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RE_RSZ.bt
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RE_RSZ.bt
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//------------------------------------------------
//--- 010 Editor v9.0.2 Binary Template
//
// File: RE_RSZ.bt
// Authors: alphaZomega
// Thanks To: Praydog, Darkness, Dtlnor
// Version: 0.88
// Purpose: Parsing RE Engine RSZ data
// Category: RE Engine
// File Mask: *.user.*;*.pfb.*;*.scn.*;*.rcol.*;*.bhvt.*;*.motfsm2.*;*.fsmv2.*;*.fchar.*
// ID Bytes:
// History: Nov 06, 2024
// Note: It is recommended to use this template with 010 Editor v9.0.2 or v10.0.2, to avoid crashes, particulary when using RE_RSZ_ChangeValues.1sc
//------------------------------------------------
// Option: //Effect:
local string RSZVersion <hidden=true> = "DD2"; //change between RE2, RE3, RE8, DMC5, MHRise, DDR, DRDR, SF6, MHWilds
local int RTVersion <hidden=true> = TRUE; //Use Ray-Tracing Update file formats for RE7, RE2R and RE3R (subject to AutoDetectGame)
local int Nesting <hidden=true> = TRUE; //Attempt to nest class instances inside eachother
local int ShowAlignment <hidden=true> = FALSE; //Show metadata for each variable
local int ShowChildRSZs <hidden=true> = FALSE; //Show all RSZs one after another, non-nested. Disabling hides nested RSZHeaders
local int UseSpacers <hidden=true> = TRUE; //Show blank rows between some structs
local int AutoDetectGame <hidden=true> = TRUE; //Automatically detect RSZVersion based on the name + ext of the file being viewed
local int RedetectBHVT <hidden=true> = TRUE; //Will automatically redetect the next BHVT node if there is a problem
local int HideRawData <hidden=true> = FALSE; //Hides RawData struct
local int HideRawNodes <hidden=true> = TRUE; //Hides RawNodes struct
local int SortRequestSets <hidden=true> = TRUE; //Sorts RCOL RequestSets by their IDs
local int ExposeUserDatas <hidden=true> = TRUE; //Makes RSZFiles that contain embedded userDatas start after the Userdatas, for ctrl+J jump
local int SeekByGameObject <hidden=true> = FALSE; //Will automatically seek between detected GameObjects to fix reading errors
local int ReadNodeFullNames <hidden=true> = TRUE; //Reads FSM Node names with the names of all their parents (may be taxing)
//Path to Noesis.exe
local wstring NoesisPath <hidden=true> = "C:\\Program Files\\noesis\\Noesis.exe";
//Game //Extracted Path
local wstring DMC5Path <hidden=true> = "F:\\modmanager\\REtool\\DMC_chunk_000\\natives\\x64\\";
local wstring RE2Path <hidden=true> = "F:\\modmanager\\REtool\\RE2_chunk_000\\natives\\x64\\";
local wstring RE3Path <hidden=true> = "F:\\modmanager\\REtool\\RE3_chunk_000\\natives\\stm\\";
local wstring RE4Path <hidden=true> = "H:\\modding\\REtool\\RE4demo_chunk_000\\natives\\stm\\";
local wstring RE7Path <hidden=true> = "F:\\modmanager\\REtool\\RE7_chunk_000\\natives\\x64\\";
local wstring RE8Path <hidden=true> = "F:\\modmanager\\REtool\\RE8_chunk_000\\natives\\stm\\";
local wstring MHRPath <hidden=true> = "F:\\modmanager\\REtool\\MHR_chunk_000\\natives\\stm\\";
local wstring RE2RTPath <hidden=true> = "F:\\modmanager\\REtool\\RE2RT_chunk_000\\natives\\stm\\";
local wstring RE3RTPath <hidden=true> = "F:\\modmanager\\REtool\\RE3RT_chunk_000\\natives\\stm\\";
local wstring RE7RTPath <hidden=true> = "F:\\modmanager\\REtool\\RE7RT_chunk_000\\natives\\stm\\";
local wstring SF6Path <hidden=true> = "F:\\modmanager\\REtool\\SF6Beta_chunk_000\\natives\\stm\\";
local wstring GTrickPath <hidden=true> = "F:\\modmanager\\REtool\\GT_chunk_000\\natives\\stm\\";
local wstring ApolloPath <hidden=true> = "F:\\modmanager\\REtool\\Apollo_chunk_000\\natives\\stm\\";
local wstring DD2Path <hidden=true> = "H:\\Modding\\REtool\\DD2_chunk_000\\natives\\stm\\";
local wstring DRDRPath <hidden=true> = "H:\\Modding\\REtool\\DRDR_chunk_000\\natives\\stm\\";
local wstring MHWSPath <hidden=true> = "H:\\Modding\\REtool\\MHWS_chunk_000\\natives\\stm\\";
//RSZ Parser By Darkness:
#link "RSZParser.dll"
ubyte IsInitialized();
void ParseJson(string jsonPath);
string GetRSZClassName(uint32 classHash);
uint32 GetRSZClassCRC(uint32 classHash);
uint32 GetFieldCount(uint32 classHash);
uint32 GetFieldAlignment(uint32 classHash, uint32 fieldIndex);
ubyte GetFieldArrayState(uint32 classHash, uint32 fieldIndex);
string GetFieldName(uint32 classHash, uint32 fieldIndex);
