old_contents: from convenience_hole import all_hands_in_range
  from convenience import pr
  from deuces.deuces import Card, Evaluator
  
  e = Evaluator()
  
  board = [Card.new('Qs'), Card.new('Jd'), Card.new('2c')]
  range_list = ['AA', 'KK', 'QQ', 'AK', 'AKs']
  
  
  ## tricky ones highlighted:
  ##  1   2    3    4       5        6     7          8             9
  ## sf quad boat flush straight trip set 2p overp tp 1.5p mp wp ah nmh
  ##                             ^^^^^^^^    ^^^^^^^^^^^^^^^^^^^ ^^^^^^
  
  print "Range:", range_list
  print "Board:",
  pr(board)
  rc_counts = [0] * 10
  lol = all_hands_in_range(range_list)
  for L in lol:
      hr = e.evaluate(L, board)
      rc = e.get_rank_class(hr)
      rc_counts[rc] += 1
  
  def pad_to(n, s):
      while len(s) < n:
          s += ' '
      return s
  
  print('\nResults\n========')
  denom = float(sum(rc_counts))
  for i in range(1,10):
      n = rc_counts[i]
      rc_str = pad_to(15, e.class_to_string(i))
      print rc_str, n, '\t', round(n / denom * 100, 2)
  
new_contents: from convenience_hole import all_hands_in_range
  from convenience import pr
  from deuces.deuces import Card, Evaluator
  
  e = Evaluator()
  
  basic_keys = []
  rc_counts = {}
  for i in range(1,10):
      s = e.class_to_string(i)
      basic_keys.append(s)
      rc_counts[s] = 0
  
  ## Two input vars:
  board = [Card.new('Qs'), Card.new('Jd'), Card.new('2c')]
  range_list = ['AA', 'KK', 'QQ', 'AK', 'AKs']
  
  ## tricky ones highlighted:
  ##  1   2    3    4       5        6     7          8             9
  ## sf quad boat flush straight trip set 2p overp tp 1.5p mp wp ah nmh
  ##                             ^^^^^^^^    ^^^^^^^^^^^^^^^^^^^ ^^^^^^
  
  print "Range:", range_list
  print "Board:",
  pr(board)
  lol = all_hands_in_range(range_list)
  for L in lol:
      hr = e.evaluate(L, board)
      rc = e.get_rank_class(hr)
      s = e.class_to_string(rc)
      rc_counts[s] += 1
  
  def pad_to(n, s):
      while len(s) < n:
          s += ' '
      return s
  
  print('\nResults\n========')
  denom = float(sum(rc_counts.values()))
  for s in basic_keys:
      n = rc_counts[s]
      print pad_to(15, s), n, '\t', round(n / denom * 100, 2)
  
subject: Change rc_counts to a dict instead of list.