Skin_Z - widberg/fmtk GitHub Wiki

struct Skin_Z : Object_Z {
    PascalArray<crc32_t> meshCRC32s;
        // equals skinSections.size
    std::uint32_t zero0;
        // always 0
    std::uint32_t zero1;
        // always 0
    std::uint32_t zero2;
        // always 0
    std::uint32_t zero3;
        // always 0
    float oneAndAHalf;
        // always 1.5
    std::uint32_t bone_names_count;
        // always 21
    PascalArray<struct SkinSection {
        PascalArray<struct SkinSubsection {
            crc32_t animationNodeName0;
            crc32_t animationNodeName1;
            crc32_t animationNodeName2;
            crc32_t animationNodeName3;
            crc32_t bone_names[bone_names_count];
        }> skinSubsections;
    }> skinSections;
        // skinSections.size = meshCRC32s.size
};

//------------------------------------------------
//--- 010 Editor v11.0.1 Binary Template
//------------------------------------------------
struct Skin_Z
{
    uint32 meshCRC32Count;
    uint32 meshCRC32s[meshCRC32Count];
    uint32 u0;
    uint32 u1;
    uint32 u2;
    uint32 u3;
    float oneAndAHalf;
    uint32 dataCount;
    uint32 skinSectionCount;
    struct SkinSection
    {
        uint32 skinSubsectionCount;
        struct SkinSubsection
        {
            uint32 vertexGroupCRC32;
            uint32 unknown0;
            uint32 unknown1;
            uint32 unknown2;
            uint32 data[dataCount];
        } skinSubsections[skinSubsectionCount];
    } skinSections[skinSectionCount] <optimize=false>;
} skin;

//------------------------------------------------
//--- 010 Editor v11.0.1 Binary Template
//------------------------------------------------

struct Skin_Z_Alt
{
    uint32 meshCRC32Count;
    uint32 meshCRC32s[meshCRC32Count];
    uint32 u0;
    uint32 u1;
    byte u2;
    float oneAndAHalf;
    uint32 dataCount;
    uint32 skinSectionCount;
    struct SkinSection
    {
        uint32 skinSubsectionCount;
        struct SkinSubsection
        {
            uint32 vertexGroupCRC32;
            uint32 unknown0;
            uint32 unknown1;
            uint32 unknown2;
            uint32 data[dataCount];
        } skinSubsections[skinSubsectionCount];
    } skinSections[skinSectionCount] <optimize=false>;
} skin;