string GetFieldTypeName(uint32 classHash, uint32 fieldIndex);
string GetFieldOrgTypeName(uint32 classHash, uint32 fieldIndex);
uint32 GetFieldSize(uint32 classHash, uint32 fieldIndex);
uint64 GetFieldType(uint32 classHash, uint32 fieldIndex);
ubyte IsFieldNative(uint32 classHash, uint32 fieldIndex);
#endlink
#include "Enums.btx" //'btx' is a made up extension for extra template files, to not confuse them with main templates
#include "TagsCollection.btx"
//Local variables:
local int i <hidden=true>, j <hidden=true>, k <hidden=true>, m <hidden=true>, n <hidden=true>, o <hidden=true>, h <hidden=true>, temp <hidden=true>,
matchSize <hidden=true>, lastGameObject <hidden=true>, uniqueHashes[5000] <hidden=true>, hashesLen <hidden=true>, noRetry <hidden=true>;
local uint RSZOffset <hidden=true> = FindFirst("RSZ",1,0,0,0.0,1,0,0,24);
local uint BHVTStart <hidden=true> = FindFirst("BHVT",1,0,0,0.0,1,0,0,24);
local int UVARStart <hidden=true> = BHVTStart;
local uint lastVarEnd <hidden=true>;
local uint realStart <hidden=true> = -1;
local int level <hidden=true>;
local int finished <hidden=true>;
local int broken <hidden=true>;
local ubyte silenceMessages <hidden=true>;
local string s <hidden=true>;
local wstring tempWString <hidden=true>;
local ubyte isAIFile <hidden=true>;
local char magic[4] <hidden=true>;
local ushort headerStringsCount <hidden=true>;
local uint headerStrings[1 + RSZOffset / 64] <hidden=true>;
local uint dummyArr[1] <hidden=true>;
local byte PasteBuffer[100000] <hidden=true>; //100KB buffer
if (detectedHash(4) && !detectedHash(0))
ReadBytes(magic, 4, 4);
else
ReadBytes(magic, 0, 4);
if (ShowAlignment) {
local int varLen <hidden=false>;
local uint maxVars <hidden=true> = ((FileSize()-RSZOffset)/6);
if (maxVars > 1000000) maxVars = 1000000;
local uint offs[maxVars] <hidden=false>, aligns[maxVars] <hidden=false>, sizes[maxVars] <hidden=false>; //synced
} else {
local int varLen <hidden=true>;
}
local string filename <hidden=true> = GetFileName();
local wstring extractedDir <hidden=true> = DMC5Path;
local wstring Local_Directory <hidden=true> = FileNameGetPath(filename, true);
local uint findValue <hidden=true> = find(Local_Directory, "natives");
Local_Directory = StrDel( Local_Directory, findValue, sizeof(Local_Directory) - findValue) + "natives\\";
local wstring dir <hidden=true> = Lower(Local_Directory);
local ushort maxLevels <hidden=true>;
local uint64 RSZAddresses[6000] <hidden=true>;
h = FindFirst(5919570,1,0,0,0.0,1,0,0,24)+4;
while (h != 3) {
RSZAddresses[maxLevels] = h-4;
maxLevels++;
h = FindFirst(5919570,1,0,0,0.0,1,h,0,24)+4;
}
local uint RSZFileMaxDivs <hidden=true> = maxLevels / 100 + 1;
local uint RSZFileWaypoints[RSZFileMaxDivs] <hidden=true>;
local uint RSZFileDivCounter <hidden=true>;
checkHashesForRT();
if (AutoDetectGame) {
if (RTVersion && (findS(filename, "scn\\.1[89]$")!=-1 || findS(filename, "pfb\\.16$")!=-1 || findS(filename, "motfsm2\\.30$")!=-1
|| findS(filename, "rcol\\.10$")!=-1 || findS(filename, "fsmv2\\.30$")!=-1 || findS(filename, "rcol\\.2$")!=-1)) {
Printf("Detected Pre-RayTracing file extension\n");
RTVersion = false;
}
o = 0;
local string xFmt <hidden=true> = "x64\\";
if (find(dir, "dmc5") != -1 || find(dir, "evil may") != -1 || find(dir, "dmc[ _]") != -1) {
RSZVersion = "DMC5"; o = 1;
extractedDir = DMC5Path;
Printf("Detected DMC in filepath\n");
} else if (find(dir, "sf6") != -1 || find(dir, "reet ?[Ff]ighter") != -1) {
RSZVersion = "SF6"; o = 1;
extractedDir = SF6Path;
xFmt = "stm\\";
Printf("Detected SF6 in filepath\n");
} else if (find(dir, "re2") != -1 || find(dir, "evil 2") != -1) {
RSZVersion = "RE2"; o = 1;
if (RTVersion) {
extractedDir = Lower(RE2RTPath);
xFmt = "stm\\";
} else {
extractedDir = Lower(RE2Path);
xFmt = "x64\\";
}
Printf("Detected RE2 in filepath\n");
} else if (find(dir, "re3") != -1 || find(dir, "evil 3") != -1) {
RSZVersion = "RE3"; o = 1;
if (RTVersion)
extractedDir = Lower(RE3RTPath);
else
extractedDir = Lower(RE3Path);
xFmt = "stm\\";
Printf("Detected RE3 in filepath\n");
} else if (find(dir, "re4") != -1 || find(dir, "evil 4") != -1) {
RSZVersion = "RE4"; o = 1;
extractedDir = Lower(RE4Path);
xFmt = "stm\\";
Printf("Detected RE4 in filepath\n");
} else if (find(dir, "re8") != -1 || find(dir, "evil 8") != -1 || find(dir, "illage") != -1) {
RSZVersion = "RE8"; o = 1;
extractedDir = Lower(RE8Path);
xFmt = "stm\\";
Printf("Detected RE8 in filepath\n");
