old_contents: import cmath;
  import numpy;
  import time;
  
  class JuliaSet(object):
    
      def __init__(self, c, n=100, _d=0.001):
          self.c=c;
          self.set=numpy.array([]);
          self._d=_d;
          if(n>0):
              self.n=n;
          else:
              print "Reset n to 100";
          self._complexplane = numpy.array([]);
          
          
      def juliamap(self, z):
          return self.c+(z**2);
      
      
      def iterate(self, z):
          m=0;
          while(1>0):
              z=self.juliamap(z);
              m+=1;
              if(abs(z)>2):
                  return m;
              elif(m>=self.n):
                  return 0;
              
              
          
      def setcomplexplane(self, d=0):
          i =-2;
          if(d==self._d and len(self._complexplane)>1):
              return;
  
          if(d>0):
              self._d=d;
              increment = d;
          else:
              increment = self._d;
          start = time.time();
          time.clock();
          elapsed = 0
          arr = numpy.arange(-2,2,increment);
          elapsed = time.time() - start;
          q = numpy.ones(len(arr));
          w = numpy.array([]);
          for s in arr:
              g=q*s;
              w= numpy.append(w,g+(g*1j));   
          self._complexplane =w;
  
              
      def set_spacing(self, d):
          self.setcomplexplane(d);
  
      def generate(self):
          f =numpy.vectorize(self.iterate);
          self.set =f(self._complexplane);
          return self.set;
  
new_contents: import cmath;
  import numpy;
  import time;
  
  class JuliaSet(object):
    
      def __init__(self, c, n=100, _d=0.001):
          self.c=c;
          self.set=numpy.array([]);
          self._d=_d;
          if(n>0):
              self.n=n;
          else:
              print "Reset n to 100";
          self._complexplane = numpy.array([]);
          
          
      def juliamap(self, z):
          return self.c+(z**2);
      
      
      def iterate(self, z):
          m=0;
          while(1>0):
              z=self.juliamap(z);
              m+=1;
              if(abs(z)>2):
                  return m;
              elif(m>=self.n):
                  return 0;
              
              
          
      def setcomplexplane(self, d=0):
          i =-2;
          if(d==self._d and len(self._complexplane)>1):
              return;
  
          if(d>0):
              self._d=d;
              increment = d;
          else:
              increment = self._d;
          arr = numpy.arange(-2,2,increment);
          elapsed = time.time() - start;
          q = numpy.ones(len(arr));
          w = numpy.array([]);
          for s in arr:
              g=q*s;
              w= numpy.append(w,g+(g*1j));   
          self._complexplane =w;
  
              
      def set_spacing(self, d):
          self.setcomplexplane(d);
  
      def generate(self):
          f =numpy.vectorize(self.iterate);
          self.set =f(self._complexplane);
          return self.set;
  
subject: clean juliaset.py