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How to Beat Roulette with a Roulette
Computer |
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Of the many ways to
beat roulette, the most attractive in terms of quick returns is the roulette
computer. For a long time these were a myth after the famous early 1960s Edward
O. Thorpe book, Beat The
Dealer, mentioned the idea in a short chapter at the end of the book. It
wasn't until a later book published in 1985 called The Eudaemonic Pie (The
Newtonian Casino in the UK), written by Thomas A. Bass, that a fully detailed
true story explained how a team of physic graduate students built a real
roulette computer. The book explained how it was built into a shoe and how the
team got on when real life plays were made with some success.
In The
Eudaemonic Pie great length was taken to explain how difficult it was to work
out all the equations of circular motion of a roulette ball. That would put
many a professional gambler off because of the degree level knowledge they
would need to immitate Bass's feat. However, not long after the book was
published some more practically minded gamblers realised that their approach
was way to complicated when in the real world situations, simple mechanics
could be used to predict winning areas in a roulette wheel.
Of course
this method of beating roulette doesn't apply to an online RNG roulette game
like you find listed at BitcoinCasino.org but some offer live
roulette with real dealers and roulette wheels. These are an option. Bitcoin
casinos will become more popular as the cost of
bitcoin transactions are
extremely low when compared to all other means.
Mechanics
The simple approach to creating a
roulette computer was to base the operation on the simple mechanics of wheels.
The fact is that all roulette wheels come with imperfections, many of little
significance until you apply some lateral thinking to them. One of the less
obvious flaws was that the ball race, the track the ball goes around, was
rarely level in terms of horizontal plane. There are many reasons for this but
it leads to there being a dominant diamond that the ball will hit with high
frequency, meaning the ball leaves the ball race at the same point often more
than 50% of the time. This isn't useful until you can predict where the wheel
will be at that moment, but that is a simple operation..
So the simpler
roulette computer predictors simply mapped the ball speed as it passes the
dominant diamond and gains a ball rotation decay map. Once it knows this and
the user inputs live information into it then it can predict when the ball will
fall into the wheel. And since it has been given the wheel speed decay
information as well it can predict the area that the ball will fall
into.
This of course isn't everything. There is ball scatter to contend
with but the user can quickly identify the types of wheel which are best suited
to low scatter..
All of that is relatively easy. The real difficulty in
using a roulette computer with a live wheel is the ability of the operator in
terms of feeding in accurate information, placing the correct bets at speed and
camourflage. Without all of these you are wasting your time and
money.
How It
Works
Clicker - Sown into your pocket is a hand clicker
that allows you to click each time the ball passes a reference point and switch
to clicking for the wheel passing the same point, ususally using Zero as your
point on the carousel.
Computer - placed under your clothing or
strapped to your body, possibly in your shoe.
Earpiece - Although
transducer pads can be worn that vibrate to indicate a number or section, the
best operation is with a tiny skin coloured earpiece that has recordings of all
the numbers and reads the prediction out to you.
Wheel knowledge
- Once you have the number prediction you need to bet the neighbours of the
number very quickly. So you need to know the neighbours of every number on the
wheel.
Cool - Be able to do all this whilst not alerting
attention to yourself.
Get Paid - Never own up to having the
device. You will not get paid. Don't allow yourself to be searched.
Conclusion
This is not
easy. You are likely not to be able to build one yourself but you can buy one.
We suggest not doing that on a whim. Have a demonstration of the device before
buying and have targets already identified. |
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