def find_nearest_time(look_for, target_data): look_for = time2secs(look_for) target_data = [time2secs(t) for t in target_data] return(secs2time(find_closest(look_for, target_data)))
def find_nearest_time(look_for, target_data):
what = time2secs(look_for)
where = [time2secs(t) for t in target_data]
res = find_closest(what, where)
return(secs2time(res))
def find_nearest_time(look_for, target_data): what = time2secs(look_for) # convert the time string you are looking for into its equivalent value in seconds where = [time2secs(t) for t in target_data] # convert the lines of time strings into seconds res = find_closest(what, where) # supply's the converted data return(secs2time(res)) # return the closest match to the calling code, after converting it back to a time string
def find_nearest_time(look_for, target_data):
look_for_value = time2secs(look_for)
where_to_find = [time2secs(t) for t in target_data]
target_value = find_closest(look_for_value, where_to_find)
return secs2time(target_value)
def find_nearest_time(look_for, target_data):
what = time2secs(look_for)
where = [time2secs(t) for t in target_data]
res = find_closest(what, where)
return (secs2time(res))
def find_nearest_time(look_for, target_data):
look_for = time2secs(look_for)
data = [time2secs(each) for each in target_data]
res = find_closest(look_for, data)
return (secs2time(res))
def find_nearest_time(look_for, target_data):
what = time2secs(look_for)
time = [time2secs(t) for t in target_data]
ans = find_closest(what, time)
return (secs2time(ans))
def find_nearest_time(look_for, target_data): what = time2secs(look_for) where =
