Post B5WUjSPZQyy8EghtuC by aleteoryx@labyrinth.zone
 (DIR) More posts by aleteoryx@labyrinth.zone
 (DIR) Post #B5WTkzzlxJKwjJoNLE by neauoire@merveilles.town
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       Possibly stumbled onto the high-level language of my dreams.
       
 (DIR) Post #B5WUARtzKuKWWLF2PI by neauoire@merveilles.town
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       @mnl It's this: https://wiki.xxiivv.com/site/rejoiceThe only operation is multiplication.
       
 (DIR) Post #B5WUJSuKxzl0FIhi3k by neauoire@merveilles.town
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       @RealGene this is postfix, but there's no stack.
       
 (DIR) Post #B5WUjSPZQyy8EghtuC by aleteoryx@labyrinth.zone
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       @neauoire oh the way of expressing 'loop until x is 12' is so cool
       
 (DIR) Post #B5WUjSbygqtSrAVoFE by neauoire@merveilles.town
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       @aleteoryx yes!! This one liner packs a lot!
       
 (DIR) Post #B5WUxbHlEmotoQnXzU by neauoire@merveilles.town
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       @RealGene it is, but cells in memory are fractions, instead of unsigned integers. The only possible operation is the multiplication of fractions.So, if a program has these 3 cells: 2^2 3/2 5/6[] 2^2 3/2 5/[2 3] [2^2] 3/2 5/[2 3] [2 3] 5/[2 3] [5] Reached in 4 steps.https://wiki.xxiivv.com/etc/rejoicerepl/
       
 (DIR) Post #B5YsvkWmgr3r77OZiy by mia@cathode.church
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       @neauoire stole some ideas from this to print Pascal's Triangle
       
 (DIR) Post #B5YsvkkFslpvmthKim by neauoire@merveilles.town
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       @mia nicely done!! Did you study math or are you self-taught?
       
 (DIR) Post #B5YsvktpJBUcGaAydk by mia@cathode.church
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       @neauoire I finished my PhD in set theory last year, heh
       
 (DIR) Post #B5Ysvl2KnYIYgy9ltw by neauoire@merveilles.town
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       @mia that checks out X)
       
 (DIR) Post #B5YsvmSFWgcd5dHyvw by mia@cathode.church
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       ( Pascal's Triangle )size^12 indent^size indentres( first row ) .\s\s^indent .\s\s\s1\n @Row n/indent  ( first term & padding ) .\s\s^indent .\s\s\s1  @Col k    ( calc next term )    ( a=n+1-k ) a^n a/a^k    ( tmp = res*a ) 'tmp^res/a    ( res = tmp/k ) []/res^res 'res/tmp^k    ( print )    .\s    [Skip-c res^100]/res^100 .\s @Skip-c    [Skip-d res^10]/res^10 .\s @Skip-d    .#res    []/k^n [Col k]/k  []/n^size [Row n .\n]/n