__abbreviations__

In tests runtime chances are marked with this *abbreviations*:

**F ** = **F**avorite **N ** = Regular (**N**ormal) **R ** = Laggard (**R**esting)

**H**-__y__ = **H**ot fields, sorted by frequency. 1 is the most appeared chance, defined by __y__. **C**-__y__ = **C**old fields, sorted by frequency. 1 is the least appeared chance, defined by __y__.

__x__ = the number of the spin ahead __x__**L ** = **L**ast (appeared field), of the number __x__ spins before *** ** = random field

**OB** = optimized bet, generated by the function optimize chances

**F1 - F5** = Sector **F**avorite-**1**-1 to -5-**5** **N1 - N5** = Sector (**N**ormal) Regular-**1**-1 to -5-**5** **R1 - R5** = Sector (**R**esting) Laggard-**1**-1 to -5-**5**

__x__**L1 - **__x__**L5** = **L**ast (number) -**1**-1 to -5-**5**: the __x__ last appeared number with its neighbors on both sides in the wheel __x__**oL** = number in the wheel, **o**pposite of the __x__ **L**ast appeared number __x__**oL1 - **__x__**oL5** = **o**pposite of the __x__ **L**ast number with its neighbors on both sides in the wheel

__x__**RB-** = the color of the __x__ last appeared number, **R**ed or **B**lack __x__**RB!** = the opposite ( **!** ) color of the __x__ last appeared number, **R**ed or **B**lack __x__**HL-** = **H**igh or **L**ow, like the __x__ last number __x__**HL!** = **H**igh or **L**ow, opposite ( **!** ) of the __x__ last number __x__**OE-** = **O**dd or **E**ven, like the __x__ last number __x__**OE!** = **O**dd or **E**ven, opposite ( **!** ) of the __x__ last number

**s-br** = __s__et __b__alance __r__eference **r-is** = __r__eset __i__nitial __s__pins **r+ow** = __r__eset __+__ __o__n __w__in

Quantity of numbers (Singles):

x-1-1: 1 + N + 1 = 3

x-2-2: 2 + N + 2 = 5

x-3-3: 3 + N + 3 = 7

x-4-4: 4 + N + 4 = 9

x-5-5: 5 + N + 5 = 11