private void ClearBsaLists()
{
InitBsaLists();
Type0.Clear();
Type1.Clear();
Type2.Clear();
Type3.Clear();
Type4.Clear();
Type6.Clear();
Type7.Clear();
Type8.Clear();
}
public AIChunk(BinaryReader reader)
{
type = reader.ReadInt16();
switch (type)
{
case 4:
type4Data = new Type4();
type4Data.ReadFromFile(reader);
break;
case 7:
type7Data = new Type7();
type7Data.ReadFromFile(reader);
break;
default:
throw new Exception("Unknown type");
}
}
public void SaveIBsaTypes()
{
ClearBsaLists();
foreach (var bsaEntry in IBsaTypes)
{
if (bsaEntry is BSA_Type0 type)
{
Type0.Add(type);
}
else if (bsaEntry is BSA_Type1 type1)
{
Type1.Add(type1);
}
else if (bsaEntry is BSA_Type2 type2)
{
Type2.Add(type2);
}
else if (bsaEntry is BSA_Type3 type3)
{
Type3.Add(type3);
}
else if (bsaEntry is BSA_Type4 type4)
{
Type4.Add(type4);
}
else if (bsaEntry is BSA_Type6 type6)
{
Type6.Add(type6);
}
else if (bsaEntry is BSA_Type7 type7)
{
Type7.Add(type7);
}
else if (bsaEntry is BSA_Type8 type8)
{
Type8.Add(type8);
}
}
}
private class Requires8 { public Requires8(Type1 p1, Type2 p2, Type3 p3, Type4 p4, Type5 p5, Type6 p6, Type7 p7, Type8 p8)
{
}
private class Requires7 { public Requires7(Type1 p1, Type2 p2, Type3 p3, Type4 p4, Type5 p5, Type6 p6, Type7 p7)
{
}