public void Add(string AbnormId, Abnormality Abnorm)
{
CurrentAbnormalities.Add(AbnormId, Abnorm);
_OnNewAbnormality(CurrentAbnormalities[AbnormId]);
CurrentAbnormalities[AbnormId].OnAbnormalityEnd += RemoveObsoleteAbnormality;
// Logger.Debugger.Debug($"NEW ABNORMALITY: {Abnorm.Name} (ID: {Abnorm.Id})");
}
private void GetAbnormality(string Type, Int64 AbnormalityAddress, int AbnormNumber, string AbnormInternalID, bool IsDebuff, bool HasConditions = false)
{
float Duration = Scanner.READ_FLOAT(AbnormalityAddress);
byte Stack;
// Palico and misc buffs don't stack
switch (Type)
{
case "HUNTINGHORN":
Stack = Scanner.READ_BYTE(AbnormalityAddress + (0x12C - (0x3 * AbnormNumber)));
break;
case "MISC":
if (HasConditions)
{
Stack = (byte)(Scanner.READ_BYTE(AbnormalityAddress + 0x8));
if (Stack == (byte)0)
{
HasConditions = false;
}
}
else
{
Stack = 0;
}
break;
default:
Stack = 0;
break;
}
if ((int)Duration <= 0 && HasConditions != true)
{
// Check if there's an abnormality with that ID
if (Abnormalities[AbnormInternalID] != null)
{
Abnormalities.Remove(AbnormInternalID);
}
else
{
return;
}
}
else
{
// Check for existing abnormalities before making a new one
if (Abnormalities[AbnormInternalID] != null)
{
Abnormalities[AbnormInternalID].UpdateAbnormalityInfo(Type, AbnormInternalID, Duration, Stack, AbnormNumber, IsDebuff, (HasConditions && Duration == 0), Abnormalities.GetAbnormalityIconByID(Type, AbnormNumber));
}
else
{
Abnormality NewAbnorm = new Abnormality();
NewAbnorm.UpdateAbnormalityInfo(Type, AbnormInternalID, Duration, Stack, AbnormNumber, IsDebuff, (HasConditions && Duration == 0), Abnormalities.GetAbnormalityIconByID(Type, AbnormNumber));
Abnormalities.Add(AbnormInternalID, NewAbnorm);
}
}
}
private void UpdateAbnormality(AbnormalityInfo info, long baseAddress)
{
const int firstHornBuffOffset = 0x38;
long abnormalityAddress = baseAddress + info.Offset;
float duration = Scanner.READ_FLOAT(abnormalityAddress);
bool hasConditions = info.HasConditions;
byte stack = 0;
// Palico and misc buffs don't stack
switch (info.Type)
{
case "HUNTINGHORN":
stack = Scanner.READ_BYTE(baseAddress + 0x164 + (info.Offset - firstHornBuffOffset) / 4);
break;
case "MISC":
if (info.HasConditions)
{
stack = Scanner.READ_BYTE(baseAddress + info.Offset + info.ConditionOffset);
hasConditions = stack > 0;
}
break;
}
if ((int)duration <= 0 && !(hasConditions && info.IsInfinite))
{
if (Abnormalities[info.InternalId] != null)
{
Abnormalities.Remove(info.InternalId);
}
return;
}
if (stack < info.Stack)
{
return;
}
if (Abnormalities[info.InternalId] != null)
{
Abnormalities[info.InternalId].UpdateAbnormalityInfo(duration, stack);
}
else
{
var a = new Abnormality(info);
a.UpdateAbnormalityInfo(duration, stack);
Abnormalities.Add(info.InternalId, a);
}
}
public AbnormalityEventArgs(Abnormality abnorm)
{
this.Abnormality = abnorm;
}
protected virtual void _OnAbnormalityRemove(Abnormality abnorm) => OnAbnormalityRemove?.Invoke(this, new AbnormalityEventArgs(abnorm));
protected virtual void _OnNewAbnormality(Abnormality abnorm) => OnNewAbnormality?.Invoke(this, new AbnormalityEventArgs(abnorm));
public AbnormalityEventArgs(Abnormality abnorm) => Abnormality = abnorm;