MHS2-MFXTemplate.bt

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//--- 010 Editor v9.0.2 Binary Template
//
//      File: 
//   Authors: 
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//   Purpose: 
//  Category: 
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//   History: 
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local int i;
local int j;
typedef struct{
    byte MFX0[4];
    short reserved_4;
    short reserved_6;
    int field_8;
    int entryCount;
    int stringTableOffset;
    int field_14;
}MFXHeader;

struct MFXEntryOffsets{
    uint64 offset[Header.entryCount];
};
struct MFXStringTable{
    string entryName;
};
typedef struct{
    string name;
}Name;

typedef struct{
    uint64 strOffset;
    uint u1 : 6;
    uint comp_type : 5;
    uint comp_count : 11;
    uint base_off : 9;
    uint instancing : 1;
    uint null;
    returnAdd = FTell();
    FSeek(Header.stringTableOffset+strOffset);
    Name name<optimize=false>;
    FSeek(returnAdd);
}Attribute;

string readAttribute(Attribute &a){
    return a.name.name;
};

struct MFXEntry{
    uint64 string1;
    uint64 string2;
    local uint returnAdd = FTell();
    FSeek(Header.stringTableOffset+string1);
    string name1;
    FSeek(Header.stringTableOffset+string2);
    string name2;
    FSeek(returnAdd);
    uint field_8_a : 6;
    uint field_8_b : 16;
    ushort unknShort;
    ushort index;
    uint field_C;
    uint field_10;
    uint64 unkn7;
    ushort attributeCount;
    ushort unkn;
    if(field_8_a == 9){
        uint unkn;
        uint64 unkn8;
        Attribute attribute[attributeCount]<read=readAttribute,optimize=false>;
    };
    
};

string readStrings(MFXEntry &p){
    string s;
    SPrintf( s, "%s, %s", (string)p.name1,(string)p.name2);
    return s;
}

MFXHeader Header;
FSkip(8);
MFXEntryOffsets EntryOffsets;
for(i=0;i<Header.entryCount;i++){
    FSeek(EntryOffsets.offset[i]);
    MFXEntry Entry<read=readStrings>;
};