public static CountPointer <T> ReadCountPointer <T>(this Stream IO)
{
CountPointer <T> val = new CountPointer <T> {
Count = IO.ReadInt32(),
Offset = IO.ReadInt32()
}; val.Entries = new T[val.Count]; return(val);
}
public void DFTReader(string file)
{
IsX = false;
DFTs = default;
byte[] dftData = File.ReadAllBytes(file + ".dft");
Struct _DOFT = dftData.RSt(); dftData = null;
if (_DOFT.Header.Signature != 0x54464F44)
{
return;
}
s = File.OpenReader(_DOFT.Data);
s.IsBE = _DOFT.Header.UseBigEndian;
DFTs = s.RCPE <DFT>();
if (DFTs.C < 1)
{
s.C(); DFTs.C = -1; return;
}
if (!(DFTs.C > 0 && DFTs.O == 0))
{
s.PI64 = DFTs.O - _DOFT.Header.Length;
for (i = 0; i < DFTs.C; i++)
{
ref DFT dft = ref DFTs.E[i];
dft.Flags = (Flags)s.RI32E();
dft.Focus = s.RF32E();
dft.FocusRange = s.RF32E();
dft.FuzzingRange = s.RF32E();
dft.Ratio = s.RF32E();
dft.Quality = s.RF32E();
}
}
public static Pointer <Eff> ReadEff(this Stream IO, ref Dictionary <int, AetObject> ObjectsDict)
{
Pointer <Eff> Eff = new Pointer <Eff> {
Offset = IO.Position,
Value = new Eff
{
LayerID = IO.ReadInt32(),
ParentObjectID = IO.ReadInt32(),
Marker = IO.ReadCountPointer <Marker>()
}
};
Eff.Value.Data.Offset = IO.ReadInt32();
IO.Position = Eff.Value.LayerID;
CountPointer <AetObject> AetObjEntry = IO.ReadCountPointer <AetObject>();
IO.Position = AetObjEntry.Offset;
for (int i = 0; i < AetObjEntry.Count; i++)
{
IO.ReadAetObject(ref ObjectsDict);
}
IO.Position = Eff.Value.Marker.Offset;
for (int i = 0; i < Eff.Value.Marker.Count; i++)
{
Eff.Value.Marker.Entries[i].Frame = IO.ReadSingle();
Eff.Value.Marker.Entries[i].Name = IO.ReadPointerStringShiftJIS();
}
IO.ReadAnimData(ref Eff.Value.Data);
return(Eff);
}
public static MsgPack Add(this MsgPack MsgPack, string Name, CountPointer <float> val)
{
if (val.Count == 1)
{
return(MsgPack.Add(new MsgPack(Name, val.Entries[0])));
}
else if (val.Count > 1)
{
MsgPack Val = new MsgPack(val.Count, Name);
for (int i = 0; i < val.Count; i++)
{
Val[i] = val.Entries[i];
}
return(MsgPack.Add(Val));
}
return(MsgPack);
}
public void DFTReader(string file)
{
DFTs = default;
_IO = File.OpenReader(file + ".dft", true);
header = _IO.ReadHeader();
if (header.Signature != 0x54464F44 || header.InnerSignature != 0x3)
{
return;
}
_IO.P -= 0x4;
DFTs = _IO.RCPE <DFT>();
if (DFTs.C < 1)
{
_IO.C(); DFTs.C = -1; return;
}
if (DFTs.C > 0 && DFTs.O == 0)
{
_IO.C(); DFTs.C = -1; return;
}
/*{
* _IO.Format = Header.Format = Format.X;
* _IO.Offset = Header.Length;
* _IO.Position = DFTs.Offset;
* DFTs = _IO.ReadCountPointerX<DFT>();
* }*/
_IO.P = DFTs.O;
for (i = 0; i < DFTs.C; i++)
{
ref DFT DFT = ref DFTs.E[i];
_IO.RI32E();
DFT.Focus = _IO.RF32E();
DFT.FocusRange = _IO.RF32E();
DFT.FuzzingRange = _IO.RF32E();
DFT.Ratio = _IO.RF32E();
DFT.Quality = _IO.RF32E();
if (_IO.IsX)
{
_IO.RI32();
}
}
public void CCTReader(string file)
