#!/usr/bin/perl

###########################################
# Jumping Tux Obfu v0.1_alpha by X-3mE'89 #
# Written for Perlmonks.org on 18/07/2k4  #
###########################################

######################################
# Tools used to create this obfu:    #
#                                    #
# . Slackware Linux 9.1 as O.S.      #
# . "banner" for the shape           #
# . "mask.pl v0.1_alpha" by X-3mE for#
#   converting normal code into obfu #
#   following a shape                #
# . xterm for doing tests            #
# . emacs for writing source         #
#                                    #
######################################

# Usage: ./obfu.pl columns lines
# example ./obfu.pl 80 24 (in a standard size xterm)


$_=q!
          $x                                                ma 
          x=                                                sh 
          if                                                t& 
          @A                                             RGV;$ 
          yma                                          x=shift 
          &@ARGV                                    ;if(($xmax 
          ==  "")&or                             &($ymax=="")) 
          &{     &die&                       "Usage:&$0&rows&c 
                   ols\n                    "&}$gfx0=("&&\e[1; 
                      32m__             _____");$gfx1=("    &\ 
                         e[1;3       2m/&&&&&&&\\");$       gf 
                            x2=("\e[1;32m|&&0&&&0 
                             &&|");$gfx3=("\e[1; 
                             32m|&&&\e[1;33m,
                         ^,\e[0m&&&\e[1;3 
                      2m|\e[0m");$gfx4=("&\e 
                    [1;32m\\&&\e[1;33   m\\_/ 
          \e     [0m&&\e[1;32m/\e           [0m")
          ;$ gfx5=("&\e[1;32m/                 &&\e[
          1;37m___\e[0m&&\                        e[1;3     2m 
          \\\e[0m");$gfx6                           =("\    e[ 
          1;32m|__\e[                                  1;37m/& 
          &&\\\e[0                                        m\e[ 
          1;32m__                                          |\e 
          [0m                                               ") 
          ;$                                                gf 
          x7                                                =( 
                                                                       
                           "\ 
                           e[ 
                           1; 
                           32 
                           m( 
                           __ 
                           )& 
                           && 
                           (_ 
                           _) 
                           \e 
                           [0 
                           m" 
                           ); 
                                      
 
              $g 
             fx8=                                       ("
            \e[1;                                       32m 
           \\&&\                                       e[1;3
           7m\                                           \___ 
          /\e                                             [0m&
          &\e                                              [1;
          32                                                m/ 
          \e                                                [0 
          m"                          )                     ;$ 
          gfx                        9=(                   "\e 
          [1;                       33m|\                  \^/ 
          |_|\                     \^/|\e[0              m");$
          gfx10=(               "\e[1;33m&\\_/&       &&\\_/\ 
           e[0m");$x        =1;$y=5;$   xf=1;$yf=1;while(1)&
           {print&"\ec\e[31m\e[1;".(i    nt(($xmax-21)/2)). 
             "HJumpingTux&v0.1_alpha       \n\e[2;".(int(( 
              $xmax-21)/2))."H&&&&           &by&X-3mE' 
                 89\e[0m";limits
                  ();print("\e
                                    
          ["                           .$
          y.                           ";
          ".$x."H".$gfx0."\n"."\e[".($y+1
          ).";".$x."H".$gfx1."\n"."\e[".(
          $y+2).";".$x."H".$gfx2."\n"."\e
          [".($y+3).";".$x."H".$gfx3."\n"
          ."                      \e[
                                    ".(
                                    $y+ 
          4)                       .";". 
          $x."H".$gfx4."\n"."\e[".($y+5).
          ";".$x."H".$gfx5."\n"."\e[".($y
          +6).";".$x."H".$gfx6."\n"."\e[ 
          ".($y+7).";".$x."H".$gfx7."\n 
          ".                      "\e
                                    [".
                                    ($y 
          +8                       ).";" 
          .$x."H".$gfx8."\n"."\e[".($y+9)
          .";".$x."H".$gfx9."\n"."\e[".($
          y+10).";".$x."H".$gfx10."\n"); 
          if($x>=($xmax-12))&{$xf=0}if( 
          $x 
          <4 
          )&                                                {$ 
          xf                                                =1 
          }i                                                f( 
          $xf==1)&{$x++}else&{$x--}if($y>=($ymax-11))&{$yf=0}i 
          f($y<5)&{$yf=1}if($yf==1)&{$y++}else&{$y--}system(" 
          sleep&0.05");}sub&limits&{print&"\e[3;2H";for($i=0;$ 
          i<($xmax-3);$i++)&{print&'_'}print&"\e[4;1H/\e[4;".( 
          $xmax-1)."H\\";for($i=5;$i<$ymax;$i++)&{print&"\e[". 
          $i                           ."                   ;1 
          H|                           "}                   pr 
          in                           t&                   "\ 
          e[                           $y                   ma 
          x;                           1H                   \\ 
          ";                           fo                   r( 
          $i                           =1                   ;$ 
          i<                         ($xmax                 -2 
          );                       $i++)&{pri               nt 
          &'                       _'}print&'               /' 
          ;f                                                or 
          ($i                                              =5; 
          $i<                                              $ym 
          ax;$                                            i++) 
          &{print&"\                                e[".$i.";" 
          .($xmax-1)                                ."H|"}prin 
          t("\e[".$y                                max.";5HTy 

pe&Ctrl-Z&to&quit");} !;


s/\s+//g;
s/&/ /g;
s/\\/\\\\/g;
s/\\\\e/\\e/g;
s/\\\\\\\\/\\\\/g;
s/\\\\n/\\n/g;
eval