Quote Originally Posted by k_c View Post
This post is not entirely right because of a problem I found in my algorithm.

I had intended to cycle through all possible running counts. For HiLo, 6 decks this range is -120 to +120. However, I was only cycling through possible running counts for single deck for which the HiLo range is -20 to + 20. Below are the running count indexes for half shoe and 52 cards remaining dealt from a 6 deck shoe using the entire running count range.

Code:
Count tags {1,-1,-1,-1,-1,-1,0,0,0,1}
Composition dependent indices for hand, rules, number of decks, and pen
Player hand composition: 0, 0, 1, 0, 0, 0, 0, 0, 0, 1:  Hard 13, 2 cards
Decks: 6 (possible input for cards remaining: 1 to 312)
Cards remaining before up card = 156
No subgroups are defined

i>=9        2      3      4      5      6      7      8      9      T      A

Stand    >=-1   >=-5  >=-10  >=-15  >=-15   >=96      h      h      h   >=60
Double      -      -      -      -      -      -      -      -      -      -
Pair        -      -      -      -      -      -      -      -      -      -
LS          -      -      -      -      -   >=78   >=59   >=41   >=25   >=44
ES          -      -      -      -      -   >=78   >=59   >=41   >=10  >=-25

(Divide by ~3 to get true count)


Count tags {1,-1,-1,-1,-1,-1,0,0,0,1}
Composition dependent indices for hand, rules, number of decks, and pen
Player hand composition: 0, 0, 1, 0, 0, 0, 0, 0, 0, 1:  Hard 13, 2 cards
Decks: 6 (possible input for cards remaining: 1 to 312)
Cards remaining before up card = 52
No subgroups are defined

i>=2        2      3      4      5      6      7      8      9      T      A

Stand     >=1   >=-1   >=-3   >=-4   >=-4   >=37      h      h      h   >=17
                                             <50
Double      -      -      -      -      -      -      -      -      -      -
Pair        -      -      -      -      -      -      -      -      -      -
LS          -      -      -      -      -   >=22   >=16   >=14    >=9   >=13
                                                                         <20
ES          -      -      -      -      -   >=22   >=16   >=14    >=4   >=-9

(Divide by ~1 to get true count)

The point was to show how true count indices can vary by penetration. Unfortunately the thread was relegated to the yellow pages. Below is maybe a clearer example. It shows how insurance indices for Wong Halves (using doubled tags) varies with cards remaining to be dealt. (The running count and true count values for undoubled tags can be calculated by simply dividing RC/TC by 2.) Insurance should be taken at RC/TC greater than or equal to the values for each of the listed cards remaining values.

Code:
Count tags {2,-1,-2,-2,-3,-2,-1,0,1,2}
Decks: 6
Insurance Data (without regard to hand comp)
**** Player hand: x-x ****
Cards   RC      TC ref

288     63      11.38
287     47      8.52
286     45      8.18
285     44      8.03
284     43      7.87
282     42      7.74
281     41      7.59
279     40      7.46
276     39      7.35
273     38      7.24
269     37      7.15
265     36      7.06
260     35      7.00
254     34      6.96
249     33      6.89
242     32      6.88
236     31      6.83
229     30      6.81
222     29      6.79
215     28      6.77
208     27      6.75
201     26      6.73
193     25      6.74
186     24      6.71
178     23      6.72
171     22      6.69
163     21      6.70
155     20      6.71
148     19      6.68
140     18      6.69
132     17      6.70
124     16      6.71
116     15      6.72
109     14      6.68
101     13      6.69
93      12      6.71
85      11      6.73
77      10      6.75
69      9       6.78
61      8       6.82
53      7       6.87
45      6       6.93
37      5       7.03
29      4       7.17
21      3       7.43
13      2       8.00
5       1       10.40
2       0       0.00
1       2       104.00

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k_c
So it starts to reverse order again at 52 card mark? Thats interesting. Also i was curious if you might be able to show and 11vX example if its worth it of course.