protected override void SubtypeRead(DSBinaryReader bin)
{
X = bin.ReadSingle();
Y = bin.ReadSingle();
Z = bin.ReadSingle();
SUB_CONST_1 = bin.ReadSingle();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUB_CONST_1 = bin.ReadInt32();
SUB_CONST_2 = bin.ReadInt32();
Radius = bin.ReadSingle();
Height = bin.ReadSingle();
EntityID = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
UNK1 = bin.ReadInt32();
UNK2 = bin.ReadInt32();
Radius = bin.ReadSingle();
Height = bin.ReadSingle();
EventEntityID = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUB_CONST_1 = bin.ReadInt32();
SUB_CONST_2 = bin.ReadInt32();
WidthX = bin.ReadSingle();
DepthZ = bin.ReadSingle();
HeightY = bin.ReadSingle();
EntityID = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
HitFilterID = bin.ReadByte();
SoundSpaceType = (PartsCollisionSoundSpaceType)bin.ReadByte();
i_EnvLightMapSpot = bin.ReadInt16();
ReflectPlaneHeight = bin.ReadSingle();
NvmGroup1 = bin.ReadInt32();
NvmGroup2 = bin.ReadInt32();
NvmGroup3 = bin.ReadInt32();
NvmGroup4 = bin.ReadInt32();
VagrantID1 = bin.ReadInt32();
VagrantID2 = bin.ReadInt32();
VagrantID3 = bin.ReadInt32();
MapNameID = bin.ReadInt16();
DisableStart = bin.ReadInt16();
DisableBonfireID = bin.ReadInt32();
SUB_CONST_1 = bin.ReadInt32();
SUB_CONST_2 = bin.ReadInt32();
SUB_CONST_3 = bin.ReadInt32();
PlayRegionID = bin.ReadInt32();
LockCamID1 = bin.ReadInt16();
LockCamID2 = bin.ReadInt16();
SUB_CONST_4 = bin.ReadInt32();
SUB_CONST_5 = bin.ReadInt32();
SUB_CONST_6 = bin.ReadInt32();
SUB_CONST_7 = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUB_CONST_1 = bin.ReadInt32();
if (bin.LongOffsets)
{
bin.Jump(4);
}
SUB_CONST_2 = bin.ReadInt32();
if (bin.LongOffsets)
{
bin.Jump(4);
}
Radius = bin.ReadSingle();
Height = bin.ReadSingle();
EntityID = bin.ReadInt32();
}
protected override void InternalRead(DSBinaryReader bin)
{
Name = bin.ReadMsbString();
Ux04 = bin.ReadInt32();
Index = bin.ReadInt32();
bin.AssertInt32((int)Type);
PosX = bin.ReadSingle();
PosY = bin.ReadSingle();
PosZ = bin.ReadSingle();
RotX = bin.ReadSingle();
RotY = bin.ReadSingle();
RotZ = bin.ReadSingle();
int baseSubtypeDataOffset = bin.ReadInt32();
bin.AssertInt32(OffsetDeltas.Item1 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item1 : 0);
bin.AssertInt32(OffsetDeltas.Item2 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item2 : 0);
bin.AssertInt32(OffsetDeltas.Item3 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item3 : 0);
bin.StepInMSB(baseSubtypeDataOffset);
{
SubtypeRead(bin);
}
bin.StepOut();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUx00 = bin.ReadInt32();
SUx04 = bin.ReadSingle();
SUx08 = bin.ReadSingle();
SUx0C = bin.ReadSingle();
SUx10 = bin.ReadSingle();
SUx14 = bin.ReadSingle();
SUx18 = bin.ReadSingle();
SUx1C = bin.ReadSingle();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SubUnk1 = bin.ReadInt32();
SubUnk2 = bin.ReadSingle();
SubUnk3 = bin.ReadSingle();
SubUnk4 = bin.ReadSingle();
SubUnk5 = bin.ReadSingle();
SubUnk6 = bin.ReadSingle();
SUB_CONST_1 = bin.ReadSingle();
SUB_CONST_2 = bin.ReadSingle();
}
protected override void InternalRead(DSBinaryReader bin)
{
Name = bin.ReadMsbString();
BASE_CONST_1 = bin.ReadInt32();
SolvedIndex = bin.ReadInt32();
bin.AssertInt32((int)Type);
PosX = bin.ReadSingle();
PosY = bin.ReadSingle();
PosZ = bin.ReadSingle();
RotX = bin.ReadSingle();
RotY = bin.ReadSingle();
RotZ = bin.ReadSingle();
if (bin.LongOffsets)
{
bin.Jump(4);
}
int baseSubtypeDataOffset = bin.ReadInt32();
if (bin.LongOffsets)
{
bin.Jump(4);
bin.AssertInt32(OffsetDeltas64.Item1 >= 0
? baseSubtypeDataOffset + OffsetDeltas64.Item1 : 0);
bin.Jump(4);
bin.AssertInt32(OffsetDeltas64.Item2 >= 0
? baseSubtypeDataOffset + OffsetDeltas64.Item2 : 0);
bin.Jump(4);
bin.AssertInt32(OffsetDeltas64.Item3 >= 0
? baseSubtypeDataOffset + OffsetDeltas64.Item3 : 0);
bin.Jump(4);
}
else
{
bin.AssertInt32(OffsetDeltas.Item1 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item1 : 0);
bin.AssertInt32(OffsetDeltas.Item2 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item2 : 0);
bin.AssertInt32(OffsetDeltas.Item3 >= 0
? baseSubtypeDataOffset + OffsetDeltas.Item3 : 0);
}
bin.StepInMSB(baseSubtypeDataOffset);
{
SubtypeRead(bin);
}
bin.StepOut();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUB_CONST_1 = bin.ReadInt32();
SUB_CONST_2 = bin.ReadInt32();
if (bin.IsDeS)
{
NpcSubUnk0 = bin.ReadSingle();
}
else
{
ThinkParamID = bin.ReadInt32();
}
NPCParamID = bin.ReadInt32();
