axiak

"processors": {
   "coffee": {"cmd": "coffee -c {input}", "nextExt": "js"},
   "js": {"cmd": "cat", "nextExt": "js1"},
   "js1": {"cmd": "cat", "nextExt": "js2"},
   "js2": {"cmd": "cat", "nextExt": "js3"},
   "js3": {"cmd": "cat", "nextExt": "js4"},
   "js4": {"cmd": "cat", "nextExt": "js5"},
   "js5": {"cmd": "java -Xmx200m -Xms50m -Xincgc -jar testdir/yuicompressor-2.4.7.jar {input} -o {output}", "outputType": "js"}
}

axiak

var exec = require('child_process').exec
  , fs = require('fs');



var escapeShell = function(cmd) {
  return '"'+cmd.replace(/(["\s'$`\\])/g,'\\$1')+'"';
};

axiak

var _ = require('underscore');

config = {
    'compiled_cache_dir': '../css/tmp',

    'processors': {
        'js':     'java -jar YUICompressor.jar {input}',
        'coffee': ['coffee -c {input} {output}', 'js'],
        'less':   ['lessc', 'css']
        },

axiak

inverse = function (f, lower = -100, upper = 100) {
   function (y) uniroot((function (x) f(x) - y), lower = lower, upper = upper)[1]
}

cdf = function (f) {
    function (upper) integrate(f, 0.01, upper).value
}

f = 0.453 * exp(-1.036x) * sinh(sqrt(2.29x))

axiak

#!/usr/bin/env python2.7
import remote_webkit_debug
chrome = remote_webkit_debug.ChromeShell()

tab = chrome.pick_tab([
    tab for tab in chrome.get_tabs()
    if 'webSocketDebuggerUrl' in tab][0])

tab.send_command('Runtime.evaluate',
         expression='window.location = window.location;',

axiak

--- /a/srv.arc	2009-06-29 12:54:11.000000000 -0400
+++ /b/srv.arc	2012-03-18 10:50:17.903238925 -0400
@@ -134,11 +134,11 @@
           (if srv-noisy* (pr c))
           (-- n)
           (push c line)) 
-        (if srv-noisy* (pr "\n\n"))
+        (if srv-noisy* (pr "\r\n\r\n"))
         (respond o op (+ (parseargs (string (rev line))) args) cooks ip))))
 

axiak

# Michael Axiak <[email protected]>
import numpy as np
from milk.supervised.base import supervised_model

def _label_to_map(label, labelMap):
    val = np.ndarray(len(labelMap))
    val[labelMap[label]] = 1
    return val

def _label_from_map(i, labelMap):

axiak

asdf

axiak

    select distinct
      <include refid="t_fact_columns_fragment" />
    from
      t_fact fct,
      t_location_fact locf,
      t_user_location uloc,
      t_location loc
    where
      fct.fact_pk = locf.fact_pk and
      loc.location_id = locf.location_id and

axiak

def decode_google_polyline(encoded):
    """
    Decode a google polyline string into a list of coordinates.
    See http://code.google.com/apis/maps/documentation/utilities/polylinealgorithm.html
    """
    raw_numbers = [ord(c) - 63 for c in encoded[::-1]]

    current_number = 0
    sequence = []