dear monks i want to move some lines in an xml file

<?xml version="1.0" encoding="UTF-8"?>
<sec><title>The Impact of Aerosols</title>
<p>The impact of aerosols on our daily lives is large, as our activiti
+es are performed in an atmospheric sea containing gases and particles
+ (<xref ref-type="table" rid="ch1-t001">Table 1.1</xref>). The partic
+les, liquid and solid, organic and inorganic, viable and nonviable, i
+nfluence the environment. Natural particle phenomena include cloud fo
+rmation, the role of particles in the water cycle, the shaping of lan
+d by wind, pollination of plants, and the distribution of seeds and s
+pores. Human uses of aerosols include the atomization of fuels prior 
+to combustion, the application of paints, cosmetics, medicines, insec
+ticides, and lubricants; and scientific uses.</p>
<p>Unfortunately, aerosols often cause problems which resist eradicati
+on. Among these are infectious diseases including the common cold, in
+fluenza, viral pneumonia, measles, mumps, and tuberculosis. Other dis
+eases in which inhaled particles often play a central role are bronch
+itis, pulmonary emphysema, asthma, diffuse interstitial fibrosis, alv
+eolitis, silicosis, anthracosilicosis, berylliosis, farmers lung, bys
+sinossis, lung cancer, and nasal cancer.</p>
<sec><title>Size Regimes</title>
<p>The great diversity in particle size, shape, and composition makes 
+it impossible to describe aerosol behavior simply. As a starting poin
+t, one can divide aerosols into <italic>regimes</italic> (<xref ref-t
+ype="table" rid="ch1-t002">Table 1.2</xref>). These regimes, which en
+compass given size ranges, are each associated with sets of equations
+ that describe the physical behavior of aerosols. An important dimens
+ionless parameter, the <italic>Knudsen number</italic>, Kn, which rel
+ates the particle radius, r<sub>p</sub>, to the molecular mean free-p
+ath of the suspending gas, <italic>&lambda;</italic>g, is given by:</
+p>
<disp-formula id="ch1equ-001"><tex-math><?TeX \begin{equation}<$$>{\rm
+{Kn}} = {{{\lambda _{\rm{g}}}} \over {{{\rm{r}}_{\rm{p}}}}}<$$>\end{e
+quation}?></tex-math><graphic xmlns:xlink="http://www.w3.org/1999/xli
+nk" xlink:href="ch1equ-001.gif"/></disp-formula>
<p><bold>Cloud</bold>&mdash;Any free (not spatially confined) aerosol 
+system with a definite overall shape and size. Rain clouds and smoke 
+rings are examples.</p>
<p><bold>Colloid</bold>&mdash;A dispersion of liquid or solid particle
+s in a gas, liquid, or solid medium that has all of the following pro
+perties: slow settling, large surface to volume ratio, invisibility t
+o the unaided eye, and producing scattering of a light beam. Examples
+ include smoke, milk, and gelatin.</p>
<p>Several reference books on aerosols have been published. The basic 
+theoretical reference is a work by Nicholai A. Fuchs (1964) entitled 
+<italic>The Mechanics of Aerosols</italic>, which was translated from
+ Russian into English by R.E. Daisley and Marina Fuchs and edited by 
+C.N. Davies. A variety of additional books, some general and some spe
+cialized, are presented in <xref ref-type="table" rid="ch1-t003">Tabl
+e 1.3</xref>. Although not exhaustive, the listed references cover mo
+st problems that arise in studies with aerosols.</p></sec></sec>
<table-wrap id="ch1-t001" position="float"><label>Table 1.1<x> </x></l
+abel><caption><p></bold> Some Particles Commonly Found in Air, Their 
+Sizes and Impacts on Natural Phenomena and Human Health </caption><gr
+aphic xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="ch1t001.
+gif"/></table-wrap>
<table-wrap id="ch1-t002" position="float"><label>Table 1.2<x> </x></l
+abel><caption><p></bold> The Major Particle Regimes and the Dependenc
+e of Various Properties on Particle Radius </caption><graphic xmlns:x
+link="http://www.w3.org/1999/xlink" xlink:href="ch1t002.gif"/></table
+-wrap>
<table-wrap id="ch1-t003" position="float"><label>Table 1.3<x> </x></l
+abel><caption><p></bold> Selected References on Aerosols </caption><g
+raphic xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="ch1t003
+.gif"/></table-wrap>
</sec>
</sec>
[download]

for example this line is moved to end of line when spoted table1.1 this is my code to move the lines

#!/usr/bin/perl
use warnings;
use strict;
use Data::Dumper;
my $sgmfile= $ARGV[0];
my $key = '';
my $xline = '';
open (STDOUT, ">output.xml") or die $!;
open (FILE, "<$sgmfile") or die "Can't open $sgmfile: $!\n";
my $line = '';
my %hash = ();
my $hash = \%hash;
my @tmpA = ();
open (STDOUT, ">output.xml") or die $!;
foreach $line (<FILE>) {
   chomp $line;
   if($line =~ m/<table-wrap id=(.*?) position=(.*?)><label>(.*?)<x> <
+\/x><\/label><caption><p>(.*?)<\/caption><graphic xmlns:xlink=(.*?) x
+link:href=(.*?)\/><\/table-wrap>/){
   my @array = $line;
   ($hash,@tmpA) = recur(\@array);
    }   else{print $line."\n";}
           }
        close FILE;

        open (XFILE, "<output.xml") or die "Can't open output.xml: $!\
+n";
        foreach $key (sort (keys(%hash))) {
        print $key,"\n";
        print $hash{$key},"\n";
        foreach $xline(<XFILE>){
        chomp $xline;
        if ($xline =~ m/$key/){
       print $xline,$hash{$key},"\n";
       delete $hash{$key};
       }
       else{ print $xline,"\n";}
       }
              }
       close XFILE;

sub recur($) {

    my $arrRef = $_[0];
    my @procArr = @$arrRef;
    my $assign = '';
   my @tmpArr = @procArr;

    shift(@tmpArr);

    my $arr = $procArr[0];

    if ($arr =~ m/<table-wrap id=(.*?) position=(.*?)><label>(.*?)<x> 
+<\/x><\/label><caption><p>(.*?)<\/caption><graphic xmlns:xlink=(.*?) 
+xlink:href=(.*?)\/><\/table-wrap>/ig) {
        $assign = $3;

        my $tmpVal = '';
        $tmpVal = "<table-wrap id=$1 position=$2><label>$3<x> <\/x><\/
+label><caption><p>$4<\/caption><graphic xmlns:xlink=$5 xlink:href=$6\
+/><\/table-wrap>";
        $hash{$assign} = $tmpVal;
        foreach $line (<FILE>) {
   chomp $line;}
                         }
                   else{}
    return (\%hash, @tmpArr);

}
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this code is move the first line only please anyone help me to debug this code

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