DavidT wrote:spikemesq wrote:
180 then move = simple
move then 180 = complex
180 then move 3 MU then 180 = complex
This would only affect a very small number of interactions.
In the majority of cases (LF evading from HF/MF and LH evading from Cv/Kn) the LF/LH generally end further from the chargers than they started. Therefore they normally need to turn 180 and move to bring them back into shooting range.
In the occaisional case when it happens, the skirmishers only need a 7 to pass the CMT and, if LH, can always just move away and shoot to the rear if they fail it.
I agree that this affects a smaller part of the LH/LF interaction, but I think it would be significant. I also like that it brings the rear shooting ability into focus.
Currently, skirmishers that fall back face less risk when the chargers end up shy of the mark -- say, within an inch or two. The skirmishers can rely on their ability to expand the gap but stay in shooting range to "reset" the process by moving and turning to bring full shooting power to bear. Rear shooting rarely happens because LH tend to be in that position only as an evade (which bars shooting). If their ability to redress their line and maintain a comfortable shooting gap were diminished (because of CMTs), then the fade back tactic would be less reliable. To maintain range, they would have to (a) pass a CMT, which becomes dodgier where multiple BGs are fading; (b) move away but maintain a rear facing, which reduces their shooting effectiveness; or (c) move closer/stand still, which increases the risk of getting caught by enemy.
Anyone running impetuous troops knows that "only needing to pass a CMT" is nothing to sneeze at, especially where multiple BGs are involved. Remember that you have to test and move that BG before testing the next. So even a relatively easy CMT can present a wrinkle when trying to maintain a line.
Ultimately, I prefer this incremental change before some of the more severe suggestions, at least for testing. Skirmishers certainly need some refining, but hacking off 2MU may go too far in the other direction. If this option proves to be insufficient in testing, then more substantial changes may be necessary.