JayKickliter

# Complex transforms
# Sign argument
#   -1  = Complex to Complex reverse FFT
#   1   = Complex to Complex forward FFT

# ffts_plan_t *ffts_init_1d(size_t N, int sign); 
# Create a plan for a forward 1D FFT of size 16 
N         = 2^16
Direction = 1 
ffts_plan = ccall((:ffts_init_1d, "libffts"), Ptr{Void}, (Csize_t, Cint), N, Direction)

flyingmachine

(ns cljobs.resources.manage.os-projects
  (:require [cljobs.resources.common :as c]
            [cljobs.db.queries :as q]))

(def new-data (c/query-result q/user-os-projects))

(defn process-params
  [ctx]
  (-> (c/assoc-user ctx :os-project/user)
      (update-in [:request :params]

Yaffle

(function (global) {
  "use strict";

  // Math.nextUp
  // Note:
  // Math.nextDown = function (x) { return -Math.nextUp(-x); };
  // Math.nextAfter = function (x, y) { return y < x ? -Math.nextUp(-x) : (y > x ? Math.nextUp(x) : (x !== x ? x : y)); };
  // Math.ulp = function (x) { return x < 0 ? Math.nextUp(x) - x : x - (-Math.nextUp(-x)); };

  var EPSILON = Math.pow(2, -52);

mohayonao

var FFT = (function() {
    "use strict";
    
    var FFT = function() {
        initialize.apply(this, arguments);
    }, $this = FFT.prototype;
    
    var FFT_PARAMS = {
        get: function(n) {
            return FFT_PARAMS[n] || (function() {

masayu-a

Inflection type (Ja)	Inflection type (En)	Inflection type - description (En)
カ行変格	ka_irr	kahen_verb.irregular
サ行変格	sa_irr	sahen_verb.irregular
ザ行変格	za_irr	zahen_verb.irregular
上一段-ア行	V1i.a	kamiichidan_verb_i_row.a_column
上一段-カ行	V1i.ka	kamiichidan_verb_i_row.ka_column
上一段-ガ行	V1i.ga	kamiichidan_verb_i_row.ga_column
上一段-ザ行	V1i.za	kamiichidan_verb_i_row.za_column
上一段-タ行	V1i.ta	kamiichidan_verb_i_row.ta_column

masayu-a

Inflected forms (Ja)	Inflected forms (En)	Inflected forms (En)- description
ク語法	ku_wrd	ku_wording
仮定形-一般	Cond.g	conditional.general(katei)
仮定形-融合	Cond.int	conditional.integrated(katei)
命令形	Imp	imperative(meirei)
已然形-一般	Real.g	realis.general(izen)
已然形-補助	Real.aux	realis.auxiliary(izen)
意志推量形	Vol_tent	volitional_tentative(ishi_suiryo)
未然形-サ	Irr.sa	irrealis.sa(mizen)

Kimtaro

# Put new words in a CSV with this format
# 表層形,左文脈ID,右文脈ID,コスト,品詞,品詞細分類1,品詞細分類2,品詞細分類3,活用形,活用型,原形,読み,発音
# surface_form,left_context_id,right_context_id,cost,part_of_speech,pos_division_1,pos_division_2,pos_division_3,inflection_type,inflection_style,lemma,reading,pronunciation
$ echo "fasihsignal,-1,-1,100,名詞,一般,*,*,*,*,fasihsignal,ファシシグナル,ファシシグナル" > a.csv

# Then use mecab-dict-index to compile the csv into a .dic file, based on an existing mecab dictionary file
$ /usr/local/Cellar/mecab/0.996/libexec/mecab/mecab-dict-index -d/usr/local/Cellar/mecab/0.996/lib/mecab/dic/ipadic/ -u a.dic -f utf8 -t utf8 a.csv

# The use it
$ mecab -ua.dic

estebistec

1. Get all of these files into the target folder
2. Run the following commands:

chmod +x *.sh
./nginx-start.sh

bsyouness

# Git branch in prompt
parse_git_branch() {
    git branch 2> /dev/null | sed -e '/^[^*]/d' -e 's/* \(.*\)/ (\1)/'
}
# export PS1="\u@\h \W\[\033[32m\]\$(parse_git_branch)\[\033[00m\] $ "
export PS1="\u@\h \[\033[32m\]\w\[\033[33m\]\$(parse_git_branch)\[\033[00m\] $ "

alias ls='ls -G'
export CLICOLOR=1
export LSCOLORS=Gxfxcxdxbxegedabagacad

rmcgibbo

Scientific Python From Source

This document will walk you through compiling your own scientific python distribution from source, without sudo, on a linux machine. The core numpy and scipy libraries will be linked against Intel MKL for maximum performance.

This procedure has been tested with Rocks Cluster Linux 6.0 (Mamba) and CentOS 6.3.

Compiling Python From Source