Node_Z - widberg/fmtk GitHub Wiki

struct Node_Z : ResourceObject_Z {
    crc32_t parentCRC32;
        // CRC32 of the parent Node_Z
        // 0 if root Node_Z
    crc32_t headChildNodeCRC32;
        // CRC32 of the head child Node_Z
        // 0 if leaf Node_Z
    crc32_t prevSibling;
        // CRC32 of the previous sibling
        // 0 if head child Node_Z
    crc32_t nextSibling;
        // CRC32 of the next sibling
        // 0 if tail child Node_Z
    crc32_t lodOrParticlesCRC32;
    crc32_t lodDataOrParticlesDataCRC32;
    crc32_t userDefineCRC32;
        // Can be 0
        // Valid contents:
        //   * FITTOGROUND
        //      Adjusts the Y component of the position to match the ground height
        //   * GROUNDNORMAL
        //      Adjusts the rotation to match the ground normal
        //      Requires FITTOGROUND
    crc32_t lightDataCRC32;
    crc32_t unusedcrc321;
        // Always? 0
    crc32_t unusedcrc322;
        // Always? 0
    Quat rotation;
        // Normalized
    Vec3f translation;
    std::uint32_t flags;
        // OR'd with 0x80 on load
    Quat rotation2;
        // Normalized
    float scale;
    float scale2;
    float reciprocalScale2;
        // The reciprocal of scale2
    float unknown10;
        // 0
    Color color;
        // { 1, 1, 1, 1 }
    Sphere_Z sphere;   
    struct Rect {
        std::int32_t x1;
        std::int32_t y1;
        std::int32_t x2;
        std::int32_t y2;
    } displaySeadsRect;
        // { -1, -1, -1, -1 }
    Rect collideSeadsRect;
        // { -1, -1, 0, 0 }
    std::int16_t negative_four;
        // -1 in the file
        // Set to -4 on load
    Mat4f worldTransformMat4;
};

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

struct Node_Z
{
    uint32 parentCRC32;
    uint32 childNodeCRC322;
    uint32 prevSibling;
    uint32 nextSibling;
    uint32 lodCRC32;
    uint32 lodDataCRC32;
    uint32 userDefineCRC32;
    uint32 handle1;
    uint32 handle2;
    uint32 handle3;
    float rotation[4];
    float translation[3];
    uint32 flag;
    float rotation2[4];
    float scale;
    float otherScale;
    float reciprocalScale2;
    float unkFloat1;
    float color[4];
    float sphere[4];
    int32 displaySeadsRect[4];
    int32 collideSeadsRect[4];
    int16 negative_four;
    float worldTransformMat4[16];
} node;