Carlos Scheidegger cscheid

## index.html
<html>
  <head>
    <script type="text/javascript" src="http://mbostock.github.com/d3/d3.js?2.5.0"></script>
  </head>
<body><div id="test"></div>
<script>
    var names = ["v1",
                 "v2",
                 "v3",
                 "v4",

## README.md

      
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                cscheid
                / README.md
            
            
              Created
              November 28, 2012 18:41
                — forked from mbostock/.block
            
              
                Gradient Along Stroke
              
          
    This example demonstrates how to create a gradient that follows a stroke. This technique is sometimes used to indicate directionality along a curved edge, such as with hierarchical edge bundling.
To start, take any SVG path element and uniformly sample points along the path using getPointAtLength. (This method can also be used for path tweening.) Then, for each segment between adjacent points, compute the miter joint via line-line intersection. Lastly fill each segment by interpolating the start and end colors, here green to red, using the normalized length t along the path. Although each segment is a constant color, there are many segments to give the appearance of a continuous gradient.
This example uses a thin stroke in addition to filling the segments. This avoids antialiasing artifacts due to most

  
## crash.cpp
template <typename T>
void fun(T* obj) {}

template <typename T, void Fun(T*) = fun<T> >
struct S {
    S(int m_sexp) {};
};

template <typename T>
S<T> ptr(int s) { return S<T>(s); }

## another_test.txt
hoaskdhskldf

## gist:5449235
This is a test file

## Unemployment-MSA.csv
Area State,Area Type,Area,City,Date,LAUS Code,State,Area FIPS Code,Employed,Labor Force,Month,State FIPS Code,Unemployed,Unemployment Rate,Year
ME,Met NECTA,Portland-South Portland-Biddeford,Portland,1/1/2000,MT237675,ME,76750,184223,189622,1,23,5399,2.8,2000
ME,Met NECTA,Bangor,Bangor,1/1/2000,MT237075,ME,70750,64191,66618,1,23,2427,3.6,2000
ME,Met NECTA,Lewiston-Auburn,Lewiston,1/1/2000,MT237465,ME,74650,52934,54950,1,23,2016,3.7,2000
MA,Met NECTA,Pittsfield,Pittsfield,1/1/2000,MT257660,MA,76600,37117,38301,1,25,1184,3.1,2000
MA,Met NECTA,Leominster-Fitchburg-Gardner,Leominster,1/1/2000,MT257450,MA,74500,71032,73398,1,25,2366,3.2,2000
MA,Met NECTA,Barnstable Town,Barnstable Town,1/1/2000,MT257090,MA,70900,121657,125999,1,25,4342,3.4,2000
MA,Met NECTA,New Bedford,New Bedford,1/1/2000,MT257555,MA,75550,79221,82833,1,25,3612,4.4,2000
MA-CT,Met NECTA,Worcester,Worcester,1/1/2000,MT257960,MA,79600,273295,281124,1,25,7829,2.8,2000
MA-CT,Met NECTA,Springfield,Springfield,1/1/2000,MT257810,MA,78100,326271,336515,1,

## README.md

      
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              Last active
              December 20, 2015 20:59
            
              
                Unbreak agnoster powerline
              
          
    Unbreak the powerline changes in the agnoster theme

If you use a hard-to-find patched powerline font such as Monaco like I do, the patch above will help you by reverting the latest glyph moves.
Use it like this:
$ cd .oh-my-zsh/themes
$ patch -p2 < unbreak_powerline.patch

Restart Terminal, iterm2, or whatever you use, and your powerline font should be working again.

  
## monads.js
function sequence_(lst)
{
    function do_it(i) {
        if (i === lst.length)
            return;
        lst[i](function() {
            do_it(i+1);
        });
    }
    do_it(0);

## f1.txt
the content.

## foo.py
#!/usr/bin/env python
import sys
import math

chosen = set()

def choose(n, k):
    return math.gamma(n+1) / (math.gamma(k+1) * math.gamma(n-k+1))

def yield_all_choices(n, k):
	<html>
	<head>
	<script type="text/javascript" src="http://mbostock.github.com/d3/d3.js?2.5.0"></script>
	</head>
	<body><div id="test"></div>
	<script>
	var names = ["v1",
	"v2",
	"v3",
	"v4",
	template <typename T>
	void fun(T* obj) {}

	template <typename T, void Fun(T*) = fun<T> >
	struct S {
	S(int m_sexp) {};
	};

	template <typename T>
	S<T> ptr(int s) { return S<T>(s); }
	Area State,Area Type,Area,City,Date,LAUS Code,State,Area FIPS Code,Employed,Labor Force,Month,State FIPS Code,Unemployed,Unemployment Rate,Year
	ME,Met NECTA,Portland-South Portland-Biddeford,Portland,1/1/2000,MT237675,ME,76750,184223,189622,1,23,5399,2.8,2000
	ME,Met NECTA,Bangor,Bangor,1/1/2000,MT237075,ME,70750,64191,66618,1,23,2427,3.6,2000
	ME,Met NECTA,Lewiston-Auburn,Lewiston,1/1/2000,MT237465,ME,74650,52934,54950,1,23,2016,3.7,2000
	MA,Met NECTA,Pittsfield,Pittsfield,1/1/2000,MT257660,MA,76600,37117,38301,1,25,1184,3.1,2000
	MA,Met NECTA,Leominster-Fitchburg-Gardner,Leominster,1/1/2000,MT257450,MA,74500,71032,73398,1,25,2366,3.2,2000
	MA,Met NECTA,Barnstable Town,Barnstable Town,1/1/2000,MT257090,MA,70900,121657,125999,1,25,4342,3.4,2000
	MA,Met NECTA,New Bedford,New Bedford,1/1/2000,MT257555,MA,75550,79221,82833,1,25,3612,4.4,2000
	MA-CT,Met NECTA,Worcester,Worcester,1/1/2000,MT257960,MA,79600,273295,281124,1,25,7829,2.8,2000
	MA-CT,Met NECTA,Springfield,Springfield,1/1/2000,MT257810,MA,78100,326271,336515,1,
	function sequence_(lst)
	{
	function do_it(i) {
	if (i === lst.length)
	return;
	lst[i](function() {
	do_it(i+1);
	});
	}
	do_it(0);
	#!/usr/bin/env python
	import sys
	import math

	chosen = set()

	def choose(n, k):
	return math.gamma(n+1) / (math.gamma(k+1) * math.gamma(n-k+1))

	def yield_all_choices(n, k):