Hit the Deck, on 26 June 2016 - 03:33 AM, said:
Wait, maybe this is a false comparison. What should (ER)PPCs be compared to?
IMO, those weapons with a projectile velocity should have time-to-target as one of several bases for comparison.
Time-to-target should be a particularly prominent basis for comparison in discussions regarding possible changes to projectile velocity.
AC/2: 2000 m/s, 720 meters → time-to-target = 0.360 seconds
AC/5: 1150 m/s, 620 meters → time-to-target = 0.539 seconds
UAC/5: 1150 m/s, 600 meters → time-to-target = 0.522 seconds
AC/10: 950 m/s, 450 meters → time-to-target = 0.474 seconds
LB 10-X: 1100 m/s, 540 meters → time-to-target = 0.491 seconds
AC/20: 650 m/s, 270 meters → time-to-target = 0.415 seconds
Gauss Rifle: 2000 m/s, 660 meters → time-to-target = 0.330 seconds
PPC: 1200 m/s, 540 meters → time-to-target = 0.450 seconds
ER-PPC: 1300 m/s, 810 meters → time-to-target = 0.623 seconds
(time-to-target) = (optimal range)/(projectile velocity)
All of the above projectile velocities and optimal ranges are as of the time of this writing (June 29, 2016).
The standard PPC is not too bad off, having a slightly shorter time-to-target at listed optimal range as the class-10 autocannons, and a significantly shorter time-to-target at listed optimal range as the class-5 autocannons.
The ER-PPC, on the other hand, has a significantly longer time-to-target at its listed optimal range than all of the other weapons (~16% greater than that of the next-highest time-to-target, that of the AC/5).
For the ER-PPC to have the same time-to-target at its optimal range as the standard PPC (0.450 seconds), its projectile velocity would have to be increased to 1800 m/s (a ~39% increase over its current value); to match the next-highest current time-to-target (the AC/5, at 0.539 seconds), its projectile velocity would have to be increased to ~1500 m/s.
Thoughts?