You have to push through the initial resistance to get the switch to activate. Therefore, ripster's ripOmeter is valid. You can't have the switches come to a rest after this point, so you still have to use a certain amount of force to push the switch down. Who cares where the 60g. point is? Whether it's 60g. on a Cherry black or 60g. on a rubber dome, you still have to use the same amount of force on the switch at some point on the stroke.
example -- while typing, for effective resistance (whether your fingers tire, whether you
feel that its a heavy or light switch) the 60g point can be irrelevant if the rest of the downstroke is light, and it can also be irrelevant if the rest of the downstroke is as heavy.
so first point is effective resistance vs initial resistance. The latter is only one aspect of the switch dynamics, and so isnt good as a comparative measurement of resistance. It would make sense to try to capture effective resistance rather than initial resistance, would be more comparative. Alternately would make sense to publish the resistance curve rather than simply the initial 'notch' resistance figure.
second point is If keytronics numbers are that far off across the board, I wouldnt be surprised if they are publishing effective downstroke resistance rather than initial 'notch' resistance.
third point is that therefore the nickels method is one method and there's no inherent need to assume all keyboard makers think about the concept of 'resistance' in those nickel terms. Anymore than we have to. It measures the notch; thats really all it measures. That 'notch-weight' may or may not be indicative of whether the switch
feels heavy or normal or even light during and after actual normal typing. It can indicate it, but one needs more information.