OBJ Parser

private static List<Face> parseFileBetter(String fileName) {
  List<Face> faces = new ArrayList<Face>();
  List<float[]> vertices = new ArrayList<float[]>();
  List<float[]> textureVertices = new ArrayList<float[]>();
  List<float[]> normals = new ArrayList<float[]>();
  try
  {
    Texture defaultTexture = TextureIO.newTexture(new File("default.jpg"),false);
    Texture textureState = defaultTexture;
    Scanner sc = new Scanner(new File(fileName));
    while (sc.hasNextLine())
    {
      String t = sc.nextLine();
      if (t.startsWith("v "))
      {
        Scanner st = new Scanner(t.replaceAll("v", "").trim());
        vertices.add(new float[] { st.nextFloat(), st.nextFloat(), st.nextFloat() });
      }
      if (t.startsWith("vt"))
      {
        Scanner st = new Scanner(t.replaceAll("vt", "").trim());
        textureVertices.add(new float[] { st.nextFloat(), st.nextFloat() });
      }
      if (t.startsWith("vn"))
      {
        Scanner st = new Scanner(t.replaceAll("vn", "").trim());
        normals.add(new float[] { st.nextFloat(), st.nextFloat(), st.nextFloat() });
      }
      if (t.startsWith("usemtl"))
      {
        String ss = t.replaceAll("usemtl", "").trim();
        if (ss.equals("Material"))
        {
          textureState = defaultTexture;
        }
        else
        {
          ss = ss.replaceAll("Material_", "");
          textureState = TextureIO.newTexture(new File(ss),false);
        }

      }
      if (t.startsWith("f"))
      {
        Scanner st = new Scanner(t.replaceAll("f", "").trim().replaceAll("/", " "));
        int[] v1 = new int[] { st.nextInt(), st.nextInt(), st.nextInt() };
        int[] v2 = new int[] { st.nextInt(), st.nextInt(), st.nextInt() };
        int[] v3 = new int[] { st.nextInt(), st.nextInt(), st.nextInt() };
        float[][] _v = new float[][] { vertices.get(v1[0] - 1),
            vertices.get(v2[0] - 1), vertices.get(v3[0] - 1) };
        float[][] _t = new float[][] { textureVertices.get(v1[1] - 1),
            textureVertices.get(v2[1] - 1), textureVertices.get(v3[1] - 1) };
        float[][] _n = new float[][] { normals.get(v1[2] - 1), normals.get(v2[2] - 1),
            normals.get(v3[2] - 1) };
        faces.add(new Face(_v, _n, _t, textureState));
      }
    }
  } catch (IOException e)
  {
    e.printStackTrace();
  }
  return faces;
}