02:36
wait a minute i thought the intersections only count if they are on an integer value??
why is there a 379.5 in there?
if u r counting intersections from anywhere within the day then im pretty sure that "critical days" would appear more often than what the problem statement intends
for example, the 23-day graph intersects at 23/2 * 10 = 115, and the 33-day graph intersects at 33/2 * 7 = 115.5. Assuming that the birthdate is at 12 AM (not entirely likely but just assume so for the sake of argument), then these two intersections technically occur in the same day and would constitute a double critical day
but this would obviously not be covered by any of 322 379.5 462 or 10,626
does anyone else agree with my viewpoint here or am i going crazy
cuz this kind of logic would make the problem much harder, as we would then have to detect when the intersections have the same integer value or something along the lines of that
honestly it probably still occurs in cycles but u get my point
another example would be 23/2 * 11 = 126.5 and 28/2 * 9 = 126 for the 23-day and 28-day periodicities
but maybe smth like 28/2 * 13 = 182 and 33/2 * 11 = 181.5 wont count becuz 181.5 occurs within the 181th day while the 182 occurs exactly at the start of the next day, the 182th day. then that also depends on the birthtime within the birthdate, becuz if the person was born after the halfway mark (12 PM), then 181.5 and 182 would be on the same day. for example, if the person was born on 5 PM then 181.5 would refer to 5 AM on a certain day, while 182 would refer to 5PM on that same day