void Aimbot() {

        while (!GetAsyncKeyState(panickey)) {

                // If aimbot is enabled and aimkey is pressed
                if ((aimbotenabled) && (GetAsyncKeyState(aimkey))) {
                        // Resets best angle and best target
                        double bestangle = std::numeric_limits<double>::infinity();
                        int besttarget = NULL;
                        aimbotting = true;

                        // For every entity
                        for (int i = 0; i < 32; i++) {

                                // Read entity data
                                players[i].dwBase = mem.Read<DWORD>(modClient.dwBase + offEntityList + i * 0x10);
                                ReadData(&players[i]);
                                GetBonePosition(&players[i], targetbone);
                                // Read own data
                                me.dwBase = mem.Read<DWORD>(modClient.dwBase + offLocalPlayer);
                                ReadData(&me);

                                // If player is alive,  is not on our team and is spotted by us (if smoothscale is not 1) then continue
                                if ((players[i].health > 0) && (me.team != players[i].team) && (SpottedByMe(&players[i]) | (smoothscale == 1)))  {

                                        players[i].aimangle = CalcAngle(me.position, players[i].bone);
                                        float angledifferencex = me.currentangle.x - players[i].aimangle.x;
                                        float angledifferencey = me.currentangle.y - players[i].aimangle.y;
                                        if (angledifferencey > 180) { angledifferencey -= 360; }
                                        if (angledifferencey < -180) { angledifferencey += 360; }
                                        // totally worth 4 months of going back to school to learn that triangles have sides
                                        double angledifference = sqrt((angledifferencex * angledifferencex) + (angledifferencey * angledifferencey));
                                        // fix for locking on to random areas that aren't a target in rage mode due to me using 999999 fov in rage mode because i'm too lazy to find out the right calc for it
                                        if ((angledifference < bestangle) && (angledifference < fovscale)) {

                                                bestangle = angledifference;
                                                besttarget = i;

                                        }

                                }

                        }

                        //no killing dead people
                        if ((besttarget != NULL) && (me.health > 0)) {

                                //no recoil scam
                                me.punch.x *= rcsscalex;
                                me.punch.y *= rcsscaley;
                                //a5 said i need to use a vector in here
                                Vector modifier = me.punch;
                                players[besttarget].aimangle.x -= modifier.x;
                                players[besttarget].aimangle.y -= modifier.y;

                                players[besttarget].aimangle = NormalizeAngle(players[besttarget].aimangle); //no rotating the screen to get better rcs anymore :(
                                SetAngleSmooth(players[besttarget].aimangle, smoothscale);
                                // Update besttarget's data
                                players[besttarget].dwBase = mem.Read<DWORD>(modClient.dwBase + offEntityList + besttarget * 0x10);
                                ReadData(&players[besttarget]);

                                // If besttarget dies from aimbot or goes out of vision (if smoothscale not 1) wait untill aimkey is resent to find another target if sticky is enabled
                                while ((((players[besttarget].health > 0) != true) | ((smoothscale > 1) && (!SpottedByMe(&players[besttarget])) | ((smoothscale == 1) && (players[besttarget].health > 0) != true))) && (GetAsyncKeyState(aimkey)) && (stickyenabled == 1)) {

                                        Sleep(10);

                                }

                        }
                        //vac protection
                        aimbotting = false;
                        std::this_thread::sleep_for(std::chrono::milliseconds(1));
                }

        }

}