{
CCTs = default;
_IO = File.OpenReader(file + ".cct", true);
header = _IO.ReadHeader();
if (header.Signature != 0x54524343 || header.InnerSignature != 0x3)
{
return;
}
_IO.P -= 0x4;
CCTs = _IO.RCPE <CCT>();
if (CCTs.C < 1)
{
_IO.C(); CCTs.C = -1; return;
}
if (CCTs.C > 0 && CCTs.O == 0)
{
_IO.C(); CCTs.C = -1; return;
}
/*{
* _IO.Format = Header.Format = Format.X;
* _IO.Offset = Header.Length;
* _IO.Position = CCTs.Offset;
* CCTs = _IO.ReadCountPointerX<CCT>();
* }*/
_IO.P = CCTs.O;
for (i = 0; i < CCTs.C; i++)
{
ref CCT cct = ref CCTs.E[i];
_IO.RI32E();
cct.Hue = _IO.RF32E();
cct.Saturation = _IO.RF32E();
cct.Lightness = _IO.RF32E();
cct.Exposure = _IO.RF32E();
cct.Gamma.X = _IO.RF32E();
cct.Gamma.Y = _IO.RF32E();
cct.Gamma.Z = _IO.RF32E();
cct.Contrast = _IO.RF32E();
}
public static MsgPack ReadMP(this MsgPack msg, ref CountPointer <float> val, string Name)
{
val.Offset = 0;
val.Entries = null;
if (msg.ContainsKey(Name))
{
val.Count = 1;
val[0] = msg.ReadSingle(Name);
}
else if (msg.ElementArray(Name, out MsgPack Temp))
{
val.Count = Temp.Array.Length;
for (int i = 0; i < val.Count; i++)
{
val[i] = Temp[i].ReadSingle();
}
}
return(msg);
}
public void BLTReader(string file)
{
BLTs = default;
_IO = File.OpenReader(file + ".blt", true);
header = _IO.ReadHeader();
if (header.Signature != 0x544D4C42 || header.InnerSignature != 0x3)
{
return;
}
_IO.P -= 0x4;
BLTs = _IO.RCPE <BLT>();
if (BLTs.C < 1)
{
_IO.C(); BLTs.C = -1; return;
}
if (BLTs.C > 0 && BLTs.O == 0)
{
_IO.C(); BLTs.C = -1; return;
}
/*{
* _IO.Format = Header.Format = Format.X;
* _IO.Offset = Header.Length;
* _IO.Position = BLTs.Offset;
* BLTs = _IO.ReadCountPointerX<BLT>();
* }*/
_IO.P = BLTs.O;
for (i = 0; i < BLTs.C; i++)
{
ref BLT blt = ref BLTs.E[i];
_IO.RI32E();
blt.Color.X = _IO.RF32E();
blt.Color.Y = _IO.RF32E();
blt.Color.Z = _IO.RF32E();
blt.Brightpass.X = _IO.RF32E();
blt.Brightpass.Y = _IO.RF32E();
blt.Brightpass.Z = _IO.RF32E();
blt.Range = _IO.RF32E();
}
public static void ReadMP(this MsgPack msg, ref CountPointer <float> val, string Name)
{
val.Offset = 0;
val.Entries = null;
if (msg.ContainsKey(Name))
{
val.Count = 1;
val.Entries[0] = msg.ReadSingle(Name);
}
else if (msg.Element <MsgPack>(Name, out MsgPack Temp))
{
val.Count = Temp.Array.Length;
for (int i = 0; i < val.Count; i++)
{
if (Temp[i] is MsgPack temp)
{
val.Entries[i] = temp.ReadSingle();
}
}
}
}
public void CCTReader(string file)
{
IsX = false;
CCTs = default;
byte[] ccData = File.ReadAllBytes(file + ".cct");
Struct _CCRT = ccData.RSt(); ccData = null;
if (_CCRT.Header.Signature != 0x54524343)
{
return;
}
s = File.OpenReader(_CCRT.Data);
s.IsBE = _CCRT.Header.UseBigEndian;
CCTs = s.RCPE <CCT>();
if (CCTs.C < 1)
{
s.C(); CCTs.C = -1; return;
}
if (!(CCTs.C > 0 && CCTs.O == 0))
{
s.PI64 = CCTs.O - _CCRT.Header.Length;
for (i = 0; i < CCTs.C; i++)
