// Return the message to be displayed in notification when level up
public string GetLevelUpMessage()
{
Level currentLevel = DataManager.Instance.GameData.Level.CurrentLevel;
ImmutableDataPetLevel petLevel = DataLoaderPetLevels.GetLevel(currentLevel);
return(petLevel.LevelUpMessage);
}
public static ImmutableDataPetLevel GetLevel(int nLevel)
{
ImmutableDataPetLevel petLevel = null;
Level level = (Level)nLevel;
petLevel = GetLevel(level);
return(petLevel);
}
// Return the required points for next level up
public int NextLevelPoints()
{
int adjustedNextLevel = NextLevel;
// check for max level, because there may not be data that exists after it
if (IsAtMaxLevel())
{
adjustedNextLevel -= 1;
}
ImmutableDataPetLevel petLevel = DataLoaderPetLevels.GetLevel((Level)adjustedNextLevel);
return(petLevel.LevelUpCondition);
}
protected override void XMLNodeHandler(string id, IXMLNode xmlNode, Hashtable hashData, string errorMessage)
{
ImmutableDataPetLevel data = new ImmutableDataPetLevel(id, xmlNode, errorMessage);
// store the data
if (hashData.ContainsKey(id))
{
Debug.LogError(errorMessage + "Duplicate keys!");
}
else
{
hashData.Add(id, data);
}
}
//---------------------------------------------------
// CalculateXP()
// Based on the incoming hash bonus data, this function
// will calculate how much xp the pet should get.
//---------------------------------------------------
public int CalculateXP(Hashtable hashBonusData)
{
// if the pet is already at max level, then just return 0
if (LevelLogic.Instance.IsAtMaxLevel())
{
return(0);
}
// first, we want to get the pet's level
int nLevel = (int)LevelLogic.Instance.CurrentLevel;
// now, get the range for that level
XpRewardRange range = GetRange(nLevel);
// if the range exists, the get % of xp earned
float fXP = 0;
if (range != null)
{
fXP = range.GetPercentage(hashBonusData);
}
// now get the total xp a pet of this level requires
int nTotalXP = 0;
ImmutableDataPetLevel dataLevel = DataLoaderPetLevels.GetLevel(nLevel + 1);
if (dataLevel != null)
{
nTotalXP = dataLevel.LevelUpCondition;
}
// multiple this total by percentage to be awarded -- this is our total xp
int nXP = Mathf.RoundToInt(nTotalXP * fXP);
//Debug.Log("Awarding " + nXP + " xp(" + fXP + " of " + nTotalXP +")");
return(nXP);
}
