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  1. from math import *
  2.  
  3. def salary(data):
  4.     length = len(data)
  5.     x = 0
  6.     a = 0
  7.     salary = 0
  8.     while x < length:
  9.         if data[x] == (" " or "," or "\n"):
  10.             a = data[x+1:]
  11.         x += 1
  12.     salary = int(float(a)*1000000)
  13.     return salary
  14.  
  15. def years(data):
  16.     length = len(data)
  17.     x = 0
  18.     a = 0
  19.     years = 0
  20.     while x < length:
  21.         if data[x] == (" " or "," or "\n"):
  22.             a = data[:x-1]
  23.         x += 1
  24.     years = int(a)
  25.     return years
  26.  
  27. def average(salary, years):
  28.     average = salary / years
  29.     average = int(round(average))
  30.     return average
  31.  
  32. def moreThanTenMillion(average):
  33.     morethan = False
  34.     if average > 10000000:
  35.         morethan = True
  36.     return morethan
  37.  
  38. def averageSal(annual1, annual2, annual3, annual4, annual5):
  39.     average = (annual1 + annual2 + annual3 + annual4 + annual5)/5
  40.     average = int(round(average))
  41.     return average
  42.  
  43. def pergame(average, games):
  44.     pergame = average / games
  45.     pergame = int(round(pergame))
  46.     return pergame
  47.  
  48. def sort(var1, var2, var3, var4, var5, pos):
  49.     list = [var1, var2, var3, var4, var5]
  50.     list.sort()
  51.     number = list[5 - pos]
  52.     return number
  53.  
  54. def difference(average1, average2):
  55.     difference = average1 - average2
  56.     difference = fabs(difference)
  57.     return difference
  58.  
  59. def main():
  60.     input1 = raw_input()
  61.     input2 = raw_input()
  62.     input3 = raw_input()
  63.     input4 = raw_input()
  64.     input5 = raw_input()
  65.     data1 = 0
  66.     data2 = 0
  67.     data3 = 0
  68.     data4 = 0
  69.     data5 = 0
  70.     inputs = [input1, input2, input3, input4, input5]
  71.     sal = []
  72.     year = []
  73.     averages = []
  74.     sixteen = []
  75.     eighteen = []
  76.     x = 0
  77.     y = 0
  78.     while x < len(inputs):
  79.         sal.append(salary(inputs[x]))
  80.         year.append(years(inputs[x]))
  81.         averages.append(average(sal[x], year[x]))
  82.         if moreThanTenMillion(averages[x]):
  83.             y += 1
  84.         sixteen.append(pergame(averages[x], 16))
  85.         eighteen.append(pergame(averages[x], 18))
  86.         x += 1
  87.  
  88.     data1 = y
  89.     data2 = averageSal(averages[0], averages[1], averages[2], averages[3], averages[4])
  90.     data3 = sort(sixteen[0], sixteen[1], sixteen[2], sixteen[3], sixteen[4], 5)
  91.     data4 = sort(eighteen[0], eighteen[1], eighteen[2], eighteen[3], eighteen[4], 1)
  92.     data5 = difference(averageSal(sixteen[0], sixteen[1], sixteen[2], sixteen[3], sixteen[4]),
  93.             averageSal(eighteen[0], eighteen[1], eighteen[2], eighteen[3], eighteen[4]))
  94.     print int(data1)
  95.     print int(data2)
  96.     print int(data3)
  97.     print int(data4)
  98.     print int(data5)
  99.  
  100. main()
Success #stdin #stdout 0.01s 7900KB
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5, 57.5
6, 56.5
6, 72
6, 60
5, 51
stdout
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3
10623333
588541
666666
73774
https://ideone.com/VxgpnV
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language:
Python (cpython 2.7.16)
created:
12 years ago
visibility:
public

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