In this article, I am going to show that a very simple Havoc rotation is also the optimal rotation. I decided to do this after looking at the current default SimC APL, which I feel is unnecessarily complex for a spec that has a very simple action priority.
The first step is showing how to effectively compare simulations to combat logs, and make sure that we can make a simulation that matches what players are doing. Second, I will compare the same simulations in AMR and SimC and highlight some differences between the two simulation models. Third, I will compare the actual rotations and show that you can achieve practically identical results with two very different-looking rotations.
Hey all, I’m Swol, the main theorycrafter for Ask Mr. Robot (AMR). Most of you don’t know me by name, but I’ve been posting theorycraft here and there lately for interesting topics I run across when I have something useful to say that isn’t common knowledge yet.
Recently, some Feral Druid theorycrafters suggested that AMR was bad for feral druids, in general. When we asked them why they had that opinion, a big topic that came up was energy pooling.
In this article I am going to examine the theory behind energy pooling for feral druids and go into detail on how to test that theory. To do this, I will use the default Action Priority List (APL) found in the nightly SimC build and explain how it works.
And, I will also use an APL that I have developed which uses a different structure and, specifically, does not pool energy before using Rip. After this analysis, I will then provide a detailed comparison between the SimC simulator and AMR simulator for feral druids so that theorycrafters can comfortably trust and understand both tools.
The APL I created does NOT pool energy.
There has been some confusion on this and some vocal detractors have been spreading a rumor that my APL does pool. Look in the “Pooling Tests” section below for an explanation/proof that my new APL definitely does not pool energy.