Using the Google ngrams corpus, xkcd sized the days of the year based on usage volume. Lots of firsts of the month and September 11th.

Ben Welsh, Robert Lopez, and Kate Linthicum for the Los Angeles Times analyzed more than a million runs by the Los Angeles Fire Department to estimate response times, based on where you live. The national standard is six minutes. The map shows average response times that are greater in red and those that are under in green (basically, anywhere there is a fire department).

The lead-in mentions that LAFD leaders have said that they routinely fail to meet the national standard, but if you’ve driven in Los Angeles, it’s not hard to imagine why it takes those extra minutes. I wonder how this compares to other high-traffic cities.

Now that we’re done giving thanks for all the intangibles like love, friends, family, and drunkenness, it’s time to turn our attention to the physical objects we don’t have yet. It’s the most wonderful time of year! Here are gift ideas for your data geek friends and family. A few of these take a while to make, so be sure to order them now so that you get them in time for Christmas.
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Studio NAND and Moritz Stefaner, along with Jens Franke explore FIFA development programs around the world.

The FIFA Development Globe visu­al­ises FIFA’s world­wide involve­ment in supporting foot­ball through educa­tional and infra­struc­tural projects. Using a 3D globe in combin­a­tion with inter­con­nected inter­face and visu­al­iz­a­tion elements, the applic­a­tion provides multiple perspect­ives onto an enormous dataset of FIFA’s activ­ities, grouped by tech­nical support, perform­ance activ­ities, and devel­op­ment projects.

The globe itself is an icosahedron, or essentially a spherical shape made up of triangles. Triangles in each country represent programs and are colored by the three above categories, and you might recognize Moritz’ elastic lists in the sidebar to filter through programs, by country, organization, and type. There’s also a timeline view, which shows program development over the past five years.

Give it a go here. I should warn you though that it runs in Flash (a client requirement), and it could run sluggish depending on your machine. Sometimes I was disorientated by the interaction and animation, especially when I clicked and nothing happened until a few seconds later.

After seeing a timeline on future events as described in novels, designer Giorgia Lupi put it in visual form.

Basing on speculative fiction captions collected by Jane Hu, the visualization analyses 62 foretold future events. For each event the visualization highlights typology (are they mainly social, scientific, technological, political?), year of the prediction, genre of the book and age of the author, while dividing them into positive, neutral or negative events. In the end, good news: in 802,701 the world will exist and everything will be more or less ok.

The vertical bars represent how far in the past a future was described, icons in the middle represent type of event, and the rows underneath provide descriptions of said events.

The sheer amount of fiction makes this a fun one to look at. Although, I wish Lupi spaced events by time instead of just listing them in chronological order. I mean, it’s a giant graphic already. Might as well go all the way with the timeline framework.

The Floor Charts tumblr shows actual charts used on the United States Congress floor. Some of the paper signs aren’t so flashy, but then there are ones like the Republican Wheel of Giveaways used by Edward Markey that leave you wishing you’d thought of it first.

Remember when Netanyahu used that bomb diagram and we thought it was ridiculous? I guess he was just following the high high standard set by governments around the world.

R comes with a lot of datasets, some with the core distribution and others with packages, but you’d never know which ones unless you went through all the examples found at the end of help documents. Luckily, Vincent Arel-Bundock cataloged 596 of them in an easy-to-read page, and you can quickly download them as CSV files.

Many of the datasets are dated, going back to the original distribution of R, but it’s a great resource for teaching or if you’re just looking for some data to play with.

You know those songs that you love so much that you cry because they’re over? Well, cry no more with the Inifinite Jukebox by Paul Lamere. Inspired by Infinite Gangnam Style, the Infinite Jukebox lets you upload a song, and it’ll figure out how to cut the beats and piece them back together for a version of that song that goes forever.

With The Infinite Jukebox, you can create a never-ending and ever changing version of any song. The app works by sending your uploaded track over to The Echo Nest, where it is decomposed into individual beats. Each beat is then analyzed and matched to other similar sounding beats in the song. This information is used to create a detailed song graph of paths though similar sounding beats. As the song is played, when the next beat has similar sounding beats there’s a chance that we will branch to a completely different part of the song. Since the branching is to a very similar sounding beat in the song, you (in theory) won’t notice the jump. This process of branching to similar sounding beats can continue forever, giving you an infinitely long version of the song.

I’m not sure what these digitally rendered Lego blocks by JR Schmidt represent, other than the geography of New York, but the image sure is pretty. This may or may not also have to do with me loving everything Lego.