} else if (find(dir, "re7") != -1 || find(dir, "evil 7") != -1) {
RSZVersion = "RE7"; o = 1;
if (RTVersion) {
extractedDir = Lower(RE7RTPath);
xFmt = "stm\\";
} else {
extractedDir = Lower(RE7Path);
xFmt = "x64\\";
}
Printf("Detected RE7 in filepath\n");
} else if (find(dir, "\\mhr") != -1 || find(dir, "nter ?[Rr]") != -1 || find(dir, "[Rr]ise") != -1) {
RSZVersion = "MHRise"; o = 1;
extractedDir = Lower(MHRPath);
xFmt = "stm\\";
Printf("Detected MHRise in filepath\n");
} else if (find(dir, "\\gt") != -1 || find(dir, "host ?tr") != -1 || find(dir, "trick") != -1) {
RSZVersion = "GTrick"; o = 1;
extractedDir = Lower(GTrickPath);
xFmt = "stm\\";
Printf("Detected Ghost Trick in filepath\n");
} else if (find(dir, "dd2") != -1 || find(dir, "ogma") != -1) {
RSZVersion = "DD2"; o = 1;
extractedDir = Lower(DD2Path);
xFmt = "stm\\";
Printf("Detected Dragons Dogma 2 in filepath\n");
} else if (find(dir, "drdr") != -1 || find(dir, "ising") != -1) {
RSZVersion = "DRDR"; o = 1;
extractedDir = Lower(DRDRPath);
xFmt = "stm\\";
Printf("Detected Dead Rising Deluxe Remaster in filepath\n");
} else if (find(dir, "pollo") != -1 || find(dir, "\\[Aa][Jj]") != -1 || find(dir, "\\[Aa][Aa][Tt]") != -1) {
RSZVersion = "Apollo"; o = 1;
extractedDir = Lower(ApolloPath);
xFmt = "stm\\";
Printf("Detected Apollo Justice in filepath\n");
} else if (find(dir, "\\mhw") != -1 || find(dir, "nter ?[Ww]") != -1 || find(dir, "[Ww]ilds") != -1) {
RSZVersion = "MHWilds"; o = 1;
extractedDir = Lower(MHWSPath);
xFmt = "stm\\";
Printf("Detected MHWilds in filepath\n");
}
Local_Directory += xFmt;
} else if ((!RTVersion && (RSZVersion == "RE2" || RSZVersion == "RE7")) || RSZVersion == "DMC5") {
Local_Directory += "x64\\";
} else {
Local_Directory += "stm\\";
}
LittleEndian();
Local_Directory = Lower(Local_Directory);
local string JsonPath <hidden=true> = Lower(FileNameGetPath(GetTemplateFileName()) + "rsz" + RSZVersion);
if (RTVersion && (RSZVersion=="RE2" || RSZVersion=="RE7" || RSZVersion=="RE3"))
JsonPath = JsonPath + "rt";
if (RSZVersion=="SF6" && find(dir, "beta") != -1)
JsonPath = JsonPath + "beta";
JsonPath = JsonPath + ".json";
ParseJson(JsonPath);
if ( RSZOffset > -1 && AutoDetectGame && !(RSZVersion == "RE7" && !RTVersion))
AutoDetectVersion();
RTVersion = (RSZVersion=="RE2" || RSZVersion=="RE7" || RSZVersion=="RE3") * RTVersion;
local string GameVersion = RSZVersion;
if (RTVersion)
local int IsRayTracing = RTVersion;
if (RSZVersion=="SF6" && ReadUInt(4) == id_fchr)
#include "SF6_fchar.btx";
//============================
//Special functions & structs:
void checkHashesForRT() {
local int firstGameObj = FindFirst(3372393495, 1,0,0,0.0,1,0,0,24); //via.GameObject
local int firstFolder = FindFirst(2929908172, 1,0,0,0.0,1,0,0,24); //via.Folder
local int firstFSM = FindFirst(4193703126, 1,0,0,0.0,1,0,0,24); //via.motion.Fsm2ActionPlayMotion
local int firstRCOL = FindFirst(4150774079, 1,0,0,0.0,1,0,0,24); //via.physics.UserData
if (firstGameObj != -1) {
RTVersion = (ReadUInt(firstGameObj+4) == 216572408); //check if CRC version is new
} else if (firstFolder != -1) {
RTVersion = (ReadUInt(firstFolder+4) == 2121287109);
} else if (firstFSM != -1) {
RTVersion = (ReadUInt(firstFSM+4) == 1025596507 && findS(filename, "motfsm2\\.36$") == -1);
} else if (firstRCOL != -1) {
RTVersion = ((ReadUInt(firstRCOL+4) == 374943849) && findS(filename, "rcol\\.11$") == -1);
}
}
void AutoDetectVersion() {
local string hashName;
local uint checkedVersions, instanceCount, objectCount, hash, zz, varsChecked;
local int origRTVersion = RTVersion;
local int badCRCs;
local string origVersion = RSZVersion, origExtractedDir = (string)extractedDir, origXFmt = xFmt,
origLocal_Directory = Local_Directory, origJsonPath = JsonPath;
FSeek(RSZOffset);
if (FTell() + 12 < FileSize())
instanceCount = ReadUInt(FTell() + 12), objectCount = ReadUInt(FTell() + 8);
if (instanceCount) {
FSeek(ReadUInt(RSZOffset+24) + RSZOffset + 8);
//if (ReadUInt64() != 0) {
// if (RSZVersion != "RE7")
// Printf("RSZVersion auto detected to RE7\n");
// RSZVersion = "RE7"; extractedDir = RE7Path; xFmt = "x64\\";
// return;
//}
//if (RSZVersion == "RE3")
for (zz=1; zz<instanceCount; zz++) {
if (varsChecked > 100) break;
hash = ReadUInt();
hashName = ReadHashName(hash);
checkedVersions = 0;
if (hash != 0 && (hashName == "Unknown Class!") && hashName != "via.physics.UserData" && hashName != "via.physics.RequestSetColliderUserData") {
