VIDEO Acrobat 3 for FFZ and FFV roulette computers


#1

Predicting roulette spins at any moment during the spin

    The Acrobat software can predict at any moment during the spin. Once you set it, all you need is to clock the rotor than at any moment during the spin clock at least two ball rotations. As soon after clicking the system will predict. If you continue clocking the system will predict again but this time when calculating result, it will use times from all 4 clocked ball rotations. Single rotations cooking is also available. The system can predict as early as 20 rotations before then ball drops.

   [b] Predicting at desired ball rotation[/b]

    This is useful where higher precision is required when targeting particular diamonds or playing leveled wheel. The system can be set so it predicts only when the ball has particular amount of rotations until lit drops.

    [b]Adjustable Timer for roulette visual prediction[/b]
    
    [b]Multiple predictions during the same spin[/b]

    Multiple predictions are unique to MyRulet computers and it is a good way of testing systems linearity of prediction or when it is possible to increase accuracy with more ball rotations clocked. You can have prediction and continue clocking the ball, the system will predict again and again. The system for calculation uses as many rotations as you clocked. More rotations clocked gives better results.



    [b]Double prediction – in the case you didn’t see first prediction[/b]

    After prediction even if you don’t clock the ball for more rotations the system predicts once more. It calculates ball and rotor movement and predicts again when the ball is above same number. It’s just in case if you didn’t see it well when predicting first time.

    [b]Building Fly-Chart for Auto-Play for each ball direction, particular ball speed range, different rotor speeds or for ball jumps scatter[/b]

    For each prediction the system builds on the fly-chart based on corrections from previous spins, ball and rotor speed. Then analyzes the data and predicts the best position to play.

    [b]Different settings including tilted or leveled wheel play[/b]

    The system can be used to play leveled wheel where there is even distribution of ball drops on all diamond. Or it can be used to play wheels where some diamonds are more dominant and getting more hits. It can be set to 1,2,3 or 4 diamonds where the diamonds do not have to be equally distanced. The system looks at it as 12 positions on the wheel as hours on the clock. For example set on 1,2,3,4 position will set the system to expect the ball drop at position as on the clock form 1-4 hr.

   [b] Indicator of more safe predictions[/b]

    With reasonable amount of corrections added (feedback to the system) the system calculates advantage at particular predicted position, then it checks if there is another pick point with high value where the ball may stop and if not it signals the player so he knows it is more safer to bet. The signal of prediction is with fast double zap/vibration as zzzz…zzzz.

    [b]Clock the rotor at any position, or clock ½ of rotor without and previous settings[/b]

    FFZ and FFV are unique with this feature. Rotor can be clocked at any position also can be clocked ½ or even ¼ of rotor. 

    -The system after 2 predictions will make last zap in the moment when the ball is predicted to drop. Also the program can be set to give zaps on each rotation after prediction.

    -Auto-Play-Corrections, the system can be set to automatically decide where to play based on ball direction and rotor speed and players feedback… etc.

    Main independent Offset Adjustment for CW and ACW ball directions

    After setup the system is programmed to predict the best it can position where the ball drops. It may be slightly off or the ball may jump, so the system has offset adjustment where on top of prediction it can add particular amount of pockets for the ball jumps.

    Diamond shift adjustment for CW and ACW ball directions

    This is a new feature to the Acrobat 3. It shifts the position where the ball drops, that includes and shifting of rotor calculation to that new position.  This doesn’t necessary has to be used to shift ball drop position but to manipulate predictions if conditions on the wheel changes.

    [b]Single or double rotations clocking[/b]

    You can set the system to predict after every ball rotation or after every second one.

    Independent clock (CW) or anti clock way (ACW) setup and predictions

    Roulette wheels may be different when the ball travels in different directions. That is not the problem for the Acrobat since each ball direction sets and predicts differently.

#2

:DSo… diamond shift is already there!!! ;D happy!!!


#3

The edge on tilt / level wheels?


#4

Hi Miro,

Had a look at your vid. Nicely done.

A question about offset for the jump. How did the previous autoplay versions compare to this one just setting the offset once? I was just wondering. You most probably have done it like this in the previous autoplay ways but why not feed specific offset into every spin because the system will have every spin the wheel speed compared to the jump. Like your previous fly charts.

Kind regards
T


#5

It does have a specific offset for every ball speed.

Earlier version were adding offset to fly chart.
Example:
In fly chart 0-36 is added offset to position 15.
It lasts until some corrections overtake it. Something like 2 corrections to position 20.
So the fly chart decides as final result 20 instead of 15.

Later on it was changed, and taken out from the fly-chart.
Now when you add offset it is added on top of everything.
And it can be used in many ways.
Let say you play and add 5 corrections to ball drop point.
0,10,12,13,18
The system selects about 13
Now you can add offset for an average ball jump.
But from then you should make corrections to the final result not to the balls drop point.

Another way which I like more is after set up to first add offset where you believe the ball jumps, then make corrections to position where the ball stops. This way at the start the system has a better idea what to predict.
Another way to use offset is to not use it. Use only corrections, to drop point (add offset manually) or to final results. Then after if ball start travelling more try with offset to readjust. But for that diamond shift can be used as well.