void __fastcall cAntiAim::FakeAngle3( CUserCmd* c )
{
    if( c->buttons & IN_ATTACK) //disable by attacking
        return;

    CBaseEntity* me = HalFLife2.m_pMyPlayer->BaseEnt();

    if (HalFLife2.m_pGui->CVars[256] == 1)
    {

        C_BaseCombatWeapon* m_pWeapon = HalFLife2.m_pNeeded->GetBaseCombatActiveWeapon ( HalFLife2.m_pMyPlayer->BaseEnt() );
        if ( !m_pWeapon )
            return ;

        const char *myWeap = HalFLife2.m_pModelinfo->GetModelName ( m_pWeapon->GetModel());
        if( strstr( myWeap, "_knife_t.mdl" ) //disable on special weapons
        ||  strstr( myWeap, "_knife_ct.mdl" )
        ||  strstr( myWeap, "_eq_flashbang.mdl" )
        ||  strstr( myWeap, "_eq_fraggrenade.mdl" )
        ||  strstr( myWeap, "_eq_smokegrenade.mdl" )
        ||  strstr( myWeap, "_c4.mdl" )
        ||  (c->buttons & IN_USE))
        return;

//save angles for walking normaly
        Vector vForward,vRight,vUp,aForward,aRight,aUp,nForward,nRight,nUp;
        QAngle angles;
        float forward = c->forwardmove,right = c->sidemove,up = c->upmove,time = HalFLife2.m_pEngine->Time();
        angles.Init(0.0f,c->viewangles.y,0.0f);
        angles.Init(0.0f,c->viewangles.x,0.0f);
        AngleVectors(angles,&vForward,&vRight,&vUp);
        AngleVectors(c->viewangles,&vForward,&vRight,&vUp);

//FakeAngles

        //QAngle my_fake_view = QAngle(904.0f + float(rand() % 16),180.0f  + float(rand() % 15),360.0f + float(rand() % 15));

        if( c->viewangles.Length() > 0 )
        {
            c->viewangles = (c->viewangles / c->viewangles.Length()) * c->viewangles.Length();
        }
        if( my_fake_view.Length() > 1 )
        {
            my_fake_view = (my_fake_view / my_fake_view.Length()) * my_fake_view.Length();
        }


        Vector viewforward,viewright,viewup;
        Vector aimforward,aimright,aimup;
//apply fake angles
        QAngle fake = QAngle(0,0,0);
        if( true )
        {
            VectorCopy(QAngle(c->viewangles - my_fake_view),fake);
        }
        if( false )
        {
            VectorCopy(QAngle(c->viewangles + my_fake_view),fake);
        }
        if( c->viewangles.Length() > 0 )
        {
            c->viewangles = (c->viewangles / c->viewangles.Length()) * c->viewangles.Length();
        }

        AngleVectors(c->viewangles, &viewforward, &viewright, &viewup);
//correction
        if(c->viewangles.x = fake.x);
            while(c->viewangles.x < -180)c->viewangles.x += 360;

        if(c->viewangles.x = fake.x);
            while(c->viewangles.x > 180)c->viewangles.x -= 360;

        if(c->viewangles.y = fake.y);
            while(c->viewangles.y < -180)c->viewangles.y += 360;

        if(c->viewangles.y = fake.y);
            while(c->viewangles.y > 180)c->viewangles.y -= 360;

        if(c->viewangles.z = fake.z);
            while(c->viewangles.z < -180)c->viewangles.z += 360;
//restor old angles for walking normaly
        angles.Init(0.0f,c->viewangles.x,0.0f);
        angles.Init(0.0f,c->viewangles.y,0.0f);
        AngleVectors(angles,&aForward,&aRight,&aUp);
        AngleVectors(c->viewangles,&aForward,&aRight,&aUp);
        Normalize(vForward,nForward);
        Normalize(vRight,nRight);
        Normalize(vUp,nUp);
        c->forwardmove = DotProduct(forward * nForward,aForward) + DotProduct(right * nRight,aForward) + DotProduct(up * nUp,aForward);
        c->sidemove = DotProduct(forward * nForward,aRight) + DotProduct(right * nRight,aRight) + DotProduct(up * nUp,aRight);
        c->upmove = DotProduct(forward * nForward,aUp) + DotProduct(right * nRight,aUp) + DotProduct(up * nUp,aUp);
    }
}