//Printf("%s %i %i\n", hashName, zz, FTell());
while (checkedVersions <= 6 && (hashName == "Unknown Class!")) { //|| (RSZVersion == "RE3" && (hashName == "via.physics.UserData" || hashName == "via.physics.RequestSetColliderUserData"))
switch (checkedVersions) {
case 0: RSZVersion = "DMC5"; extractedDir = DMC5Path; xFmt = "x64\\"; break;
case 1: RSZVersion = "RE2"; extractedDir = RTVersion ? RE2RTPath : RE2Path; xFmt = RTVersion ? "stm\\" : "x64\\"; break;
case 2: RSZVersion = "RE3"; extractedDir = RTVersion ? RE3RTPath : RE3Path; xFmt = "stm\\"; break;
case 3: RSZVersion = "RE8"; extractedDir = RE8Path; xFmt = "stm\\"; break;
case 4: RSZVersion = "MHRise"; extractedDir = MHRPath; xFmt = "stm\\"; break;
case 5: RSZVersion = "RE7"; extractedDir = RTVersion ? RE7RTPath : RE7Path; xFmt = RTVersion ? "stm\\" : "x64\\"; break;
case 6: RSZVersion = "SF6"; extractedDir = SF6Path; xFmt = "stm\\"; break;
case 7: RSZVersion = "RE4"; extractedDir = RE4Path; xFmt = "stm\\"; break;
case 8: RSZVersion = "DD2"; extractedDir = DD2Path; xFmt = "stm\\"; break;
case 9: RSZVersion = "DRDR"; extractedDir = DRDRPath; xFmt = "stm\\"; break;
case 10: RSZVersion = "MHWilds"; extractedDir = MHWSPath; xFmt = "stm\\"; break;
default: break;
}
JsonPath = Lower(FileNameGetPath(GetTemplateFileName()) + "rsz" + RSZVersion);
if (RTVersion && (RSZVersion == "RE2" || RSZVersion == "RE3" || RSZVersion == "RE7"))
JsonPath = JsonPath + "rt";
JsonPath = JsonPath + ".json";
Local_Directory = dir + xFmt;
ParseJson(JsonPath);
hashName = ReadHashName(hash);
checkedVersions++;
}
if (hashName == "Unknown Class!") { //checkedVersions == 8 &&
RSZVersion = origVersion; extractedDir = origExtractedDir; xFmt = origXFmt;
Local_Directory = origLocal_Directory; JsonPath = origJsonPath; RTVersion = origRTVersion;
} else {
Printf("RSZVersion auto detected to %s\n", RSZVersion);
break;
}
} //else
// Printf("%s\n", hashName);
varsChecked++;
FSkip(8);
if (varsChecked > 15)
break;
}
}
FSeek(0);
}
void align(uint alignment) {
while (FTell() % alignment != 0 && FTell() <= FileSize())
FSkip(1);
}
int detectedColorVector(uint64 tell) {
if (tell+16<=FileSize()) {
local float R = ReadFloat(tell), G = ReadFloat(tell+4), B = ReadFloat(tell+8), A = ReadFloat(tell+12);
return ((R >= 0 && G >= 0 && B >= 0 && (A == 0 || A == 1)) && ((R+G+B+A <= 4) || (R+G+B+A) % 1.0 == 0));
} return 0;
}
float readColorFloat(uint64 tell) {
local float colorFlt = ReadFloat(tell);
if (colorFlt <= 1) {
colorFlt = (uint)(colorFlt * 255.0f + 0.5);
if (colorFlt > 255)
return 255;
}
return colorFlt ;
}
/*float colorFloatToByte(ubyte c) {
local float colorFlt = (uint)(colorFlt * 255.0f + 0.5);
if (colorFlt > 255) return 255;
if (colorFlt < 0) return 255;
return colorFlt ;
}
float colorByteToFloat(ubyte c) {
local float colorFlt = (uint)(colorFlt * 255.0f + 0.5);
if (colorFlt > 255) return 255;
if (colorFlt < 0) return 255;
return colorFlt ;
}*/
int detectedFloat(uint64 offset) {
if (offset+4 <= FileSize()) {
local float flt = ReadFloat(offset);
if (BHVTStart != -1)
return (ReadUByte(offset+3) < 255 && (Abs(flt) > 0.000001 && Abs(flt) < 100000) || ReadInt(offset) == 0);
else return (ReadUByte(offset+3) < 255 && (Abs(flt) > 0.0000001 && Abs(flt) < 10000000) || ReadInt(offset) == 0);
} return false;
}
int detectedStringSm(uint64 offset) {
if (offset+4 <= FileSize())
if (ReadUShort(offset-2) == 0)
if (ReadByte(offset) != 0 || ReadUShort(offset) == 0)
if (ReadByte(offset + 1) == 0 || sizeof(ReadWString(offset)) > 5)
//if (sizeof(ReadWString(offset)) >= 2)
return true;
return false;
}
int detectedString(uint64 offset) {
if (offset+6 <= FileSize())
if (ReadByte(offset) != 0 && ReadByte(offset + 1) == 0)
if (ReadByte(offset + 2) != 0 && ReadByte(offset + 3) == 0)
if (ReadByte(offset + 4) != 0) // && ReadByte(offset + 5) == 0
return true;
return false;
}
int detectedNode (uint tell) {
if (tell+12<FileSize())
if (ReadInt(tell-4) == 0)
if (ReadInt(tell) != -1)
if (detectedHash(tell))
if (ReadInt(tell+8) != 0)
if (detectedStringSm(startof(Header.BHVT.mNamePool) + 4 + (ReadUInt(tell+8)*2)))
return true;
return false;
}
int find(wstring str, wstring term) { return (RegExSearch(str, term, matchSize, 0)); }
int findS(string str, string term) { return (RegExSearch(str, term, matchSize, 0)); }
