Hi all ,
Am making a program that change the size of 28 images according to value given by a user ,the idea of the program is , every time the program asks the user to input  anew value to change the size for the current  image.The thing is every time I entered a new value for each image and then save these images , then when I check the size of the images after save them I notice the size of all the images are the same according to the latest value I have entered . Please I need an idea about how to change  the size of each single image according to a given value every time.  
here  is my code

1. /*
    * To change this template, choose Tools | Templates
    * and open the template in the editor.
    */
   
   package migpackage;
   
   import java.io.BufferedReader;
   import java.io.FileNotFoundException;
   import java.io.FileReader;
   import java.io.IOException;
   import java.util.ArrayList;
   import java.util.Scanner;
   import java.util.StringTokenizer;
   import processing.core.PApplet;
   import processing.core.PImage;
   
   /**
    *
    * @author tamara
    */
   public class MarkerImageGenerator extends PApplet {
   
      // ArrayList<TableRecord>csvInputTableRecords= new ArrayList <TableRecord>();
       ArrayList <PImage> images = new ArrayList<PImage>();
       ArrayList<String> arraylistofImages= new ArrayList<String>();
       ArrayList <PImage> markers = new ArrayList<PImage>();
       ArrayList<String> arraylistofMarkers= new ArrayList<String>();
       public int index=0;
      
       public float cm2;
       public float cm;
       public int markerWidth;
       public int markerHeight;
       Scanner input = new Scanner(System.in);
      
       public float pixelPerCmOfWidth;
       public float pixelPerCmOfHeight;
   
   
   
      
   public static void main(String[] args)
   {
       PApplet.main(new String[]{"--present", "migpackage.MarkerImageGenerator"});
             // ArrayList<TableRecord>csvInputTableRecords= new ArrayList <TableRecord>();
           // TODO code application logic here
   }
       private StringTokenizer st;
       private StringTokenizer st1;
       private ArrayList<TableRecord> csvInputTableRecords = new ArrayList<TableRecord> ();
       private ArrayList<MarkerId> csvInputMarkerIds = new ArrayList<MarkerId> ();
      
         @Override
   
   public void setup()
   {
   
     
       frameRate(1);
       loadCsv("C:\\Documents and Settings\\tamara\\My Documents\\NetBeansProjects\\MIGPackage\\src\\migpackage\\csv\\test4.txt");
       String []imgs =getImageFilenames(csvInputTableRecords);
   
      
       for (int i = 0 ; i < imgs.length ; i++)
       {
           images.add(loadImage("C:\\Documents and Settings\\tamara\\My Documents\\NetBeansProjects\\MIGPackage\\src\\migpackage\\images\\"+imgs[i]));
          
       }
   
       System.out.println("images size:"+ images.size());
       loadCsv2("C:\\Documents and Settings\\tamara\\My Documents\\NetBeansProjects\\MIGPackage\\src\\migpackage\\csv2\\test7.txt");
       String []marks =getMarkerImageFilenames(csvInputMarkerIds);
       for (int j = 0 ; j < marks.length ; j++)
       {
        markers.add(loadImage("C:\\Documents and Settings\\tamara\\My Documents\\NetBeansProjects\\MIGPackage\\src\\migpackage\\markers\\"+marks[j]));
       }
   
        for( int i = 0 ; i < markers.size(); i ++)
          
       {
           System.out.println("marker no:" + markers.size());
   
           markerWidth = markers.get(i).width;
           markerHeight = markers.get(i).height;
           println("The size of the marker before scaling is" + markerWidth + " " + markerHeight);
           float pixelPerCmOfWidth = (100f / 2.54f);
           float pixelPerCmOfHeight = (100f / 2.54f);
           println("the size of the marker per cm is " + pixelPerCmOfWidth + " " + pixelPerCmOfHeight);
        //println("the size of the marker per cm is " + pixelPerCmOfWidth + " " + pixelPerCmOfHeight);
           System.out.print("Enter the size");
      
           float size1 = input.nextFloat();
           System.out.print("Enter the width");
   
   
           cm = size1 *pixelPerCmOfHeight;
           cm2 = size1*pixelPerCmOfWidth;
           scale(cm,cm2);
           println(cm + " " + cm2);
           size((int)cm, (int)cm2);
       }
   
      
   
   
   
   
           /*println("The size of the marker before scaling is" + markerWidth + " " + markerHeight);
          
