Are the decks equally likely? We observe that 412050 decks appear just once, 104483 decks appear twice, etc. Is this distribution compatible with random draws?
There are 342396 rows, with 2 decks each. Solving for the number of valid decks one could make, gives me (12+12−112)=1352078 (straightforward application of counting particle arrangements, imagine you have “coins” to place in “card-type boxes”).
Then I just simulated and eyeballed. If I pick 2*342396 random numbers from 1 to 1352078, how many numbers appear just once? How many twice? Eleven runs and the data looks like this:
Just the obvious contrarian poke:
Are the decks equally likely? We observe that 412050 decks appear just once, 104483 decks appear twice, etc. Is this distribution compatible with random draws?
There are 342396 rows, with 2 decks each. Solving for the number of valid decks one could make, gives me (12+12−112)=1352078 (straightforward application of counting particle arrangements, imagine you have “coins” to place in “card-type boxes”).
Then I just simulated and eyeballed. If I pick 2*342396 random numbers from 1 to 1352078, how many numbers appear just once? How many twice? Eleven runs and the data looks like this:
Which seems compatible enough.
I don’t know why I expected anyone to take things for granted just because I told them not to bother looking into them.
If there is a place where “pay no attention to that man behind the curtain” is to be disobeyed with prejudice, I’d reckon this is it. ;)