The highest average power held for seconds inside any one of the spans (a
window never crosses from one span into the next). Time-weighted on a
one-second grid: each sample's power covers the time just before it, up to
5 s; beyond that a gap counts as 0 W, so a spike after a dropout isn't a
minute's effort. moving: the moving time alone, on a clock that stops
while stopped. undefined when no span is that long, or there's no power.
Not the same rule as powerBestEfforts / the power curve, which
clamp a gap's time (to 10 s) and hold the sample's power over it; here
only 5 s of a gap carries power. The stricter rule is for laps and
intervals, where a dropout followed by a spike would otherwise pass for
a minute's effort.
The highest average power held for
secondsinside any one of the spans (a window never crosses from one span into the next). Time-weighted on a one-second grid: each sample's power covers the time just before it, up to 5 s; beyond that a gap counts as 0 W, so a spike after a dropout isn't a minute's effort.moving: the moving time alone, on a clock that stops while stopped.undefinedwhen no span is that long, or there's no power.Not the same rule as powerBestEfforts / the power curve, which clamp a gap's time (to 10 s) and hold the sample's power over it; here only 5 s of a gap carries power. The stricter rule is for laps and intervals, where a dropout followed by a spike would otherwise pass for a minute's effort.