[HN Gopher] Alpha: A translation of Genesis 1
       ___________________________________________________________________
        
       Alpha: A translation of Genesis 1
        
       From the post: "This was made with the help of a computer program
       [word2vec] that tries to express the meaning of any word by an
       adjective and a noun pair. Phrases like 'abstract astronomy' for
       'space' and 'aquatic archipelagos' for 'islands' were generated by
       the program."
        
       Author : npilk
       Score  : 61 points
       Date   : 2022-07-27 17:33 UTC (5 hours ago)
        
 (HTM) web link (llamasandmystegosaurus.blogspot.com)
 (TXT) w3m dump (llamasandmystegosaurus.blogspot.com)
        
       | dazzaji wrote:
       | I'd love to see this done with the US statutes and regulations.
        
       | rgovostes wrote:
       | The author, Doug Summers Stay, explained the method to me a few
       | years ago:
       | 
       | ---
       | 
       | The idea is very simple.
       | 
       | You have a target word and a library of possible adjectives and
       | nouns that start with the letter a, for example.
       | 
       | You add an extra element to each vector, so they are now 301
       | dimensional vectors. For adjectives, you set this to 10, for
       | nouns to -10. In the target word, you set this element to zero.
       | (You might have to play with the values 10 and -10 a little: they
       | should be weighted high enough compared to the other elements
       | that getting them right is a necessity rather than just a nice
       | thing to have.)
       | 
       | A sparse decomposition function such as LASSO takes in a (1 x 301
       | target vector) and a library of n possible vectors stacked up as
       | a (n x 301 matrix) and outputs a (n x 1 vector) which shows how
       | each of the n possible vectors in the library should be weighted
       | in a sum. You tune the sparsity parameter so that it is looking
       | for exactly two non-zero weights. So it needs to find two vectors
       | that add up as closely as possible to the target vector, and one
       | of them must be an adjective and one must be a noun to make it
       | work out right.
       | 
       | You perform the sparse decomposition and the non-zero weighted
       | elements are the adj. and noun you want. You can run it again
       | with those words removed from the dictionary if you want other
       | choices.
       | 
       | This is just something I came up with and tested. It's never been
       | published anywhere that I'm aware of. You can easily imagine
       | variations to find any number of terms with particular properties
       | or relationships to each other.
        
       | axlee wrote:
       | This is called a tautogram.
       | 
       | https://en.wikipedia.org/wiki/Tautogram
        
       | npilk wrote:
       | And another bit of fun from the comments:
       | 
       | "I used the same tech to make rhyming pairs of words that have a
       | particular meaning. Here's a list of some of my favorite results
       | from that program:
       | 
       | cowboy: colorado desperado
       | 
       | llama: coat goat
       | 
       | Star_Wars: groovy movie, halloween onscreen, iconic hypersonic,
       | cute reboot, droid overjoyed, etc...
       | 
       | friar: yeast priest, barbarian seminarian
       | 
       | spaceship: moon balloon
       | 
       | pillow: head bed
       | 
       | trampoline: elastic gymnastic"
        
       | tgv wrote:
       | Nice. I couldn't find a scientific sounding name for the kind of
       | alliterative writing, but I did find a book written with similar
       | constraints: https://en.m.wikipedia.org/wiki/Alphabetical_Africa
        
         | axlee wrote:
         | This is called a Tautogram.
         | https://en.wikipedia.org/wiki/Tautogram
        
       | [deleted]
        
       | shever73 wrote:
       | The voice in my head as I read it is Brother Maynard from Monty
       | Python and the Holy Grail. Especially the "anchovies and
       | anenomes" bit.
        
       | zuminator wrote:
       | From the comments, someone created an "S" version. [0]
       | 
       | Also this exercise reminds me of How The World Was Saved (Jak
       | Ocalal Swiat)[1][2]
       | 
       | [0]
       | http://llamasandmystegosaurus.blogspot.com/2017/05/alpha.htm...
       | 
       | [1] https://english.lem.pl/works/novels/the-cyberiad/146-how-
       | the...
       | 
       | [2] (first story)
       | http://lib.mlm.ru/pl_stanislaw_lem_cyberiada.htm
        
       | nathell wrote:
       | Reminds me of Stanislaw Baranczak's paraphrase of Hamlet's
       | soliloquy where every word on the first line starts with A, on
       | the second with B, etc. Unfortunately, I'm afraid you need to
       | understand Polish fluently to appreciate this:
       | 
       | https://czytankianki.blogspot.com/2012/05/przekad-alternatyw...
        
       | flobosg wrote:
       | (2017)
       | 
       | If you liked it, check out the work of Christian Bok, in
       | particular "Eunoia".
        
       | schoen wrote:
       | I was inspired last year to do an equivalent with B:
       | https://godexperiment.org/beginnings-an-alliterative-rewrite...
       | ("Blessed Being began by building blue bowl, bottom base...").
       | (That's not my own site where it's posted, it's my friend
       | Jeremiah's site.)
       | 
       | I was also inspired by this S version:
       | https://calvinballing.github.io/saga/ ("So started saga: Supreme
       | sentience shaped skies, secular sphere...").
        
       ___________________________________________________________________
       (page generated 2022-07-27 23:00 UTC)