Quote:
Originally Posted by Jayad
The ratio is important because it influences the max dmg on the weapon (combined with the delay). I might write up a bit of the math to explain this at some point.
note: the max dmg is only better relative to your crit %. If it weren't for crits, DR would be the only measure, along with delay to account for missed swings.
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You don't have to I've done it already and I have graphs to illustrate it. The lines on the top represent the maximum potential of each weapon. The lines on the bottom represent the worst case scenario when using CAs and the dotted lines represent an estimate of where the weapon would perform while CA chaining.
Soulfire Sabre (63.4 Rating) Min/Max Ratio 5.68
Grinning Dirk of Horror (56.8 Rating) Min/Max Ratio 8.91
Vampiric Axe of Balance (63.5 Rating) Min/Max Ratio 5.68
Dirk of Nightfall (64.8 Rating) Min/Max Ratio 3.95
Bisected Saber (65.4 Rating) Min/Max Ratio 3.01
Let us consider the lines at the top. Soulfire, Vampric, Nightfall and Bisected all have roughly the same DR but they have different Min/Max Ratios. Notice that the weapons with the higher Min/Max ratios beat those that don't. In fact, in this example, Grinning Dirk of Horror can out do Bisected Sabre with a crit chance over 70 but it doesn't come close to Soulfire.
The lines at the bottom show a different story. Here you that while Soulfire and Vampiric have roughly the same DR and min/max ratio, the fact that Soulfire is delay 4 and Vampiric has delay of 2 means that they have significantly different lower bounds. The dotted lines on the other hand shows that while CA chaining they would be comparable.
Second graph shows haste and combat arts can affect auto attack dps of weapons.
Here you can see that Dirk of Nightfall does not gain anything from haste over 60 when casting CAs and Vampiric Axe of Balance does not gain anything from haste over 100 when casting CAs.
The dotted lines show that as you increase haste, CA chaining has will set the weapons auto attack damage in lock step with the casting+recast times of the CAs. It approaches the worst case scenario then shoots up to the best case before plateauing again.
