4,246 karma · joined November 29, 2009
https://firshman.com
[ my public key: https://keybase.io/bfirsh; my proof: https://keybase.io/bfirsh/sigs/I2UKihiqAntrGCCwICWwJXcyy9Bt95eBXaBlml8VkuQ ]
I also tend to find I underestimate distances in grid systems. I think it’s because in European cities I estimate distance by the number of distinct shapes I can remember on the way there. In a grid, I think my brain smushes all those identical block shapes into one. In a similar way to how time flies when doing a repetitive task.
Firstly, it is an entirely mechanical car, which makes everything much simpler. But the truly stunning bit is the documentation and community.
All of the workshop manuals are available online. That is good enough for most tasks, but if something particularly complex needs diagnosing, there are forums with all the information you need.
When you need to get parts, an exploded diagram of the entire car is available online with part numbers. Both the original manufacturer and several third parties still make parts. Somebody has even made a price comparison website.[0]
I wish all the things I owned worked like this. I understand the economics often don’t work out for smaller, cheaper things, and there is no incentive for the original manufacturer to provide these things, but surely there is enough of a community to support common repairs in a similar way.
And then, after walking quite a distance down the length of the rocket, realising they’ve left out the middle stage because it doesn’t fit in the vast building it is in. I laughed in disbelief.
https://www.arxiv-vanity.com/papers/1712.01815/
Table 2 is broken, but the rest is much more readable if you're on a phone.
If you want us to remove your paper and just point at the PDF, we're happy to do so. My email's in my profile if you don't want to post the broken render here!
LaTeX is really tricky to parse, which is why you're seeing those "failed to render" errors. Judging from our logs, it works about ~80% of the time. That's up a lot from plain Pandoc though - it could render hardly anything from Arxiv.
The MathJax failures are either things that MathJax doesn't support, or use of \DeclareMathOperator which we haven't added support for yet.
Edit: Added a more useful error message. :) https://www.arxiv-vanity.com/papers/1608.04012/
Here is the broken stuff we are keeping track of: https://github.com/arxiv-vanity/engrafo/issues (feel free to add to it!)
Thanks!
So, we built Arxiv Vanity: a site that renders Arxiv papers as web pages. It’s still pretty janky, but for the papers that do render correctly, the experience is so much better than reading a PDF. For example:
https://www.arxiv-vanity.com/papers/1705.04085v3/
https://www.arxiv-vanity.com/papers/1708.00884/
https://www.arxiv-vanity.com/papers/1705.06031v2/
The source for the LaTeX to HTML renderer is on GitHub[0]. It’s built on Pandoc[1] and Distill.pub’s template[2].
To make this work, I use Codeship instead of Travis. Codeship builds a Docker image, runs the tests against the image, then pushes the image to Heroku if the tests pass: https://documentation.codeship.com/pro/continuous-deployment...