wstring Lower(wstring s1) { local string s = s1, s2 = s; for (k=0; k < sizeof(s); k++) s2[k] = ToLower(s[k]); return s2; }
wstring Upper(wstring s1) { local string s = s1, s2 = s; for (k=0; k < sizeof(s); k++) s2[k] = ToUpper(s[k]); return s2; }
int detectedBools(uint tell) {
local uint nonBoolTotal;
for (o=0; o<4; o++)
if (ReadUByte(tell + o) > 1)
nonBoolTotal++;
if (nonBoolTotal == 0)
return true;
return false;
}
int detectedHash(uint tell) {
local uint tst = ReadInt(tell);
if (tst == -1 || tst == 0)
return false;
local ubyte nonHashTotal;
for (o=0; o<4; o++)
if (ReadUByte(tell + o) == 0)
nonHashTotal++;
if (nonHashTotal <= 1)
return true;
return false;
}
void FileOpener(wstring path) {
local wstring tmpNm = GetTemplateFileNameW();
if (FileExists(NoesisPath) && (find(path, ".mesh.") != -1 || find(path, ".tex.") != -1)) {
Exec(NoesisPath, "\"" + path + "\"", 0);
FileOpen(path, TRUE, "hex", 0);
} else FileOpen(path, TRUE, "hex", 0);
FileSelect(FindOpenFileW(path));
if (GetTemplateFileNameW() == "")
RunTemplate(tmpNm, 0);
}
typedef byte BLANK <name=readBLANK, read=readBLANK>;
string readBLANK(BLANK &ref) { return " ";}
string ReadErrorNotice(BLANK &b) { return "[Read Error Adjustment]"; }
string ReadUserDataNotice(BLANK &b) { return "[Embedded UserDatas]"; }
string ReadMainDataNotice(BLANK &b) { return "[Main Data]"; }
void checkUseSpacers() { //this is used a lot to make things more readable and to make <open=true> work when at the end of a list
if (UseSpacers) {
FSkip(-1);
BLANK blank;
}
}
typedef enum {
id_All = -1,
id_Actions = 0,
id_Selectors = 1,
id_SelectorCallers = 2,
id_Conditions = 3,
id_TransitionEvents = 4,
id_ExpressionTreeConditions = 5,
id_StaticActions = 6,
id_StaticSelectorCallers = 7,
id_StaticConditions = 8,
id_StaticTransitionEvents = 9,
id_StaticExpressionTreeConditions = 10,
id_Transition = 11,
id_Paths = 12,
id_Tags = 13,
id_NameHash = 14
} BHVTlvl;
typedef enum <uint32> {
ukn_error = 0,
ukn_type,
not_init,
class_not_found,
out_of_range,
Undefined_tid,
Object_tid,
Action_tid,
Struct_tid,
NativeObject_tid,
Resource_tid,
UserData_tid,
Bool_tid,
C8_tid,
C16_tid,
S8_tid,
U8_tid,
S16_tid,
U16_tid,
S32_tid,
U32_tid,
S64_tid,
U64_tid,
F32_tid,
F64_tid,
String_tid,
MBString_tid,
Enum_tid,
Uint2_tid,
Uint3_tid,
Uint4_tid,
Int2_tid,
Int3_tid,
Int4_tid,
Float2_tid,
Float3_tid,
Float4_tid,
Float3x3_tid,
Float3x4_tid,
Float4x3_tid,
Float4x4_tid,
Half2_tid,
Half4_tid,
Mat3_tid,
Mat4_tid,
Vec2_tid,
Vec3_tid,
Vec4_tid,
VecU4_tid,
Quaternion_tid,
Guid_tid,
Color_tid,
DateTime_tid,
AABB_tid,
Capsule_tid,
TaperedCapsule_tid,
Cone_tid,
Line_tid,
LineSegment_tid,
OBB_tid,
Plane_tid,
PlaneXZ_tid,
Point_tid,
Range_tid,
RangeI_tid,
Ray_tid,
RayY_tid,
Segment_tid,
Size_tid,
Sphere_tid,
Triangle_tid,
Cylinder_tid,
Ellipsoid_tid,
Area_tid,
Torus_tid,
Rect_tid,
Rect3D_tid,
Frustum_tid,
KeyFrame_tid,
Uri_tid,
GameObjectRef_tid,
RuntimeType_tid,
Sfix_tid,
Sfix2_tid,
Sfix3_tid,
Sfix4_tid,
Position_tid,
F16_tid,
End_tid,
Data_tid
} TypeIDs;
uint getAlignedOffset(uint tell, uint alignment) {
local uint offset = tell;
switch (alignment) {
case 2: offset = tell + (tell % 2); break; //2-byte
case 4: offset = (tell + 3) & 0xFFFFFFFFFFFFFFFC; break; //4-byte
case 8: offset = (tell + 7) & 0xFFFFFFFFFFFFFFF8; break; //8-byte
case 16: offset = (tell + 15) & 0xFFFFFFFFFFFFFFF0; break; //16-byte
default: break;
}
return offset;
}
typedef struct(int listSize) {
local ubyte listSize <hidden=true> = listSize;
int Count;
} BHVTCount <read=ReadBHVTCount, write=WriteBHVTCount>;
string ReadBHVTCount(BHVTCount &c) { local string s; SPrintf(s, "%i", c.Count); return s; }
void WriteBHVTCount(BHVTCount &c, string s) {
local int newCount = Atoi(s);
if (newCount - c.Count > 0) {
local int k, j, padding;
local int addedSz = ((newCount - c.Count) * 4 * c.listSize);
if ( ((newCount - c.Count) * 4 * c.listSize) % 16 != 0)
while ((RSZOffset + addedSz + padding) % 16 != RSZOffset % 16)
padding++;
FixBHVTOffsets(addedSz + padding, RSZOffset);
local int extraStateBytes;
if (c.listSize == 6 && c.Count > 0) //states
extraStateBytes = ((startof(parentof(c)) + sizeof(parentof(c)) - (startof(c) + 4)) - (c.Count * 4 * c.listSize));
for (k=c.listSize; k>0; k--) {
InsertBytes(startof(c) + 4 + ((c.Count*4) * k) + (extraStateBytes), 4 * (newCount - c.Count), 0);
Printf("inserting %i bytes at %i for +%i new items\n", 4 * (newCount - c.Count), startof(c) + 4 + (c.Count*4) * k, newCount - c.Count);
