// ############################## START FUNC ############################################
// The procedure if(texx) converts the output to a table in a TeX-document.

function mega2tex(saved)
{

var addd="";
var au = new Array(0);
var mainparts = new Array(0);
var n=0;
var m=0;
var molecule="";
var row = "";
var table = "";
var smallparts="";
var x=0;
var y=0;
var z=0;
var no=0;
var feature=0;

var end="&&&&\\\cr\\noalign\{\\\hrule\}\}\}\}";
end=end+"\n"+"\\\vfill\\\eject";
end=end+"\n"+"\\bigskip";
end=end+"\n"+"\\bigskip\n\n\n\n";

var start="\\\leavevmode";
start=start+"\n"+"\\\vbox{\\\hsize=0.75\\\hsize";
start=start+"\n"+"\\bigskip";
start=start+"\n"+"\{\\\offinterlineskip \\tabskip=0pt";
start=start+"\n"+"\\\halign \{ \\\strut";
start=start+"\n"+"\\\vrule\\\quad\\\hfil#\\\hfil\\\quad\\\vrule&&";
start=start+"\n"+"\\\quad\\\hfil #\\\hfil\\\quad\\\vrule \\\cr";
start=start+"\n"+"\\noalign\{\\\hrule}";

au=saved.split("\n\n");
saved="";

for(n=0;n<au.length;n++){
addd=""+au[n];
if(!addd || addd=="undefined" || addd=="") continue;
mainparts=au[n].split("\n");
molecule=mainparts[0];
mainparts[1]=" "+mainparts[1];

table="";

row= "&&&& \\\cr";
table=table+row+"\n";
row= "No." + " & feature &  x  &  y  &  z  \\\cr";
table=table+row+"\n";
row="&&&& \\\cr\n\\noalign\{\\\hrule}\n&&&& \\\cr ";
table=table+row+"\n";


  for(m=1;m<mainparts.length;m++){
  smallparts=mainparts[m].split(" ");
                                  // Now smallparts[0]="";
  feature=smallparts[1];
  x=smallparts[3];

  y=smallparts[4];
  z=smallparts[5];
  no=m-1;
  row= no + " & " + feature + " & " + x + " & " + y + " & " + parseFloat(z) + " \\\cr";

  table=table+row+"\n";
  }

table=molecule+"\n\\\smallskip\n"+start+table+end;
saved=saved+table;
}

return saved;

}

// ############################### end func ############################################