#-------------------------------------------------------------------------------
# Name:        acslcontest1
# Purpose:  For ACSL
#
# Author:    Siddhartha Edara
#
# Created:     18/12/2011
# Copyright:   (c) se 2011
#-------------------------------------------------------------------------------
#!/usr/bin/env python

# this is for not rounding division
from __future__ import division

def main():
    pass

import re

if __name__ == '__main__':
    main()




fpay1 = raw_input("1. Enter the years, then the pay.(If you use a space only include one space)(When using commas dont put a space anywhere.): ")
fyears1,fpay1= re.split('[ , ]',fpay1)
years1=int(fyears1)
pay1=float(fpay1)

fpay2 = raw_input("2. Enter the years, then the pay.(If you use a space only include one space)(When using commas dont put a space anywhere.): ")
fyears2,fpay2= re.split('[ , ]',fpay2)
years2=int(fyears2)
pay2=float(fpay2)

fpay3 = raw_input("3. Enter the years, then the pay.(If you use a space only include one space)(When using commas dont put a space anywhere.): ")
fyears3,fpay3= re.split('[ , ]',fpay3)
years3=int(fyears3)
pay3=float(fpay3)

fpay4 = raw_input("4. Enter the years, then the pay.(If you use a space only include one space)(When using commas dont put a space anywhere.): ")
fyears4,fpay4= re.split('[ , ]',fpay4)
years4=int(fyears4)
pay4=float(fpay4)

fpay5 = raw_input("5. Enter the years, then the pay.(If you use a space only include one space)(When using commas dont put a space anywhere.): ")
fyears5,fpay5= re.split('[ , ]',fpay5)
years5=int(fyears5)
pay5=float(fpay5)



#1

Averagesal=0

if pay1/years1 > 10:
    Averagesal = Averagesal + 1

if pay2/years2 > 10:
    Averagesal = Averagesal + 1

if pay3/years3 > 10:
    Averagesal = Averagesal + 1

if pay4/years4 > 10:
    Averagesal = Averagesal + 1

if pay5/years5 > 10:
    Averagesal = Averagesal + 1

print '1. ' + str(Averagesal)



#2


print '2. ' + str (round (((pay1/years1) + (pay2/years2) + (pay3/years3) + (pay4/years4) + (pay5/years5))/5 * 1000000))




#3


payless = 0

if pay1/(years1*16) < pay2/(years2*16):
    payless = (pay1/(years1*16))
elif pay2/(years2*16) < pay1/(years1*16):
    payless = (pay2/(years2*16))

if pay3/(years3*16) < payless:
    payless = (pay3/(years3*16))

if pay4/(years4*16) < payless:
    payless = (pay4/(years4*16))

if pay5/(years5*16) < payless:
    payless = (pay5/(years5*16))


print '3. ' + str(round (payless * 1000000))



#4


paymore = 0

if pay1/(years1*18) > pay2/(years2*18):
    paymore = (pay1/(years1*18))
elif pay2/(years2*18) > pay1/(years1*18):
    paymore = (pay2/(years2*18))

if pay3/(years3*18) > paymore:
    paymore = (pay3/(years3*18))

if pay4/(years4*18) > paymore:
    paymore = (pay4/(years4*18))

if pay5/(years5*18) > paymore:
    paymore = (pay5/(years5*18))

print '4. ' + str (round (paymore * 1000000))





#5


game16 = ((pay1/(years1 * 16)) + (pay2/(years2 * 16)) + (pay3/(years3 * 16)) + (pay4/(years4 * 16)) + (pay5/(years5 * 16)))/5 *1000000

game18 = ((pay1/(years1 * 18)) + (pay2/(years2 * 18)) + (pay3/(years3 * 18)) + (pay4/(years4 * 18)) + (pay5/(years5 * 18)))/5 * 1000000

print '5. ' + str(round (game16 - game18))


fquit = raw_input("Press Enter to exit")