private void pack_flags()
{
data_flags = 0;
if (Interior)
{
data_flags = BinaryFlag.set((ushort)data_flags, (ushort)FLAGS_CELL.Interior);
}
if (HasWater)
{
data_flags = BinaryFlag.set((ushort)data_flags, (ushort)FLAGS_CELL.HasWater);
}
}
public static TES5.Group convert(string file)
{
TES5.Group fact = new TES5.Group("FACT");
TES3.ESM.open(file);
while (TES3.ESM.find("FACT"))
{
TES3.Record f3 = new TES3.Record();
f3.read();
string editor_id = f3.find_first("NAME").readString();
string full_name = f3.find_first("NAME") != null?f3.find_first("NAME").readString() : null;
TES5.Record f5 = new TES5.Record("FACT", editor_id);
if (full_name != null)
{
f5.addField(new TES5.Field("FULL", Text.zstring(full_name)));
}
List <TES3.SubRecord> ANAMs = f3.find_all("ANAM", true);
List <TES3.SubRecord> INTVs = f3.find_all("INTV", true);
foreach (TES3.SubRecord intv in INTVs)
{
int reaction = intv.getData().ReadInt32();
if (reaction <= -3) // make hostile
{
reaction = 1;
}
else if (reaction > -3 && reaction <= 1)
{
reaction = 0;
}
else if (reaction >= 2)
{
reaction = 2;
}
}
uint flags = 0;
flags = BinaryFlag.set(flags, 0x8000);
f5.addField(new TES5.Field("DATA", Binary.toBin(flags)));
fact.addRecord(f5);
}
TES3.ESM.close();
return(fact);
}
static TES5.Record make_txst(string editor_id, string texture)
{
texture = texture.Replace(".tga", ".dds");
string path = "morrowind\\";
TES5.Record txset = new TES5.Record("TXST");
txset.addField(new TES5.Field("EDID", Text.editor_id(editor_id)));
txset.addField(new TES5.Field("OBND", new byte[12]));
txset.addField(new TES5.Field("TX00", Text.zstring(path + texture)));
txset.addField(new TES5.Field("TX01", Text.zstring(path + texture.Replace(".dds", "_n.dds"))));
ushort flag = (ushort)BinaryFlag.set(0, 0x01);
txset.addField(new TES5.Field("DNAM", Binary.toBin(flag)));
return(txset);
}
public Record(string type, bool compressed = false)
{
if (type == null)
{
return;
}
this.type = type.ToCharArray(0, 4);
//this.flags = flags;
if (compressed)
{
this.compressed = compressed;
this.flags = BinaryFlag.set((uint)0, (uint)FLAGS.compressed);
}
this.id = FormID.getNew();
this.revision = 5906;
this.version = 43;
this.unknown = 0;
}
public XCLL()
{
Ambient = new byte[4];
Directional = new byte[4];
FogNear = new byte[4];
AmbientX_plus = new byte[4] {
255, 255, 255, 0
};
AmbientX_minus = new byte[4] {
255, 255, 255, 0
};
AmbientY_plus = new byte[4] {
255, 255, 255, 0
};
AmbientY_minus = new byte[4] {
255, 255, 255, 0
};
AmbientZ_plus = new byte[4] {
255, 255, 255, 0
};
AmbientZ_minus = new byte[4] {
255, 255, 255, 0
};
SpecularColor = new byte[4];
FogFar2 = new byte[4];
Inheritflags_minuscontrols = (uint)BinaryFlag.set(0, 0x0001);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0002);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0004);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0008);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0010);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0020);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0040);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0080);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0100);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0200);
Inheritflags_minuscontrols = (uint)BinaryFlag.set(Inheritflags_minuscontrols, 0x0400);
FogPow = 1.0f;
FresnelPower = 1.0f;
FogMax = 1.0f;
}
public void make_persistent()
{
this.flags = BinaryFlag.set(this.flags, 0x400);
}
//byte[] compressed_data;
// END Data
public void setFlag(uint option)
{
flags = BinaryFlag.set(flags, option);
}
public void pack()
{
addField(new Field("EDID", Text.editor_id(editor_id)));
if (full_name != null)
{
addField(new Field("FULL", Text.zstring(full_name)));
}
if (model != null)
{
addField(new Field("MODL", Text.model_path(model)));
}
if (icon != null)
{
addField(new Field("ICON", Text.zstring(icon)));
}
// FIELD -> DATA
{
MemoryStream ms = new MemoryStream();
BinaryWriter bw = new BinaryWriter(ms);
bw.Write((UInt32)Time);
bw.Write((UInt32)Radius);
bw.Write((byte)r);
bw.Write((byte)g);
bw.Write((byte)b);
bw.Write((byte)0);
UInt32 flags = 0;
if (Dynamic)
{
flags = BinaryFlag.set(flags, (UInt32)0x0001);
}
if (carried)
{
flags = BinaryFlag.set(flags, (UInt32)0x0002);
}
if (Flicker)
{
flags = BinaryFlag.set(flags, (UInt32)0x0008);
}
if (Off)
{
flags = BinaryFlag.set(flags, (UInt32)0x0020);
}
if (FlickerSlow)
{
flags = BinaryFlag.set(flags, (UInt32)0x0040);
}
if (Pulse)
{
flags = BinaryFlag.set(flags, (UInt32)0x0080);
}
if (Spotlight)
{
flags = BinaryFlag.set(flags, (UInt32)0x0400);
}
if (Hemisphere)
{
flags = BinaryFlag.set(flags, (UInt32)0x0800);
}
if (Omnidirectional)
{
flags = BinaryFlag.set(flags, (UInt32)0x1000);
}
bw.Write((UInt32)flags);
bw.Write((float)Falloff_Exponent);
bw.Write((float)FOV);
bw.Write((float)Near_Clip);
bw.Write((float)Period);
bw.Write((float)Intensity_Amplitude);
bw.Write((float)Movement_Amplitude);
bw.Write((UInt32)Value);
bw.Write((float)Weight);
if (ms.Length != 48)
{
Log.error("LIGH:DATA must be 48 bytes");
}
addField(new Field("DATA", ms.ToArray()));
}
}