AW Structures TU4

// by imGol2den
// credit to ryan and blackhacks

typedef struct Vector3
{
    FLOAT x, y, z;
    Vector3()
    { x = 0; y = 0; z = 0; }
    Vector3(FLOAT x, FLOAT y, FLOAT z)
    { this->x = x; this->y = y; this->z = z; }
    BOOL operator== (Vector3 &Vector)
    { return (this->x == Vector.x && this->y == Vector.y && this->z == Vector.z); }
    Vector3& operator+ (Vector3 &Vector)
    { return Vector3(this->x + Vector.x, this->y + Vector.y, this->z + Vector.z); }
    Vector3& operator- (Vector3 &Vector)
    { return Vector3(this->x - Vector.x, this->y - Vector.y, this->z - Vector.z); }
    FLOAT Distance(Vector3 &Vector)
        { return sqrt(DistanceEx(Vector)); }
    FLOAT DistanceEx(Vector3 &Vector)
    {
        FLOAT _x = this->x - Vector.x, _y = this->y - Vector.y, _z = this->z - Vector.z;
        return ((_x * _x) + (_y * _y) + (_z * _z));
    }
    FLOAT Dot(Vector3 &Other)
    { return (this->x * Other.x)  +  (this->y * Other.y) + (this->z * Other.z); }
    Vector3 &RoundHalfUp()
    { return Vector3(floor(this->x + 0.5), floor(this->y + 0.5), floor(this->z + 0.5)); }\
    Vector3 &RoundHalfDown()
    { return Vector3(floor(this->x + 0.5), floor(this->y + 0.5), floor(this->z + 0.5)); }
} Vector3, *PVector3;

typedef struct Vector2
{
    FLOAT x, y;

    Vector2()
    { x = y = 0; }

    Vector2(FLOAT x, FLOAT y)
    { this->x = x; this->y = y; }

} Vector2, *PVector2;

typedef struct cgs_t
{
    BYTE _0x0000[36];
    BYTE Gametype[32]; // 0x0024
    CHAR HostName[260]; // 0x0044
    DWORD MaxClients; // 0x0148
    DWORD PrivateClients; // 0x014C
    CHAR Mapname[64]; // 0x0150
    BYTE _0x0190[54100];
} cgs_t, *pcgs_t; // size 0xD4E4

typedef struct usercmd_s
{
    DWORD ServerTime; // 0x0000
    DWORD Buttons; // 0x0004
    DWORD ViewAngles[3]; // 0x0008
    CHAR _0x0014[48];
} usercmd_s, *pusercmd_s; // size 0x44
typedef struct clientActive_t
{
    BYTE _0x0000[248];
    Vector3 Origin; // 0x00F8
    BYTE _0x0104[12];
    Vector3 SpawnAngles; // 0x0110
    BYTE _0x011C[15436];
    Vector3 ViewAngles; // 0x3D68
    usercmd_s UserCommands[128]; // 0x3D74
    DWORD CommandNumber; // 0x5F74
    BYTE _0x5F78[42184];

    inline DWORD GetUserCommandNumber()
    {
        return CommandNumber & 0x7F;
    }
    inline pusercmd_s GetUserCommand(DWORD CommandNumber = -1)
    {
        if(CommandNumber == -1) { return &UserCommands[this->CommandNumber & 0x7F]; }
        return &UserCommands[CommandNumber]; // # r10 = r11 & 0x7F
    }
} clientActive_t, *pclientActive_t; // size 0x10440

typedef struct centity_s
{
    BYTE _0x0000[20];
    Vector3 Origin; // 0x0014
    Vector3 Angles; // 0x0020
    BYTE _0x002C[431];
    BYTE State; // 0x01DB
    BYTE _0x01DC[48];
} centity_s, *pcentity_s; // size 0x020C

typedef struct clientInfo_t
{
    BYTE _0x0000[12];
    DWORD Team; // 0x000C
    BYTE _0x0010[3108];
} clientInfo_t, *pclientInfo_t; // size 0x0C34

typedef struct cg_s
{
    BYTE ClientNumber; // 0x0000
    BYTE _0x0000[75];
    DWORD ServerTime; // 0x004C
    BYTE _0x0050[10];
    WORD PlayerStance; // 0x005A
    BYTE _0x005C[28];
    Vector3 Origin; // 0x0078
    Vector3 Velocity; // 0x0084
    BYTE _0x0090[344];
    DWORD Health; // 0x01E8
    BYTE _0x01EC[661324];
    clientInfo_t clientInfo[18]; // 0xA1938
    BYTE _0xAF4E0[71200];
} cg_s, *pcg_s; // size 0xC0B00