TalkID = bin.ReadInt32();
PointMoveType = bin.ReadByte();
SUB_CONST_3 = bin.ReadByte();
PlatoonID = bin.ReadUInt16();
CharaInitID = bin.ReadInt32();
i_HitName = bin.ReadInt32();
SUB_CONST_4 = bin.ReadInt32();
SUB_CONST_5 = bin.ReadInt32();
SolvedMovePointIndex1 = bin.ReadInt16();
SolvedMovePointIndex2 = bin.ReadInt16();
SolvedMovePointIndex3 = bin.ReadInt16();
SolvedMovePointIndex4 = bin.ReadInt16();
SolvedMovePointIndex5 = bin.ReadInt16();
SolvedMovePointIndex6 = bin.ReadInt16();
SolvedMovePointIndex7 = bin.ReadInt16();
SolvedMovePointIndex8 = bin.ReadInt16();
SpStayAnimID = bin.ReadInt32();
SpStayDamageAnimID = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
UNK1 = bin.ReadByte();
UNK2 = bin.ReadByte();
UNK3 = bin.ReadByte();
UNK4 = bin.ReadByte();
UNK5 = bin.ReadSingle();
UNK6 = bin.ReadInt32();
UNK7 = bin.ReadInt32();
VagrantEntityID1 = bin.ReadInt32();
VagrantEntityID2 = bin.ReadInt32();
VagrantEntityID3 = bin.ReadInt32();
UNK8 = bin.ReadInt16();
UNK9 = bin.ReadInt16();
BonfireObjectEntityID = bin.ReadInt32();
UNK10 = bin.ReadInt32();
UNK11 = bin.ReadInt32();
UNK12 = bin.ReadInt32();
MultiplayerID = bin.ReadInt32();
UNK13 = bin.ReadInt16();
UNK14 = bin.ReadInt16();
UNK15 = bin.ReadInt32();
UNK16 = bin.ReadInt32();
UNK17 = bin.ReadInt32();
UNK18 = bin.ReadInt32();
UNK19 = bin.ReadInt32();
UNK20 = bin.ReadInt32();
}
private void SubtypeReadDeS(DSBinaryReader bin)
{
HitFilterID = bin.ReadByte();
SoundSpaceType = (PartsCollisionSoundSpaceType)bin.ReadByte();
i_EnvLightMapSpot = bin.ReadInt16();
ReflectPlaneHeight = bin.ReadSingle();
NavimeshGroup1 = bin.ReadInt32();
NavimeshGroup2 = bin.ReadInt32();
NavimeshGroup3 = bin.ReadInt32();
NavimeshGroup4 = bin.ReadInt32();
RefTexID1 = bin.ReadInt16();
RefTexID2 = bin.ReadInt16();
RefTexID3 = bin.ReadInt16();
RefTexID4 = bin.ReadInt16();
RefTexID5 = bin.ReadInt16();
RefTexID6 = bin.ReadInt16();
RefTexID7 = bin.ReadInt16();
RefTexID8 = bin.ReadInt16();
RefTexID9 = bin.ReadInt16();
RefTexID10 = bin.ReadInt16();
RefTexID11 = bin.ReadInt16();
RefTexID12 = bin.ReadInt16();
RefTexID13 = bin.ReadInt16();
RefTexID14 = bin.ReadInt16();
RefTexID15 = bin.ReadInt16();
RefTexID16 = bin.ReadInt16();
SUB_CONST_1 = bin.ReadInt16();
MapNameID = bin.ReadInt16();
SUB_CONST_4 = bin.ReadInt32();
SUB_CONST_5 = bin.ReadInt32();
SUB_CONST_6 = bin.ReadInt32();
SUB_CONST_7 = bin.ReadInt32();
}
protected override void InternalRead(DSBinaryReader bin)
{
Name = bin.ReadMsbString();
bin.AssertInt32((int)Type);
Index = bin.ReadInt32();
i_ModelName = bin.ReadInt32();
PlaceholderModel = bin.ReadMsbString();
PosX = bin.ReadSingle();
PosY = bin.ReadSingle();
PosZ = bin.ReadSingle();
RotX = bin.ReadSingle();
RotY = bin.ReadSingle();
RotZ = bin.ReadSingle();
ScaleX = bin.ReadSingle();
ScaleY = bin.ReadSingle();
ScaleZ = bin.ReadSingle();
DrawGroup1 = bin.ReadInt32();
DrawGroup2 = bin.ReadInt32();
DrawGroup3 = bin.ReadInt32();
DrawGroup4 = bin.ReadInt32();
DispGroup1 = bin.ReadInt32();
DispGroup2 = bin.ReadInt32();
DispGroup3 = bin.ReadInt32();
DispGroup4 = bin.ReadInt32();
int baseDataOffset = bin.ReadInt32();
int subtypeDataOffset = bin.ReadInt32();
BASE_CONST_1 = bin.ReadInt32();
bin.StepInMSB(baseDataOffset);
{
EntityID = bin.ReadInt32();
LightID = bin.ReadSByte();
FogID = bin.ReadSByte();
ScatterID = bin.ReadSByte();
LensFlareID = bin.ReadSByte();
ShadowID = bin.ReadSByte();
DofID = bin.ReadSByte();
ToneMapID = bin.ReadSByte();
ToneCorrectID = bin.ReadSByte();
LanternID = bin.ReadSByte();
LodParamID = bin.ReadSByte();
BASE_CONST_2 = bin.ReadByte();
IsShadowSrc = bin.ReadBoolean();
IsShadowDest = bin.ReadBoolean();
IsShadowOnly = bin.ReadBoolean();
DrawByReflectCam = bin.ReadBoolean();
DrawOnlyReflectCam = bin.ReadBoolean();
IsUseDepthBiasFloat = bin.ReadSByte();
DisablePointLightEffect = bin.ReadSByte();
BASE_CONST_3 = bin.ReadByte();
BASE_CONST_4 = bin.ReadByte();
}
bin.StepOut();
bin.StepInMSB(subtypeDataOffset);
{
SubtypeRead(bin);
}
bin.StepOut();
}
private Animation LoadAnimationFromOffset(DSBinaryReader bin, int offset, int animID_ForDebug)
{
int oldOffset = (int)bin.BaseStream.Position;
bin.BaseStream.Seek(offset, SeekOrigin.Begin);
var anim = new Animation();
try
{
int eventCount = bin.ReadInt32();
int eventHeadersOffset = bin.ReadInt32();
bin.BaseStream.Seek(0x10, SeekOrigin.Current); //skip shit we don't need
int animFileOffset = bin.ReadInt32();
for (int i = 0; i < eventCount; i++)
{
//lazily seek to the start of each event manually.
