tjwei

5 miesięcy temudiscuss

Really interesting discovery, especially the part about base64. Reminds me of this: Transformer Layers as Painters https://arxiv.org/abs/2407.09298

tjwei

6 lat temudiscuss

I wrote a similar piece of code called MagicCodec back in 2008, including a zhpy codec(Chinese Python) and a Lua codec, which translates Lua source code to Python. (Blog content in Mandarin Chinese, with sample code http://weijr-note.blogspot.com/2008/02/python-magiccodec-01....) There was a time that I am slightly interested in Chinese Python for education purpose. Another interesting approach is using ctypes to replace keywords in CPython implementation, http://weijr-note.blogspot.com/2011/06/python-32-keyword.htm... (Also a blog post in Mandarin Chinese with sample code, which is also in Mandarin Chinese)

tjwei

9 lat temudiscuss

Awesome project, I really like it, so this is my attempt to achieve similar result with different approach.

I feel it might be an useful example for illustrating the intuition of ZCA and Wasserstein metric.

http://nbviewer.jupyter.org/github/tjwei/Animation-with-Iden...

tjwei

10 lat temudiscuss

And 2017 = 2^3 + 4^3 + 6^3 + 9^3 + 10^3

tjwei

10 lat temudiscuss

Reminds me of "Interesting number paradox" :p This can be considered as a proof that every number is interesting.

IMHO, being a prime number might give 2017 some advantages, and 2017 might be a slightly more interesting than most of prime numbers.

tjwei

10 lat temudiscuss

https://github.com/tjwei/play_nsfw I have some experiments along this line.

Submissions

Same Stats, Different XKCD

2017 is not just another prime number

C code that can be “compiled” by sha384

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