Processing to SuperCollider

import supercollider.*;
import oscP5.*;
import netP5.*;
import hypermedia.net.*;


UDP udp;
Synth synth;
Synth pink;
Synth market;

void setup ()
{
    size(800, 200);
    market = new Synth("market");
    pink = new Synth("pink-noise");

    pink.set("vol", 0.2);
    pink.create();
    market.create();

    udp = new UDP( this, 11001 );
    udp.listen( true );
}

void draw ()
{
    background(0);
}


void receive( byte[] data, String ip, int port )
{
  data = subset(data, 0, data.length-2);
  String message = new String( data );

  //println(message);
  ParseLine(message);
}


public void ParseLine(String line) {
     if (line.startsWith("Ask") || line.startsWith("Bid") || line.startsWith("Vol")) {

         String test = line.replace(",", "").replace(" ", "").replace("BTC", "").replace("$", "").replace("Â", "").replace("USD", "");
         String[] splitString = test.split("#");

         HashMap<String, Float> keyVal = new HashMap<String, Float>();
         //println(line);
         for (String item : splitString) {
               String[] itemSplit = item.split(":");
               String key = itemSplit[0];
               Float amt;
               Float price;
               if(key.equals("Bid") || key.equals("Ask")){
                   price = Float.parseFloat(itemSplit[3].substring(0,itemSplit[3].length()-2));
                   keyVal.put("Price", price);
               }
               if(key.equals("Vol")){
                   amt = Float.parseFloat(itemSplit[1].substring(0, itemSplit[1].length()-5));
               }else{


                   amt = Float.parseFloat(itemSplit[1]);
               }

               keyVal.put(key, amt);
         }

         for (Map.Entry entry : keyVal.entrySet()) {
             if (entry.getKey().equals("Ask")) {
                 HandleAskChanged((Float)entry.getValue(),keyVal.get("Price"));
                 continue;
             }

             if (entry.getKey().equals("Bid")) {
                 HandleBidChanged((Float)entry.getValue(),keyVal.get("Price"));
                 continue;
             }

             if (entry.getKey().equals("Last")) {
                 HandleLastChanged((Float)entry.getValue());
                 continue;
             }

             if (entry.getKey().equals("Low")) {
                 HandleLowChanged((Float)entry.getValue());
                 continue;
             }

             if (entry.getKey().equals("High")) {
                 HandleHighChanged((Float)entry.getValue());
                 continue;
             }

             if (entry.getKey().equals("Avg")) {
                 HandleAvgChanged((Float)entry.getValue());
                 continue;
             }

             if (entry.getKey().equals("Vol")) {
                 HandleVolChanged((Float)entry.getValue());
                 continue;
             }

           }
       }
   }


   public void HandleAskChanged(float vol, float price) {
       println("HandleAskChanged"+vol+" "+price);
       market.set("freq", price);
   }

   public void HandleBidChanged(float vol, float price) {
       //println("HandleBidChanged"+vol+" "+price);
   }

   public void HandleLastChanged(float lastChanged) {
       //println("HandleLastChanged:"+lastChanged);
   }

   public void HandleVolChanged(float vol) {
      //println("HandleVolChanged:"+Math.log(Math.log(vol)+1)/2);
      //println("HandleVolChanged:"+vol);
      float logvol = Float.parseFloat(Math.log(Math.log(vol)+1)+"");
      pink.set("vol", logvol);
   }

   public void HandleLowChanged(float low) {
      //println("HandleLowChanged:"+low);
   }

   public void HandleHighChanged(float high) {
     //println("HandleHighChanged:"+high);
   }

   public void HandleAvgChanged(float avg) {
     //println("HandleAvgChanged:"+avg);
   }


void exit ()
{
    market.free();
    pink.free();
    super.exit();
}