skopp

Markdown and reStructuredText

GitHub supports several lightweight markup languages for documentation; the most popular ones (generally, not just at GitHub) are Markdown and reStructuredText. Markdown is sometimes considered easier to use, and is often preferred when the purpose is simply to generate HTML. On the other hand, reStructuredText is more extensible and powerful, with native support (not just embedded HTML) for tables, as well as things like automatic generation of tables of contents.

skopp

require 'rubygems'
require 'jekyll'
require 'fileutils'
require 'posterous'
require 'net/http'
require 'URI'

Posterous.config = {
  'username'  => ARGV[0],
  'password'  => ARGV[1],

pauldijou

CSS Frameworks Comparison

TL;DR

If I should pick only one framework for all my projects, both prototyping and production, I would go with either Bootstrap or Foundation and then improve them depending on my needs, eventually by using nice ideas from other frameworks. Since I'm a LESS user, I will probably go with Bootstrap, but if Foundation would have been build with LESS too, I would have been in deep s****.

Players

• Bootstrap: http://twitter.github.com/bootstrap (in version 3.0)
• Foundation: http://foundation.zurb.com

bkabrda

running test
running build_py
running egg_info
writing /builddir/build/BUILD/python3-python-github-1.11.1-3.fc20/build/lib/PyGithub.egg-info/PKG-INFO
writing top-level names to /builddir/build/BUILD/python3-python-github-1.11.1-3.fc20/build/lib/PyGithub.egg-info/top_level.txt
writing dependency_links to /builddir/build/BUILD/python3-python-github-1.11.1-3.fc20/build/lib/PyGithub.egg-info/dependency_links.txt
reading manifest file '/builddir/build/BUILD/python3-python-github-1.11.1-3.fc20/build/lib/PyGithub.egg-info/SOURCES.txt'
writing manifest file '/builddir/build/BUILD/python3-python-github-1.11.1-3.fc20/build/lib/PyGithub.egg-info/SOURCES.txt'
running build_ext
testAttributes (github.tests.AuthenticatedUser.AuthenticatedUser) ... ok

skopp

<!-- to do: make this parse -->

<div class="clipboardEmbedClip" data-clip-id="LQL1lDhsxPcZfc2h4vuk3E1MpI-5Xc_CPlqe" data-width="782" data-height="763" data-scale="disabled">
</div>

<script type="text/javascript">(function() {if (!window.CLIPBOARD || !window.CLIPBOARD.widgets) {var elem = document.createElement("script");elem.type = "text/javascript";elem.async = true;elem.src = "//clipboard.com/js/widgets.js";var s = document.getElementsByTagName("script")[0];s.parentNode.insertBefore(elem, s);}})();
</script>

skopp

<canvas id="q"></canvas>

max-mapper

sudoroom CNC machine instructions

it is composed of a few components:

• an internet connected desktop windows PC that runs special software: mach3 (icon on desktop)
• a hacked engraver that does the milling
• a stepper driver that sits between the PC and the engraver and communicates via parallel port

mach3 only accepts geecode. you can either use your own geecode or use the program on the PC called CamBam to generate the geecode.

czottmann

Uncaught TypeError: Cannot read property 'login' of null frontend.js:15
_.Class.formatGist frontend.js:15
(anonymous function) frontend.js:15
x.each.x.forEach frontend.js:6
h.(anonymous function) frontend.js:7
_.Class.formattedGists frontend.js:15
_.Class.starredGists frontend.js:15
Backbone.View.extend.render frontend.js:16
Backbone.View.extend.initialize frontend.js:16
o.View frontend.js:7

max-mapper

thanks to @mikolalysenko for explaining

20:14 < mikolalysenko> basically mip maps were a hack some guy came up with in the 80s to do filtering with variable sized kernels
20:14 < mikolalysenko> it turns out that if you just draw a texture at full resolution some distance away, then you will get these shimmering aliasing 
                       artefacts
20:14 < mikolalysenko> so the solution to this is to just smooth out the texture, so it isn't so noisy
20:15 < mikolalysenko> however the amount you smooth has to be proportional to the distance
20:15 < mikolalysenko> so what a mip pyramid basically is just a collection of filtered images at different down sampled resolutions
20:15 < mikolalysenko> and you can interpolate between them to approximate a blur by a kernel of variable radius

101010101

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