bin.BaseStream.Seek(eventHeadersOffset + (EventHeaderSize * i), SeekOrigin.Begin);
int startTimeOffset = bin.ReadInt32();
int endTimeOffset = bin.ReadInt32();
int eventBodyOffset = bin.ReadInt32();
float startTime = -1;
float endTime = -1;
bin.StepIn(startTimeOffset);
{
startTime = bin.ReadSingle();
}
bin.StepOut();
bin.StepIn(endTimeOffset);
{
endTime = bin.ReadSingle();
}
bin.StepOut();
bin.StepIn(eventBodyOffset);
{
TimeActEventType eventType = (TimeActEventType)bin.ReadInt32();
int eventParamOffset = bin.ReadInt32();
bin.StepIn(eventParamOffset);
{
switch (eventType)
{
case TimeActEventType.Type000: var newType000 = new Tae000(startTime, endTime); newType000.ReadParameters(bin); anim.EventList.Add(newType000); break;
case TimeActEventType.Type001: var newType001 = new Tae001(startTime, endTime); newType001.ReadParameters(bin); anim.EventList.Add(newType001); break;
case TimeActEventType.Type002: var newType002 = new Tae002(startTime, endTime); newType002.ReadParameters(bin); anim.EventList.Add(newType002); break;
case TimeActEventType.Type005: var newType005 = new Tae005(startTime, endTime); newType005.ReadParameters(bin); anim.EventList.Add(newType005); break;
case TimeActEventType.Type008: var newType008 = new Tae008(startTime, endTime); newType008.ReadParameters(bin); anim.EventList.Add(newType008); break;
case TimeActEventType.Type016: var newType016 = new Tae016(startTime, endTime); newType016.ReadParameters(bin); anim.EventList.Add(newType016); break;
case TimeActEventType.Type024: var newType024 = new Tae024(startTime, endTime); newType024.ReadParameters(bin); anim.EventList.Add(newType024); break;
case TimeActEventType.Type032: var newType032 = new Tae032(startTime, endTime); newType032.ReadParameters(bin); anim.EventList.Add(newType032); break;
case TimeActEventType.Type033: var newType033 = new Tae033(startTime, endTime); newType033.ReadParameters(bin); anim.EventList.Add(newType033); break;
case TimeActEventType.Type064: var newType064 = new Tae064(startTime, endTime); newType064.ReadParameters(bin); anim.EventList.Add(newType064); break;
case TimeActEventType.Type065: var newType065 = new Tae065(startTime, endTime); newType065.ReadParameters(bin); anim.EventList.Add(newType065); break;
case TimeActEventType.Type066: var newType066 = new Tae066(startTime, endTime); newType066.ReadParameters(bin); anim.EventList.Add(newType066); break;
case TimeActEventType.Type067: var newType067 = new Tae067(startTime, endTime); newType067.ReadParameters(bin); anim.EventList.Add(newType067); break;
case TimeActEventType.Type096: var newType096 = new Tae096(startTime, endTime); newType096.ReadParameters(bin); anim.EventList.Add(newType096); break;
case TimeActEventType.Type099: var newType099 = new Tae099(startTime, endTime); newType099.ReadParameters(bin); anim.EventList.Add(newType099); break;
case TimeActEventType.Type100: var newType100 = new Tae100(startTime, endTime); newType100.ReadParameters(bin); anim.EventList.Add(newType100); break;
case TimeActEventType.Type101: var newType101 = new Tae101(startTime, endTime); newType101.ReadParameters(bin); anim.EventList.Add(newType101); break;
case TimeActEventType.Type104: var newType104 = new Tae104(startTime, endTime); newType104.ReadParameters(bin); anim.EventList.Add(newType104); break;
case TimeActEventType.Type108: var newType108 = new Tae108(startTime, endTime); newType108.ReadParameters(bin); anim.EventList.Add(newType108); break;
case TimeActEventType.Type109: var newType109 = new Tae109(startTime, endTime); newType109.ReadParameters(bin); anim.EventList.Add(newType109); break;
case TimeActEventType.Type110: var newType110 = new Tae110(startTime, endTime); newType110.ReadParameters(bin); anim.EventList.Add(newType110); break;
case TimeActEventType.Type112: var newType112 = new Tae112(startTime, endTime); newType112.ReadParameters(bin); anim.EventList.Add(newType112); break;
case TimeActEventType.Type114: var newType114 = new Tae114(startTime, endTime); newType114.ReadParameters(bin); anim.EventList.Add(newType114); break;
case TimeActEventType.Type115: var newType115 = new Tae115(startTime, endTime); newType115.ReadParameters(bin); anim.EventList.Add(newType115); break;
case TimeActEventType.Type116: var newType116 = new Tae116(startTime, endTime); newType116.ReadParameters(bin); anim.EventList.Add(newType116); break;
case TimeActEventType.Type118: var newType118 = new Tae118(startTime, endTime); newType118.ReadParameters(bin); anim.EventList.Add(newType118); break;
case TimeActEventType.Type119: var newType119 = new Tae119(startTime, endTime); newType119.ReadParameters(bin); anim.EventList.Add(newType119); break;
case TimeActEventType.Type120: var newType120 = new Tae120(startTime, endTime); newType120.ReadParameters(bin); anim.EventList.Add(newType120); break;
case TimeActEventType.Type121: var newType121 = new Tae121(startTime, endTime); newType121.ReadParameters(bin); anim.EventList.Add(newType121); break;
