void aimbot()
{
        int victim = getClosestEntity();

        if (victim != 0)
        {
                for (int i = 0; i <= 32; i++)
                {
                        if (EntityList[i].entityBase != 0 && GetKeyState(VK_LBUTTON) & 0x80)
                        {
                                float localPlayerEyes[3];
                                localPlayerEyes[0] = LocalPlayer.vecOrigin[0] + LocalPlayer.vecViewOffset[0];
                                localPlayerEyes[1] = LocalPlayer.vecOrigin[1] + LocalPlayer.vecViewOffset[1];
                                localPlayerEyes[2] = LocalPlayer.vecOrigin[2] + LocalPlayer.vecViewOffset[2];

                                float lpeMinusTarget[3];
                                lpeMinusTarget[0] = EntityList[victim].headBoneXYZ[0] - localPlayerEyes[0];
                                lpeMinusTarget[1] = EntityList[victim].headBoneXYZ[1] - localPlayerEyes[1];
                                lpeMinusTarget[2] = localPlayerEyes[2] - EntityList[victim].headBoneXYZ[2];

                                float angles[3];
                                calcVectorAngles(lpeMinusTarget, angles);

                                // Write ViewAngle
                                DWORD enginePointer = mem.Read<DWORD>(engineDLL + enginePointerOffset);
                                mem.Write<float>(enginePointer + setViewAngle, angles[0]);
                                mem.Write<float>(enginePointer + (setViewAngle + 4), angles[1]);
                        }
                }
        }
}

int getClosestEntity()
{
        float tmpFov = 99999;
        int victim = 0;

        for (int i = 0; i <= 32; i++)
        {
                if (EntityList[i].health > 0)
                {
                        float localPlayerEyes[3];
                        localPlayerEyes[0] = LocalPlayer.vecOrigin[0] + LocalPlayer.vecViewOffset[0];
                        localPlayerEyes[1] = LocalPlayer.vecOrigin[1] + LocalPlayer.vecViewOffset[1];
                        localPlayerEyes[2] = LocalPlayer.vecOrigin[2] + LocalPlayer.vecViewOffset[2];

                        float lpeMinusTarget[3];
                        lpeMinusTarget[0] = EntityList[i].headBoneXYZ[0] - localPlayerEyes[0];
                        lpeMinusTarget[1] = EntityList[i].headBoneXYZ[1] - localPlayerEyes[1];
                        lpeMinusTarget[2] = localPlayerEyes[2] - EntityList[i].headBoneXYZ[2];

                        float angles[3];
                        calcVectorAngles(lpeMinusTarget, angles);

                        float fov = sqrt(angles[0] * LocalPlayer.viewAngle[0] + angles[1] * LocalPlayer.viewAngle[1] + angles[2] * LocalPlayer.viewAngle[2]);

                        if (fov < tmpFov)
                        {
                                tmpFov = fov;
                                victim = i;
                        }
                }
        }

        return victim;
}