benui-dev

function love.load()
  -- Load our repeating texture
  local img      = love.graphics.newImage("dirt.png")

  -- Points for our polygon
  local vertices = {12,0, 396,7, 500,375, 195,520, 78,377}
  
  texturedPoly = newTexturedPoly(vertices, img)
end

benui-dev

# Iterate through pre-parsed KNP output stored in a file. Useful for processing a batch of
# sentences offline, and then dealing with them later.

use strict;
use warnings;
use KNP::File;

# File is the result of "juman | knp -tab > knp.out"
my $knp_file = new KNP::File( file => $ARGV[0], encoding => 'utf-8' )
    or die "Couldn't make KNP from file $!";

benui-dev

from mwlib.refine import compat

raw = """
=Sup=
Je suis le voyageur dans le baked beans.
"""

parsed = compat.parse_txt(raw)

benui-dev

from mwlib.refine import compat,core
from mwlib.parser import nodes
import pprint

def main():
  pp = pprint.PrettyPrinter(indent=2)

  raw = """
=Cake=
Modern cake, especially layer cakes, normally contain a

benui-dev

<entry>
  <ent_seq>1000220</ent_seq>
  <k_ele>
    <keb>明白</keb>
    <ke_pri>ichi1</ke_pri>
    <ke_pri>news1</ke_pri>
    <ke_pri>nf10</ke_pri>
  </k_ele>
  <r_ele>
    <reb>めいはく</reb>

benui-dev

#!/usr/local/bin/perl
use strict;
use warnings;
use XML::LibXML;

use encoding "utf-8";

my $file   = $ARGV[0];
my $parser = XML::LibXML->new();
my $doc    = $parser->parse_file($file);

benui-dev

# Print the entire tree of a Wiki article using mwlib
from mwlib import wiki
from mwlib.parser import nodes

def print_tree(node, indent):
  tabs = indent * "  "
  print tabs + node.__class__.__name__
  indent += 1
  for child in node.children:
    print_tree(child, indent)

benui-dev

from mwlib import wiki
from mwlib.parser import nodes
env = wiki.makewiki('/home/ben/wiki/simple/wikiconf.txt') # wiki Environment object
a   = env.wiki.getParsedArticle('cheese')

for child in a.allchildren():
  if isinstance(child, nodes.Section): # Yay global function
    print "Section title: " + child.children[0].asText()
  
  if isinstance(child, nodes.LangLink):

benui-dev

<?xml version="1.0"?>
<root>
  <list>
    <item>
      <name>Magical stuff</name>
      <identifier>private.magical</identifier>
      <!-- Need this explicitly, otherwise the forward delete thing doesn't work -->
      <autogen>
        --KeyToKey--
        KeyCode::SEMICOLON, ModifierFlag::NONE,

benui-dev

{ "NICT-ATR" : { "A" : { "adequacy" : 3, "fluency" : 4 }, "B" : { "adequacy" : 3, "fluency" : 3 }, "C" : { "adequacy" : 4, "fluency" : 2 }, "output" : "図１２を参照して、本発明の第三実施例に説明説明次に、。" }, "NTT" : { "A" : { "adequacy" : 5, "fluency" : 5 }, "B" : { "adequacy" : 5, "fluency" : 5 }, "C" : { "adequacy" : 5, "fluency" : 5 }, "output" : "次に、 図 12 を参照して、 本発明の第 3 の実施例について説明する。" }, "_id" : { "$oid" : "4ed3428a7f7130fdf093a41d" }, "english" : "Next, explanation will be given on a third embodiment of the present invention, by referring to FIG. 12.", "id" : "20000523-155948-EMBODIMENTS-73", "kuro" : { "A" : { "adequacy" : 5, "fluency" : 5 }, "B" : { "adequacy" : 5, "fluency" : 5 }, "C" : { "adequacy" : 5, "fluency" : 5 }, "output" : "次に、本発明の第３の実施例について１２図である参照して説明する。" }, "moses" : { "A" : { "adequacy" : 5, "fluency" : 5 }, "B" : { "adequacy" : 5, "fluency" : 5 }, "C" : { "adequacy" : 5, "fluency" : 5 }, "output" : "次に 、 図 １２ を 参照 し て 、 本 発明 の 第 ３ 実施 例 について 説明 する 。 " }, "ref" : "次に、本発明の第３実施例を図１２用いて説明する。", "tsbmt" : { "A" : { "a