{
ref CCT cct = ref CCTs.E[i];
cct.Flags = (Flags)s.RI32E();
cct.Hue = s.RF32E();
cct.Saturation = s.RF32E();
cct.Lightness = s.RF32E();
cct.Exposure = s.RF32E();
cct.Gamma.X = s.RF32E();
cct.Gamma.Y = s.RF32E();
cct.Gamma.Z = s.RF32E();
cct.Contrast = s.RF32E();
}
}
public void BLTReader(string file)
{
IsX = false;
BLTs = default;
byte[] bltData = File.ReadAllBytes(file + ".blt");
Struct _BLMT = bltData.RSt(); bltData = null;
if (_BLMT.Header.Signature != 0x544D4C42)
{
return;
}
s = File.OpenReader(_BLMT.Data);
s.IsBE = _BLMT.Header.UseBigEndian;
BLTs = s.RCPE <BLT>();
if (BLTs.C < 1)
{
s.C(); BLTs.C = -1; return;
}
if (!(BLTs.C > 0 && BLTs.O == 0))
{
s.PI64 = BLTs.O - _BLMT.Header.Length;
for (i = 0; i < BLTs.C; i++)
{
ref BLT blt = ref BLTs.E[i];
blt.Flags = (Flags)s.RI32E();
blt.Color.X = s.RF32E();
blt.Color.Y = s.RF32E();
blt.Color.Z = s.RF32E();
blt.Brightpass.X = s.RF32E();
blt.Brightpass.Y = s.RF32E();
blt.Brightpass.Z = s.RF32E();
blt.Range = s.RF32E();
}
}
public static void WX <T>(this Stream stream, CountPointer <T> val)
{
stream.WX(val.C); stream.WX(val.O);
}
public void LITReader(string file)
{
LITs = default;
_IO = File.OpenReader(file + ".lit", true);
header = _IO.ReadHeader();
if (header.Signature != 0x4354494C || header.InnerSignature != 0x2 ||
header.SectionSignature != 0x2)
{
return;
}
LITs = _IO.RCPE <CountPointer <LIT> >();
if (LITs.C < 1)
{
_IO.C(); LITs.C = -1; return;
}
_IO.P = LITs.O;
for (i = 0; i < LITs.C; i++)
{
LITs[i] = _IO.RCPX <LIT>();
if ((LITs[i].C > 0 || LITs[i].O == 0) && !_IO.IsX)
{
_IO.C(); LITs.C = -1; return;
}
/*{
* _IO.Format = Header.Format = Format.X;
* _IO.Offset = Header.Length;
* _IO.Position = LITs.Offset;
* LITs[i] = _IO.ReadCountPointerX<LIT>();
* }
* if (_IO.IsX) IO.ReadInt64();*/
}
for (i = 0; i < LITs.C; i++)
{
_IO.P = LITs[i].O;
for (i0 = 0; i0 < LITs[i].C; i0++)
{
ref LIT lit = ref LITs.E[i].E[i0];
lit.Id = (Id )_IO.RI32E();
lit.Flags = (Flags)_IO.RI32E();
lit.Type = (Type )_IO.RI32E();
if (_IO.IsX)
{
_IO.RI64(); _IO.RI64(); _IO.RI64();
}
lit.Ambient.X = _IO.RF32E();
lit.Ambient.Y = _IO.RF32E();
lit.Ambient.Z = _IO.RF32E();
lit.Ambient.W = _IO.RF32E();
lit.Diffuse.X = _IO.RF32E();
lit.Diffuse.Y = _IO.RF32E();
lit.Diffuse.Z = _IO.RF32E();
lit.Diffuse.W = _IO.RF32E();
lit.Specular.X = _IO.RF32E();
lit.Specular.Y = _IO.RF32E();
lit.Specular.Z = _IO.RF32E();
lit.Specular.W = _IO.RF32E();
lit.Position.X = _IO.RF32E();
lit.Position.Y = _IO.RF32E();
lit.Position.Z = _IO.RF32E();
lit.ToneCurve.X = _IO.RF32E();
lit.ToneCurve.Y = _IO.RF32E();
lit.ToneCurve.Z = _IO.RF32E();
if (_IO.IsX)
{
_IO.RI64(); _IO.RI64(); _IO.RI64();
_IO.RI64(); _IO.RI64(); _IO.RI32();
}
}
}
public void LITReader(string file)
{
IsX = false;
LITs = default;
byte[] litData = File.ReadAllBytes(file + ".lit");
Struct _LITC = litData.RSt(); litData = null;