case TimeActEventType.Type128: var newType128 = new Tae128(startTime, endTime); newType128.ReadParameters(bin); anim.EventList.Add(newType128); break;
case TimeActEventType.Type129: var newType129 = new Tae129(startTime, endTime); newType129.ReadParameters(bin); anim.EventList.Add(newType129); break;
case TimeActEventType.Type130: var newType130 = new Tae130(startTime, endTime); newType130.ReadParameters(bin); anim.EventList.Add(newType130); break;
case TimeActEventType.Type144: var newType144 = new Tae144(startTime, endTime); newType144.ReadParameters(bin); anim.EventList.Add(newType144); break;
case TimeActEventType.Type145: var newType145 = new Tae145(startTime, endTime); newType145.ReadParameters(bin); anim.EventList.Add(newType145); break;
case TimeActEventType.Type193: var newType193 = new Tae193(startTime, endTime); newType193.ReadParameters(bin); anim.EventList.Add(newType193); break;
case TimeActEventType.Type224: var newType224 = new Tae224(startTime, endTime); newType224.ReadParameters(bin); anim.EventList.Add(newType224); break;
case TimeActEventType.Type225: var newType225 = new Tae225(startTime, endTime); newType225.ReadParameters(bin); anim.EventList.Add(newType225); break;
case TimeActEventType.Type226: var newType226 = new Tae226(startTime, endTime); newType226.ReadParameters(bin); anim.EventList.Add(newType226); break;
case TimeActEventType.Type228: var newType228 = new Tae228(startTime, endTime); newType228.ReadParameters(bin); anim.EventList.Add(newType228); break;
case TimeActEventType.Type229: var newType229 = new Tae229(startTime, endTime); newType229.ReadParameters(bin); anim.EventList.Add(newType229); break;
case TimeActEventType.Type231: var newType231 = new Tae231(startTime, endTime); newType231.ReadParameters(bin); anim.EventList.Add(newType231); break;
case TimeActEventType.Type232: var newType232 = new Tae232(startTime, endTime); newType232.ReadParameters(bin); anim.EventList.Add(newType232); break;
case TimeActEventType.Type233: var newType233 = new Tae233(startTime, endTime); newType233.ReadParameters(bin); anim.EventList.Add(newType233); break;
case TimeActEventType.Type236: var newType236 = new Tae236(startTime, endTime); newType236.ReadParameters(bin); anim.EventList.Add(newType236); break;
case TimeActEventType.Type300: var newType300 = new Tae300(startTime, endTime); newType300.ReadParameters(bin); anim.EventList.Add(newType300); break;
case TimeActEventType.Type301: var newType301 = new Tae301(startTime, endTime); newType301.ReadParameters(bin); anim.EventList.Add(newType301); break;
case TimeActEventType.Type302: var newType302 = new Tae302(startTime, endTime); newType302.ReadParameters(bin); anim.EventList.Add(newType302); break;
case TimeActEventType.Type303: var newType303 = new Tae303(startTime, endTime); newType303.ReadParameters(bin); anim.EventList.Add(newType303); break;
case TimeActEventType.Type304: var newType304 = new Tae304(startTime, endTime); newType304.ReadParameters(bin); anim.EventList.Add(newType304); break;
case TimeActEventType.Type306: var newType306 = new Tae306(startTime, endTime); newType306.ReadParameters(bin); anim.EventList.Add(newType306); break;
case TimeActEventType.Type307: var newType307 = new Tae307(startTime, endTime); newType307.ReadParameters(bin); anim.EventList.Add(newType307); break;
case TimeActEventType.Type308: var newType308 = new Tae308(startTime, endTime); newType308.ReadParameters(bin); anim.EventList.Add(newType308); break;
case TimeActEventType.Type401: var newType401 = new Tae401(startTime, endTime); newType401.ReadParameters(bin); anim.EventList.Add(newType401); break;
case TimeActEventType.Type500: var newType500 = new Tae500(startTime, endTime); newType500.ReadParameters(bin); anim.EventList.Add(newType500); break;
}
}
bin.StepOut();
}
bin.StepOut();
}
bin.BaseStream.Seek(animFileOffset, SeekOrigin.Begin);
int fileType = bin.ReadInt32();
if (fileType == 0)
{
anim.IsReference = false;
int dataOffset = bin.ReadInt32();
//bin.BaseStream.Seek(dataOffset, SeekOrigin.Begin);
int nameOffset = bin.ReadInt32();
anim.Unk1 = bin.ReadInt32();
anim.Unk2 = bin.ReadInt32();
if (nameOffset <= 0)
{
throw new Exception("Anim file type was that of a named one but the name pointer was NULL.");
}
bin.BaseStream.Seek(nameOffset, SeekOrigin.Begin);
anim.FileName = ReadUnicodeString(bin);
}
else if (fileType == 1)
{
anim.IsReference = true;
anim.FileName = null;
bin.ReadInt32(); //offset pointing to next dword for some reason.
bin.ReadInt32(); //offset pointing to start of next anim file struct
anim.RefAnimID = bin.ReadInt32();
//Null 1
//Null 2
//Null 3
}
else
{
throw new Exception($"Unknown anim file type code: {fileType}");
}
return(anim);
}
catch (EndOfStreamException)
{
MiscUtil.PrintlnDX($"Warning: reached end of file while parsing animation {animID_ForDebug}; data may not be complete.", ConsoleColor.Yellow);
//if (!MiscUtil.ConsolePrompYesNo("Would you like to continue loading the file and run the risk of " +
// "accidentally outputting a file that might be missing some of its original data?"))
