Hamcha

var randomsentence = [
	"ODDIO l'ultimo tweet di vincenzo lettera :°°D",
	"wat",
	"afkbai",
	"*cloudapp link*",
	"prima o poi devo rimettere in funzione culo.co.cc",
	"!shadowman",
	"D: Ma.. uffa!",
	":O",":°°°°°°°°°°°°",
	"!quote",

Hamcha

{
	"messages" : {
		"welcome" : "Welcome, you'll soon enter %NAME% (World: %WORLD%),\r\nYou'll enter as a guest, you'll need to %WHITE%LOGIN%END% to affect the world\r\n",
		
		"assignedname" 	: "You've been assigned the name %NAME%",
		
		"userlist"		: "\r\nYou see %PLAYERS%",
		"locationlist"	: "\r\nYou can go: %DIRECTIONS%",
		
		"unknown_go"	: "Go %WHITE%where?%END%",

Hamcha

$paradise = { YOUR MEGA WORLD THING HERE }

$paradise.each do |p|
	parent = p[1]["parent"]
	if $paradise.has_key?(parent) 
		unless $paradise[parent].has_key?("childs") 
			$paradise[parent]["childs"] = Array.new
		end
		$paradise[parent]["childs"].push(p)
		$paradise.delete(p)

Hamcha

function gzip-test()
{
	curl -I -s -H 'Accept-Encoding: gzip,deflate' $1 | grep Content-Encoding: || echo "No compression enabled"
}

function gzip-test-x()
{
	curl -I -s -H 'Accept-Encoding: gzip,deflate' $1 | grep Content-Encoding: || print -P -- "$FX[bold]$FG[001][ERROR]%f GZip Not Enabled$FX[reset]"; return

	NOGZIP=`curl -so /dev/null $1 -w '%{size_download}'`

Hamcha

############################
###   Global Variables   ###
############################

slides = []
curSlideIndex = 0

window.blockedIO = false

############################

Hamcha

FTP_HOST=your.host.here
FTP_DIR=www/

FTP_USER=yourFTPusername
FTP_PASS=yourFTPpassword

ftp-upload() {

	if [[ $1 == '' ]]; then 
		print -P $FG[001]"Please specify one or more files"$FX[reset]

Hamcha

__ JAVASCRIPT V8 (v8) __

real	0m0.658s
user	0m0.654s
sys	0m0.008s

__ NODE.JS (node) __

real	0m0.734s
user	0m0.721s

Hamcha

uniform vec2 resolution;
uniform float lowFreq, midFreq, highFreq;
uniform float time;

vec3 circle(vec2 root, vec2 position, float radius, vec3 color)
{
   if (distance(position, root) < radius) return color;
   return vec3(0);
}

Hamcha

uniform vec2 resolution;
uniform float lowFreq, midFreq, highFreq;
uniform float time;
uniform vec2 mouse;

void rX(inout vec3 p, float a) { float c,s;vec3 q=p;	c = cos(a); s = sin(a);	p.y = c * q.y - s * q.z;	p.z = s * q.y + c * q.z; }
void rY(inout vec3 p, float a) {	float c,s;vec3 q=p;	c = cos(a); s = sin(a);	p.x = c * q.x + s * q.z;	p.z = -s * q.x + c * q.z;}
void rZ(inout vec3 p, float a) {	float c,s;vec3 q=p;	c = cos(a); s = sin(a);	p.x = c * q.x - s * q.y;	p.y = s * q.x + c * q.y; }

Hamcha

uniform vec2 resolution;
uniform float lowFreq, midFreq, highFreq;
uniform float time;
uniform vec2 mouse;

void rX(inout vec3 p, float a) { float c,s;vec3 q=p;	c = cos(a); s = sin(a);	p.y = c * q.y - s * q.z;	p.z = s * q.y + c * q.z; }
void rY(inout vec3 p, float a) {	float c,s;vec3 q=p;	c = cos(a); s = sin(a);	p.x = c * q.x + s * q.z;	p.z = -s * q.x + c * q.z;}

float star(vec3 p, float s) { return length(p)-s; }
float starfield(vec3 p, float s, vec3 c) { vec3 q = mod(p,c)-.5*c; return star(q,s); }