}
if (padding)
InsertBytes(RSZOffset+addedSz, padding, 0);
ShowRefreshMessage("");
}
c.Count = newCount;
}
void FixBHVTOffsets(int addedSz, uint insertPoint) {
local int tt, vr, nd, nv;
if (exists(Header.treeDataSize))
Header.treeDataSize += addedSz;
if (BHVTStart > 0)
FixOffsets(0, BHVTStart, insertPoint, FileSize()+addedSz, addedSz, 0);
FixOffsets(BHVTStart, BHVTStart+sizeof(Header.BHVT), insertPoint - BHVTStart - 8, FileSize()+addedSz, addedSz, 0);
while(exists(RSZFile[tt])) {
if (!RSZFile[tt].isEmbeddedUserData)
FixOffsets(startof(RSZFile[tt]) + addedSz, startof(RSZFile[tt].RSZHeader)+48, insertPoint, FileSize()+addedSz, addedSz, 0);
tt++;
}
tt=0;
while (exists(Header.BHVT.Uvar[tt])) {
FixOffsets(startof(Header.BHVT.Uvar[tt]), startof(Header.BHVT.Uvar[tt])+40, insertPoint-BHVTStart, FileSize()+addedSz, addedSz, 0); //Header
if (exists(Header.BHVT.Uvar[tt].Data)) {
FixOffsets(startof(Header.BHVT.Uvar[tt].Data), startof(Header.BHVT.Uvar[tt].Data)+sizeof(Header.BHVT.Uvar[tt].Data), insertPoint-BHVTStart, FileSize()+addedSz, addedSz, 0); //Data
vr=0;
while(exists(Header.BHVT.Uvar[tt].Data.Var[vr])) {
if (exists(Header.BHVT.Uvar[tt].Data.Var[vr].VarData)) {
if (Header.BHVT.Uvar[tt].Data.Var[vr].VarData.nodesOffset > 0) Header.BHVT.Uvar[tt].Data.Var[vr].VarData.nodesOffset += addedSz;
if (Header.BHVT.Uvar[tt].Data.Var[vr].VarData.offset2 > 0) Header.BHVT.Uvar[tt].Data.Var[vr].VarData.offset2 += addedSz; //all this because [propCount, ukn00, ukn01] sometimes make false positives for FixOffsets
nd = 0;
while(exists(Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd])) {
if (Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].name.strOffset > 0) Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].name.strOffset += addedSz;
if (Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].dataOffset > 0) Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].dataOffset += addedSz;
nv = 0;
while (exists(Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].Value[nv])) {
if (exists(Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].Value[nv].hashOffs)
&& Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].Value[nv].hashOffs > 0) {
Header.BHVT.Uvar[tt].Data.Var[vr].VarData.Node[nd].Value[nv].hashOffs += addedSz;
}
nv++;
}
nd++;
}
}
vr++;
}
}
if (exists(Header.BHVT.Uvar[tt].HashData))
FixOffsets(startof(Header.BHVT.Uvar[tt].HashData), startof(Header.BHVT.Uvar[tt].HashData)+sizeof(Header.BHVT.Uvar[tt].HashData)
, insertPoint-BHVTStart, FileSize()+addedSz, addedSz, 0); //Hashes
if (exists(Header.BHVT.Uvar[tt].EmbeddedUVARs))
FixOffsets(startof(Header.BHVT.Uvar[tt].EmbeddedUVARs)+4, 4+startof(Header.BHVT.Uvar[tt].EmbeddedUVARs)+sizeof(Header.BHVT.Uvar[tt].EmbeddedUVARs.embedOffsets)
, insertPoint-BHVTStart, FileSize()+addedSz, addedSz, 0); //embeds
if (exists(Header.BHVT.Uvar[tt].EndOffsets))
FixOffsets(startof(Header.BHVT.Uvar[tt].EndOffsets), startof(Header.BHVT.Uvar[tt].EndOffsets)+sizeof(Header.BHVT.Uvar[tt].EndOffsets)
, insertPoint-BHVTStart, FileSize()+addedSz, addedSz, 0); //End Offsets
tt++;
}
}
void FixRCOLOffsets(uint sizeToAdd, uint insertPt, int64 limitOffset) {
if (exists(RequestSets)) {
//if (sizeof(RSZFile[0]) != Header.userDataSize)
// Header.userDataSize = sizeof(RSZFile[0]);
FixOffsets(0, Groups.shapesEnd, insertPt, limitOffset, sizeToAdd, 0);
FixOffsets(startof(RequestSets), startof(RequestSets)+sizeof(RequestSets), insertPt, limitOffset, sizeToAdd, 0);
if (exists(IgnoreTags))
FixOffsets(startof(IgnoreTags), startof(IgnoreTags)+sizeof(IgnoreTags), insertPt, limitOffset, sizeToAdd, 0);
}
}
void WriteNewNode(ubyte &n, string s) {
local int addedSz = 78;
if (isAIFile)
addedSz = 52;
local int stringInsertPt = startof(Header.BHVT.mNamePool)+sizeof(Header.BHVT.mNamePool);
local int nodeInsertPt = startof(BehaviorTree.RawNodes)+sizeof(BehaviorTree.RawNodes);
local uint newHash = hash_wide(s);
local int existingPadding, stringPadding, nodePadding;
local int stringSz = sizeof(s)*2;
nodePadding = 16 - (addedSz % 16);
while(ReadUByte(stringInsertPt+existingPadding) == 0)
existingPadding++;
while((stringInsertPt + stringSz + stringPadding) % 16 != stringInsertPt % 16)
stringPadding++;
if (existingPadding + stringPadding > 16)
stringPadding -= 16;
FixBHVTOffsets(stringSz + stringPadding, stringInsertPt); // - stringPadding
FixBHVTOffsets(addedSz + nodePadding, RSZOffset); //-64