//{
// throw new LoadAbortedException();
//}
//else
//{
// return a;
//}
return(anim);
}
finally
{
bin.BaseStream.Seek(oldOffset, SeekOrigin.Begin);
}
}
protected override void InternalRead(DSBinaryReader bin)
{
Name = bin.ReadMsbString();
bin.AssertInt32((int)Type);
Index = bin.ReadInt32();
ModelIndex = bin.ReadInt32();
PlaceholderModel = bin.ReadMsbString();
PosX = bin.ReadSingle();
PosY = bin.ReadSingle();
PosZ = bin.ReadSingle();
RotX = bin.ReadSingle();
RotY = bin.ReadSingle();
RotZ = bin.ReadSingle();
ScaleX = bin.ReadSingle();
ScaleY = bin.ReadSingle();
ScaleZ = bin.ReadSingle();
DrawGroup1 = bin.ReadInt32();
DrawGroup2 = bin.ReadInt32();
DrawGroup3 = bin.ReadInt32();
DrawGroup4 = bin.ReadInt32();
DispGroup1 = bin.ReadInt32();
DispGroup2 = bin.ReadInt32();
DispGroup3 = bin.ReadInt32();
DispGroup4 = bin.ReadInt32();
int baseDataOffset = bin.ReadInt32();
int subtypeDataOffset = bin.ReadInt32();
Ux60 = bin.ReadInt32();
bin.StepInMSB(baseDataOffset);
{
EventEntityID = bin.ReadInt32();
LightID = bin.ReadByte();
FogID = bin.ReadByte();
ScatterID = bin.ReadByte();
BUx07 = bin.ReadByte();
BUx08 = bin.ReadByte();
BUx09 = bin.ReadByte();
BUx0A = bin.ReadByte();
BUx0B = bin.ReadByte();
BUx0C = bin.ReadInt16();
BUx0E = bin.ReadInt16();
BUx10 = bin.ReadInt16();
BUx12 = bin.ReadInt16();
BUx14 = bin.ReadInt32();
//BUx18 = bin.ReadInt32();
}
bin.StepOut();
bin.StepInMSB(subtypeDataOffset);
{
SubtypeRead(bin);
}
bin.StepOut();
}
private Animation LoadAnimationFromOffset(DSBinaryReader bin, int offset, int animID_ForDebug)
{
int oldOffset = (int)bin.BaseStream.Position;
bin.BaseStream.Seek(offset, SeekOrigin.Begin);
var anim = new Animation();
try
{
int eventCount = bin.ReadInt32();
int eventHeadersOffset = bin.ReadInt32();
bin.BaseStream.Seek(0x10, SeekOrigin.Current); //skip shit we don't need
int animFileOffset = bin.ReadInt32();
for (int i = 0; i < eventCount; i++)
{
//lazily seek to the start of each event manually.
bin.BaseStream.Seek(eventHeadersOffset + (EventHeaderSize * i), SeekOrigin.Begin);
int startTimeOffset = bin.ReadInt32();
int endTimeOffset = bin.ReadInt32();
int eventBodyOffset = bin.ReadInt32();
bin.BaseStream.Seek(startTimeOffset, SeekOrigin.Begin);
float startTime = bin.ReadSingle();
bin.BaseStream.Seek(endTimeOffset, SeekOrigin.Begin);
float endTime = bin.ReadSingle();
bin.BaseStream.Seek(eventBodyOffset, SeekOrigin.Begin);
int eventTypeValue = bin.ReadInt32();
int eventParamOffset = bin.ReadInt32();
bin.BaseStream.Seek(eventParamOffset, SeekOrigin.Begin);
AnimationEventType eventType = (AnimationEventType)eventTypeValue;
var nextEvent = new AnimationEvent(i + 1, eventType, animID_ForDebug);
nextEvent.StartTime = startTime;
nextEvent.EndTime = endTime;
for (int j = 0; j < nextEvent.Parameters.Count; j++)
{
var nextParamVal = new MultiDword()
{
Int = bin.ReadInt32()
};
if (AnimationEvent.CheckIfParamIsUnlikelyToBeFloat(nextParamVal))
{
nextEvent.Parameters[j].Value = nextParamVal.Int.ToString();
}
else
{
string convStr = nextParamVal.Float.ToString();
nextEvent.Parameters[j].Value = convStr + (convStr.Contains(".") ? "" : ".0");
}
}
anim.Events.Add(nextEvent);
}
bin.BaseStream.Seek(animFileOffset, SeekOrigin.Begin);
int fileType = bin.ReadInt32();
if (fileType == 0)
{
int dataOffset = bin.ReadInt32();
bin.BaseStream.Seek(dataOffset, SeekOrigin.Begin);
int nameOffset = bin.ReadInt32();
if (nameOffset == 0)
{
throw new Exception("Anim file type was that of a named one but the name pointer was NULL.");
}
bin.BaseStream.Seek(nameOffset, SeekOrigin.Begin);
anim.FileName = ReadUnicodeString(bin);
}
else if (fileType == 1)
{
anim.FileName = null;
}
else
{
throw new Exception($"Unknown anim file type code: {fileType}");
}
return(anim);
}
catch (EndOfStreamException)
{
MiscUtil.PrintlnDX($"Warning: reached end of file while parsing animation {animID_ForDebug}; data may not be complete.", ConsoleColor.Yellow);
//if (!MiscUtil.ConsolePrompYesNo("Would you like to continue loading the file and run the risk of " +
// "accidentally outputting a file that might be missing some of its original data?"))
