advis0r wrote:sorry i dont get what you mean in your numbers example
OK, here's an example of an output line from AllinCalc:
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[ 2008-10-07 20:19:20 ] [ As Ah ] [ Kc Kd ] [ _ 6d 9s Ks 7d 8c ] [ 0.8126 ] [ 27.70$ / 22.51$ / 0.00$ / -22.51$ ] [ FTP ] [ $0.10 NL ]
Pot Size: 27.70
Expected: 22.51
Actual: 0
If you were to plot this in a graph, the graph would never go down because "Expected" and "Actual" are always greater or equal to Zero. This results in a line that keeps going up and reaches very high numbers. This can be demonstrated by the summary lines:
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money won: 1895.11$
money expected (based on allin equity): 2096.81$
I'm not even close to have won $1895 in all my all in hands. So where's the problem?
The problem is that you need to track profit. You must take into account the amount of money we put into the pot. In the example above, the pot was 27.70 and Hero had 14.75 at the start of the hand so Hero lost 14.75. The report from AllinCalc should be:
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[ 2008-10-07 20:19:20 ] [ As Ah ] [ Kc Kd ] [ _ 6d 9s Ks 7d 8c ] [ 0.8126 ] [ 27.70$ / 7.76$ / -14.75$ / -22.51$ ] [ FTP ] [ $0.10 NL ]
The numbers are reached by subtracting "Total Bet" from "Expected" & "Actual". This gives a more accurate description of the hand:
Hero was expected to make $7.76 profit but ended up with a $14.75 loss. The "difference" is still the same of course but now, "money won" and "money expected" will make much more sense as will charting this data in a graph.