiveColorList.Count > 0)
{
objectiveImage.SetImage(objectiveColorList[0], objectiveID, objectiveCount);
}
else
{
objectiveImage.SetImage("WHITE", objectiveID, objectiveCount);
}
}
public static SpeciesStability[] ComputeSpeciesStability(PopulationManager populationManager, LevelObjectiveData objective)
{
// Project the minimums of the species out several days
SpeciesCount[] speciesCounts = ProjectNextSpeciesCount(populationManager);
// Create the array to return
SpeciesStability[] speciesStabilities = new SpeciesStability[speciesCounts.Length];
// Compute the stability of each species based on the projected minimum
for (int i = 0; i < speciesCounts.Length; i++)
{
SpeciesType species = speciesCounts[i].species;
// Add up the target population for every data that has the same species
int targetAmount = objective.survivalObjectiveDatas
.Where(data => data.targetSpecies.Species == species)
.Sum(data => data.targetPopulationSize);
// Species is stable if the projected minimum
// is bigger than or equal to the target amount
speciesStabilities[i] = new SpeciesStability()
{
species = species,
isStable = speciesCounts[i].count >= targetAmount
};
}
return(speciesStabilities);
}