Header.BHVT.mNamePool.poolSize += sizeof(s);
SetCursorPos(stringInsertPt);
if (stringPadding > 0)
InsertBytes(stringInsertPt, stringPadding, 0);
if (stringPadding < 0)
DeleteBytes(stringInsertPt, -stringPadding);
InsertBytes(stringInsertPt, stringSz, 0);
WriteWString(stringInsertPt, s);
InsertBytes(RSZOffset, 16 - (addedSz % 16), 0);
InsertBytes(nodeInsertPt, addedSz, 0);
for (i=0;i<4;i++)
WriteUByte(nodeInsertPt+i, Random(255)); //Random hash
WriteUInt(nodeInsertPt+8, (stringInsertPt - startof(Header.BHVT.mNamePool)-4) / 2);
WriteInt(nodeInsertPt+24, -1);
WriteInt(nodeInsertPt+32, -1);
if (!isAIFile) {
WriteUInt(nodeInsertPt+44, 35);
WriteUInt(nodeInsertPt+48, newHash);
WriteUInt(nodeInsertPt+52, newHash);
}
BehaviorTree.NodeCount += 1;
ShowRefreshMessage("");
}
string readNodeWriterMessage(ubyte &n) { return " [Input a name here to add a Behavior Node]"; }
void ShowRefreshMessage(string extraMsg) {
if (!silenceMessages)
MessageBox( idOk, "Insert Data", "%sPress F5 to refresh the template and fix template results", extraMsg);
}
//General offset fixer
void FixOffsets(uint64 tell, uint64 tellLimit, uint64 insertPoint, int64 maxOffset, uint64 addedSz, int doInt32) {
if (tell > tellLimit) {
Printf("Cannot fix offsets: insert point %i is before start boundary %i\n", insertPoint, tell);
return;
}
Printf("Fixing Offsets greater than %i and less than %i from positions %i to %i:\n\n", insertPoint, maxOffset, tell, tellLimit);
local uint64 pos = FTell();
local int64 tmp;
local int varSize = 8 + -4 * (doInt32 > 0);
FSeek(tell);
while(FTell() + varSize <= tellLimit) {
if (FTell()+varSize > FileSize())
break;
if (doInt32)
tmp = ReadInt(FTell());
else
tmp = ReadInt64(FTell());
if (tmp >= insertPoint && tmp <= maxOffset) {
Printf("@ position %i: %Li >= %Li (limit %i) added +%i\n", FTell(), tmp, insertPoint, maxOffset, addedSz);
if (doInt32)
tmp = WriteUInt(FTell(), tmp + addedSz);
else
WriteUInt64(FTell(), tmp + addedSz);
}// else //if (tmp && tmp <= maxOffset)
// Printf("@ position %i: %Li >! %Li (limit %i) %i\n", FTell(), tmp, insertPoint, tellLimit, addedSz);
FSkip(varSize);
}
}
//Sorts array in ascending order, then sorts array2 by array (from Che)
void quicksort( int low, int high, uint array[], uint array2[] ) {
local int i = low;
local int j = high;
local int temp = 0;
local int z = array[(low + high) / 2]; // Choose a pivot value
local byte doArray2;
if (exists(array2[1]))
doArray2 = true;
while( i <= j ) { // Partition the data
while( array[i] < z ) // Find member above
i++;
while( array[j] > z ) // Find element below
j--;
if( i <= j ) {
// swap two elements
temp = array[i];
array[i] = array[j];
array[j] = temp;
if (doArray2) {
temp = array2[i];
array2[i] = array2[j];
array2[j] = temp;
}
i++;
j--;
}
}
// Recurse
if( low < j )
quicksort( low, j, array, array2 );
if( i < high )
quicksort( i, high, array, array2 );
}
int getLevel(uint offset) {
local int L = 0;
for (L=getRSZFileWaypointIndex(offset); L<level; L++) {
if (offset >= startof(RSZFile[L].Data) && offset < startof(RSZFile[L].Data) + sizeof(RSZFile[L].Data))
break;
}
return L;
}
int getLevelRSZ(uint offset) {
local int L;
for (L=getRSZFileWaypointIndex(offset); L<level; L++) {
if (offset >= startof(RSZFile[L].RSZHeader) - 16 && offset <= startof(RSZFile[L].RSZHeader) + 16)
break;
}
return L;
}
typedef struct {
uchar uuid[16] <open=suppress>;
local int firstFourBytes <hidden=true> = ReadInt(startof(uuid));
if (firstFourBytes != -1 && firstFourBytes != 0 ) {
if (FindFirst(firstFourBytes) != startof(uuid) || FindFirst(firstFourBytes,1,0,0,0.0,1,startof(uuid)+16,0,24) != -1) {
local string Guid <hidden=true> = TranslateGUID(uuid);
FSkip(-4);
struct SAMEGUIDS SameGUIDs(TranslateGUID(uuid)) <size=4>;
}
}
} rGUID <read=ReadrGUID, write=WriterGuid, comment=ReadrGUIDComment>;
string TranslateGUID (uchar uuid[]) {
local char s[37];
SPrintf(s,
"%02x%02x%02x%02x-%02x%02x-%02x%02x-%02x%02x-%02x%02x%02x%02x%02x%02x",
uuid[3], uuid[2], uuid[1], uuid[0], uuid[5], uuid[4], uuid[7], uuid[6],
uuid[8], uuid[9], uuid[10], uuid[11], uuid[12], uuid[13], uuid[14], uuid[15]
);
return s;
}
string ReadrGUID (rGUID &g) {
local string Guid = TranslateGUID(g.uuid);
return Guid;
}
string ReadrGUIDComment(rGUID &g) { if (exists(g.GameObjectRef)) return g.GameObjectRef; return ""; }
void WriterGuid (rGUID &g, string s) {
local string out;
local byte ii, offset;
local uchar uuid[16];