if (_LITC.Header.Signature != 0x4354494C)
{
return;
}
s = File.OpenReader(_LITC.Data);
s.IsBE = _LITC.Header.UseBigEndian;
s.RI32();
LITs = s.RCPE <LightStruct>();
if (LITs.C < 1)
{
s.C(); LITs.C = -1; return;
}
s.PI64 = LITs.O - _LITC.Header.Length;
if (s.RI32() != 0)
{
s.PI64 = LITs.O - _LITC.Header.Length;
for (i = 0; i < LITs.C; i++)
{
LITs.E[i] = new LightStruct
{
C0 = s.RI32E(), O0 = s.RI32E()
}
}
;
for (i = 0; i < LITs.C; i++)
{
s.PI64 = LITs.E[i].O0 - _LITC.Header.Length;
for (i0 = 0; i0 < LITs.E[i].C0; i0++)
{
ref LIT lit = ref LITs.E[i].E0[i0];
lit.Id = s.RI32E();
lit.Flags = (Flags)s.RI32E();
lit.Type = (Type )s.RI32E();
lit.Ambient.X = s.RF32E();
lit.Ambient.Y = s.RF32E();
lit.Ambient.Z = s.RF32E();
lit.Ambient.W = s.RF32E();
lit.Diffuse.X = s.RF32E();
lit.Diffuse.Y = s.RF32E();
lit.Diffuse.Z = s.RF32E();
lit.Diffuse.W = s.RF32E();
lit.Specular.X = s.RF32E();
lit.Specular.Y = s.RF32E();
lit.Specular.Z = s.RF32E();
lit.Specular.W = s.RF32E();
lit.Position.X = s.RF32E();
lit.Position.Y = s.RF32E();
lit.Position.Z = s.RF32E();
lit.ToneCurve.X = s.RF32E();
lit.ToneCurve.Y = s.RF32E();
lit.ToneCurve.Z = s.RF32E();
}
}
}
else
{
IsX = true;
s.PI64 = LITs.O;
for (i = 0; i < LITs.C; i++)
{
LITs.E[i] = new LightStruct
{
C0 = s.RI32E(), C1 = s.RI32E(), O0 = (int)s.RI64E(), O1 = (int)s.RI64E()
}
}
;
for (i = 0; i < LITs.C; i++)
{
s.P = LITs.E[i].O0;
for (i0 = 0; i0 < LITs.E[i].C0; i0++)
{
ref LIT lit = ref LITs.E[i].E0[i0];
lit.Id = s.RI32E();
lit.Flags = (Flags)s.RI32E();
lit.Type = (Type )s.RI32E();
s.RI32();
long off = s.RI64();
lit.HasStr = s.RI64() != 0;
lit.Unk10 = s.RI32();
lit.Ambient.X = s.RF32E();
lit.Ambient.Y = s.RF32E();
lit.Ambient.Z = s.RF32E();
lit.Ambient.W = s.RF32E();
lit.Diffuse.X = s.RF32E();
lit.Diffuse.Y = s.RF32E();
lit.Diffuse.Z = s.RF32E();
lit.Diffuse.W = s.RF32E();
lit.Specular.X = s.RF32E();
lit.Specular.Y = s.RF32E();
lit.Specular.Z = s.RF32E();
lit.Specular.W = s.RF32E();
lit.Position.X = s.RF32E();
lit.Position.Y = s.RF32E();
lit.Position.Z = s.RF32E();
lit.Unk01 = s.RF32();
lit.Unk02 = s.RF32();
lit.Unk03 = s.RF32();
lit.Unk04 = s.RF32();
lit.Unk05.X = s.RF32();
lit.Unk05.Y = s.RF32();
lit.Unk05.Z = s.RF32();
lit.ToneCurve.X = s.RF32E();
lit.ToneCurve.Y = s.RF32E();
lit.ToneCurve.Z = s.RF32E();
lit.Unk = s.RF32();
lit.Unk06 = s.RF32();
lit.Unk07 = s.RF32();
lit.Unk08 = s.RF32();
lit.Str = off > 0 ? s.RaO(off).ToSJIS() : "";
}
s.P = LITs.E[i].O1;
for (i0 = 0; i0 < LITs.E[i].C1; i0++)
{
ref LITX lit = ref LITs.E[i].E1[i0];
lit.C = s.RI32E();
s.RI32E();
lit.O = (int)s.RI64E();
}
for (i0 = 0; i0 < LITs.E[i].C1; i0++)
{
ref LITX lit = ref LITs.E[i].E1[i0];
ref KeyValuePair <int, int>[] data = ref lit.E;
data = new KeyValuePair <int, int> [lit.C];
s.P = lit.O;
for (int i1 = 0; i1 < lit.C; i1++)
{
data[i1] = new KeyValuePair <int, int>(s.RI32E(), s.RI32E());
}
}