Convert the time to radians. Treat all times as unit vectors in polar coordinates, with the time_in_radians as the angle. Convert the polar (1, time_in_radians) to Cartesion (x,y). Sum all of the xs and ys separately, (optionally averaging them, again separately), and convert the result back to polar. The average time is the angle. The averaged magnitude might be interesting also.
-QM
--
Quantum Mechanics: The dreams stuff is made of
In reply to Re^2: Average start time handling midnight
by QM
in thread Average start time handling midnight
by chrisjej
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