for (ii=0; ii<16; ii++) {
if (ii==4 || ii== 6 || ii==8 || ii==10)
offset++;
SScanf(SubStr(s, ii*2 + offset, 2), "%x", uuid[ii]);
}
local uchar uuid_le[16] = {
uuid[3], uuid[2], uuid[1], uuid[0], uuid[5], uuid[4], uuid[7], uuid[6],
uuid[8], uuid[9], uuid[10], uuid[11], uuid[12], uuid[13], uuid[14], uuid[15]
};
WriteBytes(uuid_le, startof(g), 16);
}
//functions for opening files:
string getRE2ext(wstring ext) {
switch (ext) {
case ".jcns": return ".11";
case ".pfb": return ".16";
case ".mdf2": case ".tex": case ".rcol": case ".jmap": return ".10";
case ".efx": return ".1769669";
case ".wcc": case ".wss": case ".ies": case ".uvar": case ".wss": case ".fbxskel": return ".2";
case ".wel": return ".11";
case ".mesh": return ".1808312334";
case ".fsmv2": case ".bhvt": case ".motfsm2": return ".30";
case ".scn": return ".19";
case ".motbank": case ".mov": return ".1";
case ".chain": return ".21";
case ".lprb": return ".3";
case ".mmtr": return ".1808160001";
case ".tml": case ".clip": case ".rbs": return ".27";
case ".motlist": return ".85";
case ".mcol": return ".3017";
case ".cfil": case ".uvs": return ".7";
case ".mot": return ".65";
case ".gui": return ".270020";
case ".rmesh": return ".10008";
case ".rtex": return ".4";
case ".rbs": case ".rdd": return ".27019";
case ".mcamlist": case ".msg": return ".13";
default: return "";
}
}
string getRE3ext(wstring ext) {
switch (ext) {
case ".mcol": return ".9018";
case ".jcns": return ".12";
case ".pfb": return ".17";
case ".mdf2": return ".13";
case ".tex": return ".190820018";
case ".rcol": case ".jmap": return ".11";
case ".lprb": return ".4";
case ".efx": return ".2228526";
case ".wcc": case ".wss": case ".ies": case ".uvar": case ".wss": case ".user": return ".2";
case ".wel": return ".11";
case ".mesh": return ".1902042334";
case ".fsmv2": case ".bhvt": case ".tml": case ".clip": return ".34";
case ".motfsm2": return ".36";
case ".scn": return ".20";
case ".mov": return ".1";
case ".chain": return ".24";
case ".fbxskel": case ".motbank": return ".3";
case ".mmtr": return ".1905100741";
case ".rbs": return ".28";
case ".motlist": return ".99";
case ".cfil": case ".uvs": return ".7";
case ".mot": return ".78";
case ".gui": return ".340020";
case ".rmesh": return ".17008";
case ".rtex": return ".4";
case ".rdd": return ".28019";
case ".mcamlist": return ".14";
case ".msg": return ".15";
default: return "";
}
}
string getRE7ext(wstring ext) {
switch (ext) {
case ".uvar": case ".lprb": case ".rcol": case ".mcol": case ".wcc": case ".wss": case ".ies": return ".2";
case ".pfb": return ".16";
case ".mdf2": return ".6";
case ".efx": return ".1179750";
case ".tex": case ".jmap": case ".aimap": return ".8";
case ".wel": return ".10";
case ".mesh": return ".32";
case ".fsm": case ".motfsm": return ".17";
case ".scn": case ".tml": return ".18";
case ".motbank": return ".1";
case ".mov": return ".1.x64";
case ".chain": return ".5";
case ".mmtr": return ".69";
case ".motlist": return ".60";
case ".cfil": return ".3";
case ".uvs": return ".5";
case ".mot": return ".17";
case ".gui": return ".180014";
case ".rtex": return ".4";
case ".mcamlist": return ".7";
case ".msg": return ".12";
case ".clo": return ".2016100701";
case ".rbd": case ".rdl": return ".2016100700";
default: return "";
}
}
string getRE8ext(wstring ext) {
switch (ext) {
case ".mcol": return ".9018";
case ".jcns": return ".16";
case ".pfb": return ".17";
case ".mdf2": return ".19";
case ".tex": return ".30";
case ".rcol": return ".18";
case ".jmap": return ".17";
case ".lprb": return ".4";
case ".efx": return ".2228526";
case ".wcc": case ".wss": case ".ies": case ".uvar": case ".wss": case ".user": return ".2";
case ".wel": return ".11";
case ".mesh": return ".2101050001";
case ".bhvt": case ".tml": return ".34";
case ".fsmv2": case ".clip": return ".40";
case ".motfsm2": return ".42";
case ".scn": return ".20";
case ".mov": case ".finf": return ".1";
case ".chain": return ".39";
case ".fbxskel": case ".motbank": return ".3";
case ".mmtr": return ".1905100741";
case ".rbs": return ".28";
case ".motlist": return ".486";
case ".cfil": case ".uvs": return ".7";
case ".mot": return ".458";
case ".gui": return ".400023";
case ".rmesh": return ".17008";
case ".rtex": return ".5";
case ".rdd": return ".28019";
case ".mcamlist": return ".17";
case ".msg": return ".15";
case ".gpuc": return ".62";