//{
// throw new LoadAbortedException();
//}
//else
//{
// return a;
//}
return(anim);
}
finally
{
bin.BaseStream.Seek(oldOffset, SeekOrigin.Begin);
}
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUx00 = bin.ReadSingle();
SUx04 = bin.ReadSingle();
SUx08 = bin.ReadSingle();
SUx0C = bin.ReadSingle();
SUx10 = bin.ReadSingle();
SUx14 = bin.ReadSingle();
SUx18 = bin.ReadSingle();
SUx1C = bin.ReadSingle();
SUx20 = bin.ReadSingle();
SUx24 = bin.ReadSingle();
SUx28 = bin.ReadSingle();
SUx2C = bin.ReadSingle();
SUx30 = bin.ReadSingle();
SUx34 = bin.ReadSingle();
SUx38 = bin.ReadSingle();
SUx3C = bin.ReadSingle();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
MaxNum = bin.ReadByte();
GenType = bin.ReadByte();
LimitNum = bin.ReadInt16();
MinGenNum = bin.ReadInt16();
MaxGenNum = bin.ReadInt16();
MinInterval = bin.ReadSingle();
MaxInterval = bin.ReadSingle();
InitialSpawnNum = bin.ReadInt32();
SUB_CONST_1 = bin.ReadInt32();
SUB_CONST_2 = bin.ReadInt32();
SUB_CONST_3 = bin.ReadInt32();
SUB_CONST_4 = bin.ReadInt32();
SUB_CONST_5 = bin.ReadInt32();
SUB_CONST_6 = bin.ReadInt32();
SUB_CONST_7 = bin.ReadInt32();
InternalSpawnPoint1 = bin.ReadInt32();
InternalSpawnPoint2 = bin.ReadInt32();
InternalSpawnPoint3 = bin.ReadInt32();
InternalSpawnPoint4 = bin.ReadInt32();
InternalSpawnPart1 = bin.ReadInt32();
InternalSpawnPart2 = bin.ReadInt32();
InternalSpawnPart3 = bin.ReadInt32();
InternalSpawnPart4 = bin.ReadInt32();
InternalSpawnPart5 = bin.ReadInt32();
InternalSpawnPart6 = bin.ReadInt32();
InternalSpawnPart7 = bin.ReadInt32();
InternalSpawnPart8 = bin.ReadInt32();
InternalSpawnPart9 = bin.ReadInt32();
InternalSpawnPart10 = bin.ReadInt32();
InternalSpawnPart11 = bin.ReadInt32();
InternalSpawnPart12 = bin.ReadInt32();
InternalSpawnPart13 = bin.ReadInt32();
InternalSpawnPart14 = bin.ReadInt32();
InternalSpawnPart15 = bin.ReadInt32();
InternalSpawnPart16 = bin.ReadInt32();
InternalSpawnPart17 = bin.ReadInt32();
InternalSpawnPart18 = bin.ReadInt32();
InternalSpawnPart19 = bin.ReadInt32();
InternalSpawnPart20 = bin.ReadInt32();
InternalSpawnPart21 = bin.ReadInt32();
InternalSpawnPart22 = bin.ReadInt32();
InternalSpawnPart23 = bin.ReadInt32();
InternalSpawnPart24 = bin.ReadInt32();
InternalSpawnPart25 = bin.ReadInt32();
InternalSpawnPart26 = bin.ReadInt32();
InternalSpawnPart27 = bin.ReadInt32();
InternalSpawnPart28 = bin.ReadInt32();
InternalSpawnPart29 = bin.ReadInt32();
InternalSpawnPart30 = bin.ReadInt32();
InternalSpawnPart31 = bin.ReadInt32();
InternalSpawnPart32 = bin.ReadInt32();
SUB_CONST_8 = bin.ReadInt32();
SUB_CONST_9 = bin.ReadInt32();
SUB_CONST_10 = bin.ReadInt32();
SUB_CONST_11 = bin.ReadInt32();
SUB_CONST_12 = bin.ReadInt32();
SUB_CONST_13 = bin.ReadInt32();
SUB_CONST_14 = bin.ReadInt32();
SUB_CONST_15 = bin.ReadInt32();
SUB_CONST_16 = bin.ReadInt32();
SUB_CONST_17 = bin.ReadInt32();
SUB_CONST_18 = bin.ReadInt32();
SUB_CONST_19 = bin.ReadInt32();
SUB_CONST_20 = bin.ReadInt32();
SUB_CONST_21 = bin.ReadInt32();
SUB_CONST_22 = bin.ReadInt32();
SUB_CONST_23 = bin.ReadInt32();
}
private AnimationRef LoadAnimationFromOffset(DSBinaryReader bin, int offset, int id, Dictionary <int, List <int> > debugUnkTypesReport)
{
int oldOffset = (int)bin.BaseStream.Position;
bin.BaseStream.Seek(offset, SeekOrigin.Begin);
var anim = new AnimationRef();
anim.ID = id;
try
{
Dictionary <int, TimeActEventBase> eventOffsetLookupForEventGroup = new Dictionary <int, TimeActEventBase>();
int eventCount = bin.ReadInt32();
int eventHeadersOffset = bin.ReadInt32();
int eventGroupCount = bin.ReadInt32();
int eventGroupOffset = bin.ReadInt32();
var timeConstantsCount = bin.ReadInt32();
var timeConstantsOffset = bin.ReadInt32();
int animFileOffset = bin.ReadInt32();
if (Header.IsBigEndian)
{
bin.AssertInt32(0);
bin.AssertInt32(0);
bin.AssertInt32(0);
bin.AssertInt32(0);
bin.AssertInt32(0);
}
if (eventCount > 0)
{
for (int i = 0; i < eventCount; i++)
{
var thisEventOffset = eventHeadersOffset + (EventHeaderSize * i);
//lazily seek to the start of each event manually.
