#acsl 1

#Gray Stanton Phillips Exeter Academy Senior Div

for x in range(0,5):

ratio = raw_input("Enter the two integers with one space in between ")

evenWhorlStr=""

oddWhorlStr=""

ev=True

for c in ratio:

if c==" ":

ev=False

elif ev:

evenWhorlStr += c

else:

oddWhorlStr+= c

evenWhorl=int(evenWhorlStr)

oddWhorl=int(oddWhorlStr)

oddWhorlTable={1:9,2:7,4:5,8:3,16:1,}

ScorePoss=[16,8,4,2,1]

evenWhorlTable={1:10,2:8,4:6,8:4,16:2,}#<score:finger>

evenWhorl-=1

oddWhorl-=1 #eliminating the added one to get the sum

#5! different possible combinations of finger whorls

usedevenVals=[]

curscore=0

curval=0

whorl=evenWhorl

while curscore<whorl:

#tries adding from largest to smallest until it can fit

if curscore==whorl: #done, exact number of fingers

break

elif curval>4:

usedevenVals=[-1] # no solution

break

elif curscore+ScorePoss[curval]<=whorl:

curscore+=ScorePoss[curval]

usedevenVals.append(ScorePoss[curval])

curval+=1

elif curscore+ScorePoss[curval]>whorl:

curval+=1

whorl=oddWhorl

usedoddVals=[]

curscore=0

curval=0

while curscore<whorl:

#tries adding from largest to smallest until it can fit

if curscore==whorl: #done, exact number of fingers

break

if curval>4:

usedoddVals=[-1] # no solution

break

elif curscore+ScorePoss[curval]<=whorl:

curscore+=ScorePoss[curval]

usedoddVals.append(ScorePoss[curval])

curval+=1

elif curscore+ScorePoss[curval]>whorl:

curval+=1

print "Whorled Fingers:"

if usedoddVals != [-1]:

for x in usedoddVals:

print oddWhorlTable[x]

if usedevenVals != [-1]:

for x in usedevenVals:

print evenWhorlTable[x]

if usedevenVals == [-1] and usedoddVals == [-1] or evenWhorl<=0 and oddWhorl<=0:

print "None"