EPV3.bt

//------------------------------------------------
//--- 010 Editor v9.0 Binary Template
//
//      File: 
//   Authors: AsteriskAmpersand, Crimson, StageNRyu, Ice
//   Version: 1.0
//   Purpose: 
//  Category: 
// File Mask: *.epv3
//  ID Bytes: 
//   History: 
//------------------------------------------------
typedef struct {
    float f1;
    float f2;
    float f3;
    float f4;
    int32 separator;
}f4;
typedef struct {
    float f1;
    byte b1;
    byte b2;
    byte b3;
    byte b4;
    int32 i1;
    float f2;
    float f3;
    int32 separator;
}block;

typedef struct{
    string path;
}packed_path;

typedef struct {
    int32 efxslot<bgcolor=0x3c14dc>;
    int32 hexcolor<bgcolor=0x0000ff>;
    float saturation<bgcolor=0x3c14dc>;
    int32 size<bgcolor=0x3c14ac>;
    float frequency<bgcolor=0x3c14ac>;
}epvcolor;

typedef struct {
    packed_path paths[4]<optimize=false>;
    int32 padding;
    int32 unknownID;
    short recordID;
    int32 paramU_0[3]<bgcolor=0x95c9a6>;//12 might be short followed by another short
    float paramU_1<bgcolor=0x95c9a6>;
    int32 paramU_2[4]<bgcolor=0x95c9a6>;
    short paramU_3[2]<bgcolor=0x95c9a6>;
    short paramU_4[2]<bgcolor=0x95c9a6>;
    int32 paramU_5[2]<bgcolor=0x95c9a6>;

    float PositionX<bgcolor=0xff0000>;
    float PositionY<bgcolor=0xff3000>;
    float PositionZ<bgcolor=0xff6000>;
    int32 paramU1[3]<bgcolor=0x00c9a6>;//always 0
    float RotationX<bgcolor=0x0030ff>;
    float RotationY<bgcolor=0x0060ff>;
    float RotationZ<bgcolor=0x0090ff>;
    float paramU2[3]<bgcolor=0xa009000>;//first field always 0

    int32 paramU3[2]<bgcolor=0xa00f000>;

    int32 boneID<bgcolor=0xffffff>;

    int32 paramU4[3]<bgcolor=0x95c9a6>;

    epvcolor epvc[8];
    float separator[2]<bgcolor=0x00802b>;
    block block1<bgcolor=0x85adad>;
    int32 paramV[4]<bgcolor=0x3d5c5c>;
}record;

string readRecordGroup(record& group){
    local string s;
    SPrintf(s,"%d|%d: %s - RGB: %X",group.unknownID, group.recordID, group.paths[0].path,group.epvc[0].hexcolor);    
    return s;
}

typedef struct {
    uint32 recordCount;
    short groupID;
    record records[recordCount]<optimize=false, name="Records Group", bgcolor=0xddaaff, read = readRecordGroup>;
}group;

typedef struct{
    uint32 trailID;
    uint32 blockID;
    uint32 recordID;
}trailRecord;

typedef struct{
    uint64 padding;
    uint32 trailCount;
    trailRecord trails[trailCount];
    string epvPath;
    byte ONE;
    uint32 NULL;
}trail;

string readEfxGroup(group& efx){
    local string s;
    SPrintf(s,"ID: % 4d - #%d",efx.groupID,efx.recordCount);
    return s;
}

typedef struct{
    uint32 blockCount;
    group effectGroups[blockCount]<optimize=false, bgcolor=0x84b3ff, read = readEfxGroup>;
}blockSection;

uint64 signature;
blockSection blocks;
trail closingTrail<optimize=false, name="Effects Trail", bgcolor=0xbbbb00>;
local int i;
local int j;
local int z;
z = 0;
for (i = 0; i < blocks.blockCount; i++){
    for (j=0; j<blocks.effectGroups[i].recordCount; j++){
        Printf("GroupID - Trail Data: %d:%d - %d\n",blocks.effectGroups[i].groupID,j,closingTrail.trails[z+j].trailID);
    }
    z += blocks.effectGroups[i].recordCount;
};
Printf("Record Count: %d\n",z);
Printf("Trail Count: %d\n",closingTrail.trailCount);