public static XpTable ReadFromDat()
{
// Check the FileCache so we don't need to hit the FileSystem repeatedly
if (DatManager.PortalDat.FileCache.ContainsKey(0x0E000018))
{
return((XpTable)DatManager.PortalDat.FileCache[0x0E000018]);
}
else
{
DatReader datReader = DatManager.PortalDat.GetReaderForFile(0x0E000018);
XpTable xp = new XpTable();
datReader.Offset += 4; // Skip the ID. We know what it is.
// The counts for each "Table" are at the top of the file.
int abilityCount = datReader.ReadInt32();
int vitalCount = datReader.ReadInt32();
int trainedSkillCount = datReader.ReadInt32();
int specializedSkillCount = datReader.ReadInt32();
uint levelCount = datReader.ReadUInt32();
xp.AbilityXpChart = ReadExperienceChart(abilityCount, ref datReader);
xp.VitalXpChart = ReadExperienceChart(vitalCount, ref datReader);
xp.TrainedSkillXpChart = ReadExperienceChart(trainedSkillCount, ref datReader);
xp.SpecializedSkillXpChart = ReadExperienceChart(specializedSkillCount, ref datReader);
// The level table is a little different since it has UInt64 data types.
LevelingChart levelingXpChart = new LevelingChart();
ulong prevRank = 0;
datReader.Offset += 8; // skip level 0
// Start from 1 because dat includes level 0.
for (uint i = 1; i <= levelCount; i++)
{
CharacterLevel characterLevel = new CharacterLevel();
characterLevel.Level = i;
characterLevel.TotalXp = datReader.ReadUInt64();
characterLevel.FromPreviousLevel = characterLevel.TotalXp - prevRank;
// Store this to use it in the next loop...
prevRank = characterLevel.TotalXp;
levelingXpChart.Levels.Add(characterLevel);
}
// The final section is skill credits... It has the same count as levels.
int cumulativeSkillPoints = 0;
datReader.Offset += 4; // skip level 0
for (int i = 0; i < levelCount; i++)
{
int skillPoint = datReader.ReadInt32();
cumulativeSkillPoints += skillPoint;
levelingXpChart.Levels[i].GrantsSkillPoint = skillPoint == 1;
levelingXpChart.Levels[i].CumulativeSkillPoints = cumulativeSkillPoints;
}
xp.LevelingXpChart = levelingXpChart;
// Store this object in the FileCache
DatManager.PortalDat.FileCache[0x0E000018] = xp;
return(xp);
}
}
public static XpTable ReadFromDat()
{
if (instance == null) // We'll store the XP data into the instance the first time it's loaded. No need to read it multiple times.
{
DatReader datReader = DatManager.PortalDat.GetReaderForFile(0x0E000018);
XpTable xp = new XpTable();
datReader.Offset += 4; // Skip the ID. We know what it is.
// The counts for each "Table" are at the top of the file.
int abilityCount = datReader.ReadInt32();
int vitalCount = datReader.ReadInt32();
int trainedSkillCount = datReader.ReadInt32();
int specializedSkillCount = datReader.ReadInt32();
uint levelCount = datReader.ReadUInt32();
xp.AbilityXpChart = ReadExperienceChart(abilityCount, ref datReader);
xp.VitalXpChart = ReadExperienceChart(vitalCount, ref datReader);
xp.TrainedSkillXpChart = ReadExperienceChart(trainedSkillCount, ref datReader);
xp.SpecializedSkillXpChart = ReadExperienceChart(specializedSkillCount, ref datReader);
// The level table is a little different since it has UInt64 data types.
LevelingChart levelingXpChart = new LevelingChart();
ulong prevRank = 0;
datReader.Offset += 8; // skip level 0
// Start from 1 because dat includes level 0.
for (uint i = 1; i <= levelCount; i++)
{
CharacterLevel characterLevel = new CharacterLevel();
characterLevel.Level = i;
characterLevel.TotalXp = datReader.ReadUInt64();
characterLevel.FromPreviousLevel = characterLevel.TotalXp - prevRank;
// Store this to use it in the next loop...
prevRank = characterLevel.TotalXp;
levelingXpChart.Levels.Add(characterLevel);
}
// The final section is skill credits... It has the same count as levels.
int cumulativeSkillPoints = 0;
datReader.Offset += 4; // skip level 0
for (int i = 0; i < levelCount; i++)
{
int skillPoint = datReader.ReadInt32();
cumulativeSkillPoints += skillPoint;
levelingXpChart.Levels[i].GrantsSkillPoint = skillPoint == 1;
levelingXpChart.Levels[i].CumulativeSkillPoints = cumulativeSkillPoints;
}
xp.LevelingXpChart = levelingXpChart;
instance = xp;
}
return(instance);
}
