Averages/Mean time of day: Difference between revisions

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 {{trans|Python}}
 <lang 11l>F mean_angle(angles)
-   A x = sum(angles.map(a -> cos(radians(a)))) / angles.len
+   V x = sum(angles.map(a -> cos(radians(a)))) / angles.len
-   A y = sum(angles.map(a -> sin(radians(a)))) / angles.len
+   V y = sum(angles.map(a -> sin(radians(a)))) / angles.len
    R degrees(atan2(y, x))
 F mean_time(times)
-   A t = (times.map(time -> time.split(‘:’)))
+   V t = (times.map(time -> time.split(‘:’)))
-   A seconds = (t.map(hms -> (Float(hms[2]) + Int(hms[1]) * 60 + Int(hms[0]) * 3600)))
+   V seconds = (t.map(hms -> (Float(hms[2]) + Int(hms[1]) * 60 + Int(hms[0]) * 3600)))
-   A day = 24 * 60 * 60
+   V day = 24 * 60 * 60
-   A to_angles = seconds.map(s -> s * 360.0 / @day)
+   V to_angles = seconds.map(s -> s * 360.0 / @day)
-   A mean_as_angle = mean_angle(to_angles)
+   V mean_as_angle = mean_angle(to_angles)
-   A mean_seconds = round(mean_as_angle * day / 360.0)
+   V mean_seconds = round(mean_as_angle * day / 360.0)
    I mean_seconds < 0
       mean_seconds += day
-   A h = mean_seconds I/ 3600
+   V h = mean_seconds I/ 3600
-   A m = mean_seconds % 3600
+   V m = mean_seconds % 3600
-   A s = m % 60
+   V s = m % 60
    m = m I/ 60
    R String(h).zfill(2)‘:’String(m).zfill(2)‘:’String(s).zfill(2)