          
          
           float pixelPerCmOfWidth = (100f / 2.54f);
          float pixelPerCmOfHeight = (100f / 2.54f);
           println("the size of the marker per cm is " + pixelPerCmOfWidth + " " + pixelPerCmOfHeight);
           System.out.print("Enter the size of an image");
           float size1 = input.nextFloat();
           cm = size1 * pixelPerCmOfWidth;
           cm2 = size1 * pixelPerCmOfHeight;
           scale(cm,cm2);
           println(cm + " " + cm2);
            size((int)cm, (int)cm2);*/
   
   }
   void loadCsv(String filename) //throws IOException
   {
     try
     {
       FileReader fr = new FileReader(filename);
   
       BufferedReader br = new BufferedReader(fr);
   
       // declare String variable and prime the read
         String read = br.readLine( );
   
   
   
       while( read != null ) // end of the file?
       {
         st = new StringTokenizer( read, "," );
         //We will check for unique items and add to the arraylist.
        
         // println(sc);
   
         // Get our scene names
         String sc= st.nextToken();
         String cond = st.nextToken( );
         String img = st.nextToken( );
   //      String marker = st.nextToken( );
   
   
         try
         {
           TableRecord trTemp = new TableRecord(sc,cond,img);
           csvInputTableRecords.add(trTemp);
         }
   
         catch( NumberFormatException nfe )
         {
           System.out.println( "Error in table record: "
             + read
             + "; record ignored");
         }    //end of catch
   
         // read the next line
   
         read = br.readLine( );
       }// release resources associated with "flights.txt"
   
       br.close( );
     }//end of try
   
   
     catch( FileNotFoundException fnfe )
     {
       System.out.println( "Unable to find test4.txt" );
     }
   
     catch(IOException ioe)
     {
       ioe.printStackTrace( );
     }
   }
   
   String [] getImageFilenames(ArrayList <TableRecord> firstFile)
        {
             for( int i =0 ; i < firstFile.size() ; i++)
             {
                 arraylistofImages.add(firstFile.get(i).getImgName());
   
             }
              String tempImage[] =new String[arraylistofImages.size()];
                 arraylistofImages.toArray(tempImage);
                 return tempImage;
         }
   
   
   void loadCsv2(String filename1) //throws IOException
   {
     try
     {
       FileReader fr1 = new FileReader(filename1);
   
       BufferedReader br1 = new BufferedReader(fr1);
   
       // declare String variable and prime the read
         String read1 = br1.readLine( );
   
       //   System.out.println(read1);
   
   
       while( read1 != null ) // end of the file?
       {
         st1 = new StringTokenizer( read1, "," );
         System.out.println(st1.countTokens());
         //We will check for unique items and add to the arraylist.
         String mk = new String();
         String patt = new String();
         // println(sc);
         while (st1.hasMoreElements())
         {
           mk = st1.nextToken();
           patt = st1.nextToken( );
         }
         try
         {
           MarkerId trTemp1 = new MarkerId(mk,patt);
           csvInputMarkerIds.add(trTemp1);
         }
   
         catch( NumberFormatException nfe )
         {
           System.out.println( "Error in table record: "
             + read1
             + "; record ignored");
         }    //end of catch
   
         // read the next line
   
         read1 = br1.readLine( );
       }// release resources associated with "flights.txt"
   
       br1.close( );
     }//end of try
   
   
     catch( FileNotFoundException fnfe )
     {
       System.out.println( "Unable to find test7.txt" );
     }
   
     catch(IOException ioe)
     {
       ioe.printStackTrace( );
     }
   }
   String [] getMarkerImageFilenames(ArrayList <MarkerId> firstFile1)
        {
             for( int i =0 ; i < firstFile1.size() ; i++)
             {
                 arraylistofMarkers.add(firstFile1.get(i).getMarker());
   
             }
              String tempMarker[] =new String[arraylistofMarkers.size()];
              arraylistofMarkers.toArray(tempMarker);
              return tempMarker;
         }
   
   
   
   
       @Override
    public void draw()
    {
       System.out.println(markers.size());
               
      if(index<markers.size())
       {
       
               System.out.println("hello");
             
          
              ;
               image(markers.get(index), 0, 0,cm, cm2);
   
   
               save("image_name" + index + ".png");
               index++;
          
        }
          
       }
   }// </editor-fold>// </editor-fold>