bin.BaseStream.Seek(thisEventOffset, SeekOrigin.Begin);
int startTimeOffset = bin.ReadInt32();
int endTimeOffset = bin.ReadInt32();
int eventBodyOffset = bin.ReadInt32();
//if (EventHeaderSize >= 0x10)
//{
// int unk = bin.ReadInt32();
// throw new Exception();
//}
float startTime = -1;
float endTime = -1;
bin.StepIn(startTimeOffset);
{
startTime = bin.ReadSingle();
}
bin.StepOut();
bin.StepIn(endTimeOffset);
{
endTime = bin.ReadSingle();
}
bin.StepOut();
bin.StepIn(eventBodyOffset);
{
int eventTypeInt = bin.ReadInt32();
TimeActEventType eventType = (TimeActEventType)eventTypeInt;
int eventParamOffset = bin.ReadInt32();
if (eventParamOffset <= 0)
{
var newEvent = TimeActEventBase.GetNewEvent(eventType, startTime, endTime);
newEvent.Index = anim.EventList.Count;
anim.EventList.Add(newEvent);
eventOffsetLookupForEventGroup.Add(thisEventOffset, newEvent);
}
else
{
bin.StepIn(eventParamOffset);
{
var newEvent = TimeActEventBase.GetNewEvent(eventType, startTime, endTime);
if (newEvent == null)
{
if (!debugUnkTypesReport.ContainsKey(eventTypeInt))
{
debugUnkTypesReport.Add(eventTypeInt, new List <int>());
}
if (i < eventCount - 1)
{
bin.StepIn(eventHeadersOffset + (EventHeaderSize * (i + 1)));
{
bin.ReadInt32(); //startTimeOffset
bin.ReadInt32(); //endTimeOffset
var nextEventBodyOffset = bin.ReadInt32();
int thisUnkParamByteCount = nextEventBodyOffset - eventParamOffset;
if (!debugUnkTypesReport[eventTypeInt].Contains(thisUnkParamByteCount))
{
debugUnkTypesReport[eventTypeInt].Add(thisUnkParamByteCount);
}
//bin.StepIn(nextEventBodyOffset);
//{
// bin.ReadInt32();//eventType
// var nextEventParamOffset = bin.ReadInt32();
// int thisUnkParamByteCount = nextEventParamOffset - eventParamOffset;
// debugUnkTypesReport[eventTypeInt].Add(thisUnkParamByteCount);
//}
//bin.StepOut();
}
bin.StepOut();
}
else
{
//debugUnkTypesReport[eventTypeInt].Add(-1);
}
}
else
{
newEvent.ReadParameters(bin);
newEvent.Index = anim.EventList.Count;
anim.EventList.Add(newEvent);
eventOffsetLookupForEventGroup.Add(thisEventOffset, newEvent);
}
}
bin.StepOut();
}
}
bin.StepOut();
}
}
if (eventGroupCount > 0 && eventGroupOffset > 0)
{
bin.StepIn(eventGroupOffset);
{
for (int i = 0; i < eventGroupCount; i++)
{
var group = new TimeActEventGroup();
int groupEntryCount = bin.ReadInt32();
int groupPointerOffset = bin.ReadInt32();
int groupTypeOffset = bin.ReadInt32();
bin.StepIn(groupPointerOffset);
{
for (int j = 0; j < groupEntryCount; j++)
{
var groupEventOffset = bin.ReadInt32();
if (eventOffsetLookupForEventGroup.ContainsKey(groupEventOffset))
{
var thisGroupEvent = eventOffsetLookupForEventGroup[groupEventOffset];
group.Events.Add(thisGroupEvent);
}
}
}
bin.StepOut();
bin.StepIn(groupTypeOffset);
{
group.GeneralType = (TimeActEventType)bin.ReadInt32();
}
bin.StepOut();
anim.EventGroupList.Add(group);
}
}
bin.StepOut();
}
bin.BaseStream.Seek(animFileOffset, SeekOrigin.Begin);
int fileType = bin.ReadInt32();
if (fileType == 0)
{
anim.IsReference = false;
int dataOffset = bin.ReadInt32();
//bin.BaseStream.Seek(dataOffset, SeekOrigin.Begin);
int nameOffset = -1;
if (Header.IsBigEndian)
{
anim.OriginalAnimID = bin.ReadInt32();
bin.AssertByte(0);
anim.TAEDataOnly = bin.ReadBoolean();
anim.UseHKXOnly = bin.ReadBoolean();
anim.IsLoopingObjAnim = bin.ReadBoolean();
nameOffset = bin.ReadInt32();
var secondaryNameOffset = bin.ReadInt32();
}
else
{
nameOffset = bin.ReadInt32();
anim.IsLoopingObjAnim = bin.ReadBoolean();
anim.UseHKXOnly = bin.ReadBoolean();
anim.TAEDataOnly = bin.ReadBoolean();
bin.AssertByte(0);
anim.OriginalAnimID = bin.ReadInt32();
bin.AssertInt32(0);
}
if (nameOffset <= 0)
{
//throw new Exception("Anim file type was that of a named one but the name pointer was NULL.");
}
else
{
bin.BaseStream.Seek(nameOffset, SeekOrigin.Begin);
anim.FileName = ReadUnicodeString(bin);
}
}
else if (fileType == 1)
{
anim.IsReference = true;
anim.FileName = null;
if (Header.IsBigEndian)
{
var nullA = bin.ReadInt32();
var nullB = bin.ReadInt32();
var offsetPointingToNextDword = bin.ReadInt32();
var offsetPointingToStartOfNextAnimFileStruct = bin.ReadInt32();
anim.RefAnimID = bin.ReadInt32();
var nullC = bin.ReadInt32();
}
else
{
var offsetPointingToNextDword = bin.ReadInt32();
var offsetPointingToStartOfNextAnimFileStruct = bin.ReadInt32();
anim.RefAnimID = bin.ReadInt32();
var nullA = bin.ReadInt32();
var nullB = bin.ReadInt32();
var nullC = bin.ReadInt32();
}
}
else
{
throw new Exception($"Unknown anim file type code: {fileType}");
}
return(anim);
}
catch (EndOfStreamException)
{
MiscUtil.PrintlnDX($"Warning: reached end of file while parsing animation {id}; data may not be complete.", ConsoleColor.Yellow);
//if (!MiscUtil.ConsolePrompYesNo("Would you like to continue loading the file and run the risk of " +
// "accidentally outputting a file that might be missing some of its original data?"))
