Most tangent ogive bullets irrespective of calibre are said to be more jump tolerant than some (but not all) secant ogive designs. It's not unusually to see .308 for example, with mag length being 2.800 and the bullet jumping 60 to 80 thou. My own conclusions on secant ogive bullets, which I'll admit isn't that scientific, are that unless the seater used seats them concentrically (not all will) will exhibit sufficient runout to ruin accuracy. Perhaps loading close and personal to the lands gives less scope for the bullet to become as misaligned. As long as the correct seater is used (which grips around the bullet nose rather than pushing on the tip) I've found that many secant ogives can be quite jump tolerant too. I use a 30 thou jump on some and have no accuracy issues. People tend to get worked up about seating depth and in particular, chasing the lands, which is a rather pointless exercise as why find a seating depth that gives the optimum barrel time only to change it to remain the same distance from the lands? I've stuck to the exact same seating depth for all my loads irrespective of throat erosion and they seem to shoot as accurately now as when the barrels were new. Eric Cortina has published a few videos on Youtube where he shares his findings and concludes the same thing.
I guess there's many analogies you can use to better understand load development variables, but the basics of barrel harmonics depend on pressure rise time (and for those who subscribe to pressure wave theory, that as well) and barrel time. Imagining the barrel sinusoidal harmonics, altering seating time and charge alter the time the bullet takes to reach the muzzle and the optimum is said to be when the bullet arrives coincident with the barrel being on axis for consistent shot to shot accuracy.
Whatever this time is, is a function of pressure (charge applied) and distance travelled, although this is an over-simplification of what actually happens from detonation.
It's a bit like saying that correct camera exposure is a combination of shutter speed and lens aperture where you may have many multiples of either which coincide to give correct exposure, so it is with seating distance and powder charge to meet the optimum barrel time.