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a guest Oct 24th, 2019 82 Never
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  1. from math import log2
  2. from functools import cmp_to_key
  3. from random import randint
  4.  
  5. def computeTower(prev, towerList):
  6.     if prev <= 0:
  7.         return []
  8.     elif towerList == []:
  9.         current = log2(prev)
  10.         return [current]+computeTower(current, [])
  11.     else:
  12.         current = towerList[0]*log2(prev)
  13.         return [current]+computeTower(current, towerList[1:])
  14.  
  15. def compareTowers(tower1, tower2):
  16.     tower1 = computeTower(2,tower1[1])
  17.     tower2 = computeTower(2,tower2[1])
  18.     size1 = len(tower1)
  19.     size2 = len(tower2)
  20.     if size1 < size2:
  21.         return -1
  22.     elif size2 < size1:
  23.         return 1
  24.     else:
  25.         if tower1[-1]<tower2[-1]:
  26.             return -1
  27.         elif tower1[-1]>tower2[-1]:
  28.             print("Here")
  29.             return 1
  30.         else:
  31.             return 0
  32.  
  33. numTowers = int(input())
  34. towers = []
  35. for i in range(numTowers):
  36.     towers.append(input())
  37.  
  38. builtTowers = []
  39. for t in towers:
  40.     arr = [int(i) for i in t.split("^")]
  41.     builtTowers.append((t,arr))
  42.  
  43. print(builtTowers)
  44. sorted(builtTowers, key=cmp_to_key(lambda x,y : randint(-1,1)))
  45. print(builtTowers)
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