public SNOReader(DiabloIII d3, int address)
{
data = new Dictionary<int, int>();
int ptr = d3.memory.ReadInt(address, d3.offsets[Offset.SNOOffset1]);
int count = d3.memory.ReadInt(ptr + d3.offsets[Offset.SNOOffset2]);
int curOff = d3.memory.ReadInt(ptr + d3.offsets[Offset.SNOOffset3]) + d3.offsets[Offset.SNOOffset4];
for (int i = 0; i <= 4096; i++)
{
int curSNOoff = d3.memory.ReadInt(curOff);
int curSNOid = d3.memory.ReadInt(curSNOoff);
if (curSNOoff == 0 && curSNOid == 0)
break;
try
{
data.Add(curSNOid, curSNOoff);
}
catch (Exception)
{
//removed logging because it was not needed
}
curOff += 0x10;
}
}
public Item(DiabloIII d3, int address)
: base(d3, address)
{
GetItemData();
}
public Actor(Actor other)
{
this.address = other.address;
this.d3 = other.d3;
CachedID = ActorID;
}
public Actor(DiabloIII d3, int address)
{
this.d3 = d3;
this.address = address;
CachedID = ActorID;
}
public ItemFinder(int processID)
{
d3 = new DiabloIII(processID);
IgnoreList = new List<ACDActor>();
}
public ItemFinder()
{
d3 = new DiabloIII();
IgnoreList = new List<ACDActor>();
}
public ACDActor(DiabloIII d3, int address)
: base(d3, address)
{
CachedACDID = ACDID;
GetACDAddress();
}
public ItemFinder(int processID)
{
d3 = new DiabloIII(processID);
IgnoreList = new List <ACDActor>();
}
public ItemFinder()
{
d3 = new DiabloIII();
IgnoreList = new List <ACDActor>();
}