//{
// throw new LoadAbortedException();
//}
//else
//{
// return a;
//}
return(anim);
}
finally
{
bin.BaseStream.Seek(oldOffset, SeekOrigin.Begin);
}
}
protected override void SubtypeRead(DSBinaryReader bin)
{
WindVecMinX = bin.ReadSingle();
WindVecMinY = bin.ReadSingle();
WindVecMinZ = bin.ReadSingle();
SubUnk4 = bin.ReadSingle();
WindVecMaxX = bin.ReadSingle();
WindVecMaxY = bin.ReadSingle();
WindVecMaxZ = bin.ReadSingle();
SubUnk8 = bin.ReadSingle();
WindSwingCycle0 = bin.ReadSingle();
WindSwingCycle1 = bin.ReadSingle();
WindSwingCycle2 = bin.ReadSingle();
WindSwingCycle3 = bin.ReadSingle();
WindSwingPow0 = bin.ReadSingle();
WindSwingPow1 = bin.ReadSingle();
WindSwingPow2 = bin.ReadSingle();
WindSwingPow3 = bin.ReadSingle();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SUx00 = bin.ReadInt16();
SUx02 = bin.ReadInt16();
SUx04 = bin.ReadInt16();
SUx06 = bin.ReadInt16();
SUx08 = bin.ReadSingle();
SUx0C = bin.ReadSingle();
SUx10 = bin.ReadInt32();
SUx14 = bin.ReadInt32();
SUx18 = bin.ReadInt32();
SUx1C = bin.ReadInt32();
SUx20 = bin.ReadInt32();
SUx24 = bin.ReadInt32();
SUx28 = bin.ReadInt32();
SUx2C = bin.ReadInt32();
RegionIndex2 = bin.ReadInt32();
SUx34 = bin.ReadInt32();
SUx38 = bin.ReadInt32();
SUx3C = bin.ReadInt32();
PartIndex2 = bin.ReadInt32();
PartIndex3 = bin.ReadInt32();
SUx48 = bin.ReadInt32();
SUx4C = bin.ReadInt32();
SUx50 = bin.ReadInt32();
SUx54 = bin.ReadInt32();
SUx58 = bin.ReadInt32();
SUx5C = bin.ReadInt32();
SUx60 = bin.ReadInt32();
SUx64 = bin.ReadInt32();
SUx68 = bin.ReadInt32();
SUx6C = bin.ReadInt32();
SUx70 = bin.ReadInt32();
SUx74 = bin.ReadInt32();
SUx78 = bin.ReadInt32();
SUx7C = bin.ReadInt32();
SUx80 = bin.ReadInt32();
SUx84 = bin.ReadInt32();
SUx88 = bin.ReadInt32();
SUx8C = bin.ReadInt32();
SUx90 = bin.ReadInt32();
SUx94 = bin.ReadInt32();
SUx98 = bin.ReadInt32();
SUx9C = bin.ReadInt32();
SUxA0 = bin.ReadInt32();
SUxA4 = bin.ReadInt32();
SUxA8 = bin.ReadInt32();
SUxAC = bin.ReadInt32();
SUxB0 = bin.ReadInt32();
SUxB4 = bin.ReadInt32();
SUxB8 = bin.ReadInt32();
SUxBC = bin.ReadInt32();
SUxC0 = bin.ReadInt32();
SUxC4 = bin.ReadInt32();
SUxC8 = bin.ReadInt32();
SUxCC = bin.ReadInt32();
SUxD0 = bin.ReadInt32();
SUxD4 = bin.ReadInt32();
SUxD8 = bin.ReadInt32();
SUxDC = bin.ReadInt32();
SUxE0 = bin.ReadInt32();
SUxE4 = bin.ReadInt32();
SUxE8 = bin.ReadInt32();
SUxEC = bin.ReadInt32();
SUxF0 = bin.ReadInt32();
SUxF4 = bin.ReadInt32();
SUxF8 = bin.ReadInt32();
SUxFC = bin.ReadInt32();
}
protected override void SubtypeRead(DSBinaryReader bin)
{
SubUnk1 = bin.ReadSingle();
SubUnk2 = bin.ReadSingle();
SubUnk3 = bin.ReadSingle();
SubUnk4 = bin.ReadSingle();
SubUnk5 = bin.ReadSingle();
SubUnk6 = bin.ReadSingle();
SubUnk7 = bin.ReadSingle();
SubUnk8 = bin.ReadSingle();
SubUnk9 = bin.ReadSingle();
SubUnk10 = bin.ReadSingle();
SubUnk11 = bin.ReadSingle();
SubUnk12 = bin.ReadSingle();
SubUnk13 = bin.ReadSingle();
SubUnk14 = bin.ReadSingle();
SubUnk15 = bin.ReadSingle();
SubUnk16 = bin.ReadSingle();
}