ok, thank you CDF for your inputs that showed me where i made 2 mistakes.
Indeed, i admit i missed the fact Zanshin couldnot occur if DA or TA occur. But still anyone could confirm this is still true for if Jailer or Multihits weapons occur ?
As for what you wrote cdf, yes im totally agreed, i even followed that model as you can see in the tree of events.
Firstly, i rephrased your syntax to avoid confusion between a single/double/triple/Nth attach(s) round and actual job traits D/T with:
Code:
N1 - attempted 1-hit (per attack round)
N2 - attempted 2-hit
N3 - attempted 3-hit
etc...
N8 - attempted 8-hit
Then, what i actually did is converting that :
Code:
P(0) = P(N1)P(0H_N1) + P(N2)P(0H_N2) + P(N3)P(0H_N3)
P(1) = P(N1)P(1H_N1) + P(N2)P(1H_N2) + P(N3)P(1H_N3)
P(2) = P(N2)P(2H_N2) + P(N3)P(2H_N3)
P(3) = P(N3)P(3H_N3)
to...
Code:
P(0) P(1) P(2) P(3)
= = = =
N1 P(N1)P(0H_N1) P(N1)P(1H_N1)
+ +
N2 P(N2)P(0H_N2) P(N2)P(1H_N2) P(N2)P(2H_N2)
+ + +
N3 P(N3)P(0H_N3) P(N3)P(1H_N3) P(N3)P(2H_N3) P(N3)P(3H_N3)
which is esssentially :
Code:
----------------------------------------------------------- -------
| P(0H_N1) P(1H_N1) | |P(N1)|
| | | |
| P(0H_N2) P(1H_N2) P(2H_N2) | X |P(N2)|
| | | |
| P(0H_N3) P(1H_N3) P(2H_N3) P(3H_N3)| |P(N3)|
----------------------------------------------------------- -------
where P(0), P(1), P(2) and P(3) are the sum for each column of the resulting matrix.
Now, the 1st matrix on the left is what i called on my previous post the "accuracy matrix" with all the binomial terms regrouped (check 2nd image attached); while the 2nd matrix on the right is the model you proposed accounting DA/TA/Jailer/Multihits weapons (1st image attached).
As for your solution regarding Zanshin incorporation into that, the resulting matrix would become :
Code:
P(0) = P(1) = P(2) = P(3) =
P(N1)P(0H_N1)*[1-P(Z)] P(N1)P(1H_N1)
P(N2)P(0H_N2) + P(N1)P(0H_N1)*P(Z)*P(MISS) P(N2)P(1H_N2) + P(N1)P(0H_N1)*P(Z)*P(HIT) P(N2)P(2H_N2)
P(N3)P(0H_N3) P(N3)P(1H_N3) P(N3)P(2H_N3) P(N3)P(3H_N3)
There can see in bold the added terms representing Zanshin.
Then, can see that the added term @ position (Line2;Column2) isnot factorizable... so in excel i add "manually" those added terms.
The 2nd mistake i made was to trying to incorporate Zanshin to the "accuracy matrix"... while i should have work on the resulting matrix.
For actual numbers, i get better % for P(1) while P(0) "loses" %, which means Zanshin indirectly enhances accuracy by reducing the % of misses.