quick loa Model analysis

//--------------------------------------
//--- 010 Editor v3.1.2 Binary Template
//
// File:
// Author:
// Revision:
// Purpose:
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local int i,j=0;

char magic[4]; // DOM.
int unk1; // version ?
int numVerts;

short unk2_1;
short unk2_2;
short unk2_3;
short numNames;
short numData4;
short numData5;
short numBones;
short unk2_8;
ushort flags<format=binary>;
FSkip(-2);
struct{
    ushort flags1:4;
    ushort flags2:4;
    ushort flags3:4;
    ushort flags4:4;
}flags_data;
short unk2_10;
short numData1;
short unk2_12;
short unk2_13;
short unk2_14;
short unk2_15;
short unk2_16;

float unk3[7];
int ofsNames;
int ofsBoneNames;
int ofsData2;
int ofsData3;
int ofsData4;
int ofsData5;
int ofsBones;
int ofsBones2;
int ofsVertex;
int ofsData9;
int ofsData;

int unk4[5];
char FileName[];

Printf("g %s\n",FileName);

if(numNames != 0)
{
    FSeek(ofsNames);
    struct{
        for(i=0;i<numNames;i++)
        {
            struct{
                char Name[16];
            }Name;
        }
    }Names;
}

if(ofsBoneNames != 0)
{
    FSeek(ofsBoneNames);
    struct{
        for(i=0;i<numBones;i++)
        {
            struct{
                char Name[20];
                int BoneID;
            }BoneName;
        }
    }BoneNames;
}


FSeek(ofsData); // maybe tri-strip related
short Data1[(ofsData2-ofsData)/2];

FSeek(ofsData2); // hit box ?
struct DATA2 data2[(ofsData3-ofsData2)/64];

if(ofsBones != 0)
{
    FSeek(ofsBones);
    float Bones[numBones*4];
    if(ofsBones2 != 0) float Bones2[numBones*4];
}

FSeek(ofsVertex);
struct{
    struct VERTEX vertex[numVerts]<optimize=false>;
}VertexData;

struct DATA2{
    byte unk1[8];
    short unk2;
    short unk3;
    short unk4;
    short padding;
    float unk5[7];
    int unk6[4];
    short unk7;
    short unk8;
};

struct VERTEX{
    if(flags_data.flags4 > 0)
    {
        short unk1;
        short unk2;
    }
    float TexU;
    float TexV;
    byte NormalX;
    byte NormalY;
    byte NormalZ;
    byte NormalW;

    float VertX;
    float VertZ;
    float VertY;

    //Printf("v %f %f %f\n",VertX,VertY,VertZ);
    //Printf("f %d %d %d\n",j+1,j+2,j+3);
    j++;
};