hello
I'm writing recursive function but I have problem with it
the recursive functions should do the following: it does reordering according to criteria and writes results on file if the file is empty it should stop
Java Code: 
static void Reordering_solution(FileWriter writer_rordering_out,File reordering){
	 try { 
	for (int y=0; y<vector_SA.size()-1; y++){
		visited.clear();
	   nex_min_sw_same_dir(vect_ordered_temp,next_point);
	   System.out.println(vect_min.size());
	   if (vect_min.size()==1){
		   test_after_filling_ordering.add(vect_min.get(0).toString());
		   _2nd_min_element=vect_min.get(0).toString();
	    	vect_ordered_temp.removeElement(next_point);
	    	next_point=_2nd_min_element;
	      }
	   System.out.println(" the test vector after fillling is "+test_after_filling_ordering);
	   
	    if (vect_min.size()>1){
		   for (int k=0;k<vect_min.size();k++){
			   System.out.println(" the vector min is  "+ vect_min);
			   vect_min_s= vect_min.get(k).toString();
			   System.out.println(" the vector min s is  "+  vect_min_s);
			   if (first_vect_min !=null && vect_min_s.equals(first_vect_min)){
				  if(k==0){
				   visited.add(vect_min.get(0).toString());}	
				  if (k>0 && k<vect_min.size()-1){
					  for (int m=0; m==k;m++){
					  visited.add(vect_min.get(m).toString());}}
				  if (k==vect_min.size()-1){
					  for (int m=0; m==k;m++){
						  visited.add(vect_min.get(m).toString());}}}   
		   
			   if (first_vect_min ==null || (!vect_min_s.equals(first_vect_min))){
				   visited.add(vect_min.get(k).toString());
				   k=vect_min.size();}}
		   
		   if (vect_min.size()!=visited.size()){
		 
		  for (int g = 0; g < test_after_filling_ordering.size(); g++) {
				writer_rordering_out.write(test_after_filling_ordering.get(g).toString());
				writer_rordering_out.write("\r\n");}
		        writer_rordering_out.write("Empty");
		        writer_rordering_out.write("\r\n");
		        for (int g = 0; g < visited.size(); g++) {
					writer_rordering_out.write(visited.get(g).toString());
					writer_rordering_out.write("\r\n");}
 				writer_rordering_out.write("Empty");
 				writer_rordering_out.write("\r\n");
 				System.out.println("The visited vect is "+ visited);
 				System.out.println(" after filling r "+test_after_filling_ordering);
 				 for (int g = 0; g < vect_ordered_temp.size(); g++) {
 					writer_rordering_out.write(vect_ordered_temp.get(g).toString());
 					writer_rordering_out.write("\r\n");}
		            writer_rordering_out.write("Empty"); 
		            writer_rordering_out.write("\r\n");}
	               
		
	   	     test_after_filling_ordering.add(vect_min_s);
		     _2nd_min_element=vect_min_s;
	         vect_ordered_temp.removeElement(next_point);
	         next_point=_2nd_min_element;	
	          System.out.println(" the vect min is "+ vect_min);
	         System.out.println(test_after_filling_ordering); }

   if ( test_after_filling_ordering.size()==vector_SA.size()){
	   y=vector_SA.size()-1;
     System.out.println();
	 System.out.println(" The Reordering string is :  ");
	 System.out.println(test_after_filling_ordering);
	 System.out.println();}}
   
   writer_rordering_out.close();

    test_after_filling_ordering.clear();
   vect_ordered_temp.clear();
   copy_min.clear();
   test_ordering_1.clear();
   test_ordering_2.clear();
   test_ordering_3.clear();
    Scanner inFile_77= new Scanner(new FileInputStream(reordering));
    BufferedReader reader_reordering_sub = new BufferedReader(new FileReader(reordering));
    line_reodering = null;
    line_reodering = reader_reordering_sub.readLine();
    line_reodering=inFile_77.nextLine();
    
    while (inFile_77.hasNextLine()){
	 
    	for (int j=0; j< 200;j++){
    	    if (!line_reodering.contains("Empty") && inFile_77.hasNextLine()){
    			test_after_filling_ordering.add(line_reodering);
    			line_reodering=inFile_77.nextLine();}
    		if (line_reodering.contains("Empty")){
				j=200;}
		   }
    	
		System.out.println(" the tst "+ test_after_filling_ordering);
		line_reodering=inFile_77.nextLine();
		
	   if (!line_reodering.contains("Empty") && inFile_77.hasNextLine()){
		copy_min.add(line_reodering);
		line_reodering=inFile_77.nextLine();}
	   
	 
		System.out.println(" the copy  "+ copy_min);
		line_reodering=inFile_77.nextLine();
		
		for (int j=0; j< 200;j++){
			if (!line_reodering.contains("Empty") && inFile_77.hasNextLine()){
		    vect_ordered_temp.add(line_reodering);
			line_reodering=inFile_77.nextLine();}
			if (line_reodering==("Empty")){
				j=200;}
			   }
		System.out.println(" the ordered  "+ vect_ordered_temp);
	
		File data1= new File("data");
	 FileWriter writer_rodering_2 = new FileWriter("data");
	 
	 while (inFile_77.hasNextLine()){
		 line_reodering=inFile_77.nextLine();
		 System.out.println(" the line is "+ line_reodering);
		 writer_rodering_2.write(line_reodering);
			   writer_rodering_2.write("\r\n");}
		    	   
		next_point=test_after_filling_ordering.get(test_after_filling_ordering.size()-1).toString();
		first_vect_min=copy_min.get(copy_min.size()-1).toString();

		Reordering_solution(writer_rodering_2 ,data1);
  
    	
  }inFile_77.close();
  

	   } catch (FileNotFoundException e) {
		      e.printStackTrace();
		   } catch (IOException e) {
		    e.printStackTrace();
		   } 
	
}
for the method nex_min_sw_same_dir(vect_ordered_temp,next_point);
it takes vector(vect_ordered_temp) and string (next_point) and it gives the vector( vect_min).

if vect_min==1 it adds this element to the ordering vector( test_after_filling_ordering).
if vect_min>1 then it must do reordering for the first element and then after finishing reordering do the reordering for the next element and so on

I really need your suggestion how can I solve my problem this recursvie function doesn't work properly
thanks