The Postal Service Songs & Fic Titles
inspired by this post, I made a graph about how many fics on Ao3 have Postal Service song names in their titles:
Method info/additional details below the cut

#batman#dc#dc comics#bruce wayne#dick grayson#tim drake#dc fanart#batfamily#batfam


seen from Türkiye
seen from China

seen from United States
seen from Türkiye
seen from China
seen from Malaysia
seen from China

seen from United States
seen from China
seen from Germany
seen from France
seen from United States

seen from United States
seen from Netherlands
seen from France
seen from Hong Kong SAR China
seen from United States
seen from United States
seen from United States
seen from China
The Postal Service Songs & Fic Titles
inspired by this post, I made a graph about how many fics on Ao3 have Postal Service song names in their titles:
Method info/additional details below the cut

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What places have the happiest bird names
One of my favorite things about birds is that a bunch of them have delightfully upbeat-sounding names, like consider these gems:
I got curious whether certain regions might have more happy-named kinds of birds than others, so I (naturally) crunched the numbers and made some graphs about it:
Data/method details and full species name lists below the cut
The Sprinkle Cipher
I came up with the āsprinkleā part of my username in a pretty arbitrary way, but ever since I picked out the username, Iāve thought about what a sprinkle-based cipher might actually look like. Combining different types or colors of sprinkles seemed like the most logical approach, so I came up with a simple substitution encryption scheme that can encode letters using specific combinations of five different sprinkle types.
Each sprinkle type (1-5) could theoretically be any kind of sprinkle, although it would be best for each type to be as clearly distinct from the others as possible to reduce the possibility for confusion. The best application of this cipher would be to use different combinations of sprinkles on a set of cupcakes or cookies to encode the message (so each individual cupcake/cookie would correspond to one letter, based on which combination of sprinkles it had on it), but the same principal could be applied to other things as well.
Here's a chart depicting the sprinkle-combinations that are associated with each letter using my encryption scheme.