Dirge In-Combat
Assuming 2.5s weapon delay :
48s enc.dur. = .2 buffer = .5s delay allowed
47s enc.dur. = .8 buffer = 2s delay allowed
46s enc.dur. = .4 buffer = 1s delay allowed
45s enc.dur. = 0 buffer = 0s delay allowed
44s enc.dur. = .6 buffer = 1.5s delay allowed
43s enc.dur. = .2 buffer = .5s delay allowed
42s enc.dur. = .8 buffer = 2s delay allowed
41s enc.dur. = .4 buffer = 1s delay allowed
40s enc.dur. = 0 buffer = 0s delay allowed
39s enc.dur. = .6 buffer = 1.5s delay allowed
38s enc.dur. = .2 buffer = .2s delay allowed
So there is a pattern where :
20% chance = 0 autoattack delay to be allowed.
So in a list assuming 3.3s weapon delay :
48s enc.dur. = .55s buffer = 1.8
47s enc.dur. = .24 buffer = .7
46s enc.dur. = .94 buffer = 3.1
45s enc.dur. = .64 buffer = 2.1
44s enc.dur. = .33 buffer = 1
43s enc.dur. = .03 buffer = 0
42s enc.dur. = .73 buffer = 2.4
41s enc.dur. = .42 buffer = 1.3
40s enc.dur. = .12 buffer = .3
39s enc.dur. = .82 buffer = 2.7
38s enc.dur. = .52 buffer = 1.7
37s enc.dur. = .21 buffer = .6
36s enc.dur. = .91 buffer = 3
35s enc.dur. = .61 buffer = 2
34s enc.dur. = .3 buffer = .9
33s enc.dur. = 0 buffer = 0
31s enc.dur. = .39 buffer = 1.2
30s enc.dur. = .09 buffer = .2
29s enc.dur. = .79 buffer = 2.6
28s enc.dur. = .48 buffer = 1.5
No pattern. Finding a percent over the 20s period of time according to occurrences within a particular range: 0s~.9s autoattack delay = 35% of the 20s period of time. Meaning, any autoattack delay <=.9s has a 35% chance of missing an autoattack opportunity.
Then, in a list assuming 3.7s weapon delay :
48s enc.dur. = .97s buffer = 3.5
47s enc.dur. = .70s buffer = 2.5
46s enc.dur. = .43s buffer = 1.5
45s enc.dur. = .16s buffer = .5
44s enc.dur. = .89s buffer = 3.2
43s enc.dur. = .62s buffer = 2.2
42s enc.dur. = .35s buffer = 1.2
41s enc.dur. = .08s buffer = .2
40s enc.dur. = .81s buffer = 2.9
39s enc.dur. = .54s buffer = 1.9
38s enc.dur. = .27s buffer = .9
37s enc.dur. = 0s buffer = 0
36s enc.dur. = .72s buffer = 2.6
35s enc.dur. = .45s buffer = 1.6
34s enc.dur. = .18s buffer = .6
33s enc.dur. = .91s buffer = 3.3
32s enc.dur. = .64s buffer = 2.3
31s enc.dur. = .37s buffer = 1.3
30s enc.dur. = .10s buffer = .3
29s enc.dur. = .83s buffer = 3
28s enc.dur. = .56s buffer = 2
Once again, no pattern. Finding a percent over the 20s period of time according to occurrences within a particular range: 0s~.9s autoattack delay = 30% of the 20s period of time. Meaning, any autoattack delay <=.9s has a 30% chance of missing an autoattack opportunity.
Conclusion :
1) with 2.5s weapon delay, 20% any autoattack delay equates to a missing autoattack opportunity.
2) with 3.3s weapon delay, 35% any autoattack delay <= .9s equates to a missing autoattack opportunity.
3) with 3.7s weapon delay, 30% any autoattack delay <= .9s equates to a missing autoattack opportunity.
Since autoattack damage is a huge percent of Dirge parse, a missed autoattack opportunity will much more affect DPS than a missed ability.
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