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HowCanYouPayMana.py
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HowCanYouPayMana.py
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import pdb
def myadd(xhash, xkey, x):
# print("adding ",xkey, "=",x," to ",xhash)
if xkey in xhash:
xhash.update({xkey: xhash[xkey]+x})
else:
if x >0:
xhash.update({xkey: x})
else:
xhash.update({xkey+'z': x})
# print("now:", xhash)
def myinsert(xhash, xkey, x):
# print("inserting ",xkey, "=",x," to ",xhash)
if xkey in xhash:
print("key ", xkey, " already exists as",xhash[xkey]," !")
assert not( xkey in xhash), "key %s already exists !" % xkey
if x >0:
xhash.update({xkey: x})
else:
xhash.update({xkey+'z': x})
#print("now:", xhash)
def testE(cost1, rAB, rAC, rAD, rAE, rBC, rCD, rCE,rBD, rBE, rDE, rA, rB, rC, rD, rE):
ret=[]
if 0 < cost1 and rAE >=cost1:
tail=[dict()]
for x in tail:
myadd(x, 'AE', cost1)
if not(x in ret):
ret.append(x)
else:
cost2=cost1-rAE
if 0 < cost2 and rBE >=cost2 and rAE>0: #rAE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myadd(x, 'BE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rBE
if 0 < cost3 and rCE >=cost3 and rBE>0: #rAE rBE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rDE >=cost4 and rCE>0: #rAE rBE rCE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rBE
if 0 < cost3 and rDE >=cost3 and rBE>0: #rAE rBE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rCE >=cost4 and rDE>0: #rAE rBE rDE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rAE
if 0 < cost2 and rCE >=cost2 and rAE>0: #rAE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myadd(x, 'CE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rCE
if 0 < cost3 and rBE >=cost3 and rCE>0: #rAE rCE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rDE >=cost4 and rBE>0: #rAE rCE rBE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rCE
if 0 < cost3 and rDE >=cost3 and rCE>0: #rAE rCE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rBE >=cost4 and rDE>0: #rAE rCE rDE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rAE
if 0 < cost2 and rDE >=cost2 and rAE>0: #rAE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myadd(x, 'DE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rDE
if 0 < cost3 and rBE >=cost3 and rDE>0: #rAE rDE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rCE >=cost4 and rBE>0: #rAE rDE rBE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rDE
if 0 < cost3 and rCE >=cost3 and rDE>0: #rAE rDE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rBE >=cost4 and rCE>0: #rAE rDE rCE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
if 0 < cost1 and rBE >=cost1:
tail=[dict()]
for x in tail:
myadd(x, 'BE', cost1)
if not(x in ret):
ret.append(x)
else:
cost2=cost1-rBE
if 0 < cost2 and rAE >=cost2 and rBE>0: #rBE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myadd(x, 'AE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rAE
if 0 < cost3 and rCE >=cost3 and rAE>0: #rBE rAE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rDE >=cost4 and rCE>0: #rBE rAE rCE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rAE
if 0 < cost3 and rDE >=cost3 and rAE>0: #rBE rAE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rCE >=cost4 and rDE>0: #rBE rAE rDE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rBE
if 0 < cost2 and rCE >=cost2 and rBE>0: #rBE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myadd(x, 'CE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rCE
if 0 < cost3 and rAE >=cost3 and rCE>0: #rBE rCE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rDE >=cost4 and rAE>0: #rBE rCE rAE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rCE
if 0 < cost3 and rDE >=cost3 and rCE>0: #rBE rCE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rAE >=cost4 and rDE>0: #rBE rCE rDE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rBE
if 0 < cost2 and rDE >=cost2 and rBE>0: #rBE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myadd(x, 'DE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rDE
if 0 < cost3 and rAE >=cost3 and rDE>0: #rBE rDE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rCE >=cost4 and rAE>0: #rBE rDE rAE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rDE
if 0 < cost3 and rCE >=cost3 and rDE>0: #rBE rDE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rAE >=cost4 and rCE>0: #rBE rDE rCE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
if 0 < cost1 and rCE >=cost1:
tail=[dict()]
for x in tail:
myadd(x, 'CE', cost1)
if not(x in ret):
ret.append(x)
else:
cost2=cost1-rCE
if 0 < cost2 and rAE >=cost2 and rCE>0: #rCE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myadd(x, 'AE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rAE
if 0 < cost3 and rBE >=cost3 and rAE>0: #rCE rAE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rDE >=cost4 and rBE>0: #rCE rAE rBE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rAE
if 0 < cost3 and rDE >=cost3 and rAE>0: #rCE rAE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rBE >=cost4 and rDE>0: #rCE rAE rDE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rCE
if 0 < cost2 and rBE >=cost2 and rCE>0: #rCE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myadd(x, 'BE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rBE
if 0 < cost3 and rAE >=cost3 and rBE>0: #rCE rBE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rDE >=cost4 and rAE>0: #rCE rBE rAE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'DE', rDE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rBE
if 0 < cost3 and rDE >=cost3 and rBE>0: #rCE rBE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rAE >=cost4 and rDE>0: #rCE rBE rDE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rCE
if 0 < cost2 and rDE >=cost2 and rCE>0: #rCE rDE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myadd(x, 'DE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rDE
if 0 < cost3 and rAE >=cost3 and rDE>0: #rCE rDE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rBE >=cost4 and rAE>0: #rCE rDE rAE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rDE
if 0 < cost3 and rBE >=cost3 and rDE>0: #rCE rDE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rAE >=cost4 and rBE>0: #rCE rDE rBE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'CE', rCE)
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
if 0 < cost1 and rDE >=cost1:
tail=[dict()]
for x in tail:
myadd(x, 'DE', cost1)
if not(x in ret):
ret.append(x)
else:
cost2=cost1-rDE
if 0 < cost2 and rAE >=cost2 and rDE>0: #rDE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myadd(x, 'AE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rAE
if 0 < cost3 and rBE >=cost3 and rAE>0: #rDE rAE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rCE >=cost4 and rBE>0: #rDE rAE rBE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rAE
if 0 < cost3 and rCE >=cost3 and rAE>0: #rDE rAE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rBE >=cost4 and rCE>0: #rDE rAE rCE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rDE
if 0 < cost2 and rBE >=cost2 and rDE>0: #rDE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myadd(x, 'BE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rBE
if 0 < cost3 and rAE >=cost3 and rBE>0: #rDE rBE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rCE >=cost4 and rAE>0: #rDE rBE rAE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myadd(x, 'CE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rCE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'CE', rCE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rBE
if 0 < cost3 and rCE >=cost3 and rBE>0: #rDE rBE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myadd(x, 'CE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCE
if 0 < cost4 and rAE >=cost4 and rCE>0: #rDE rBE rCE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'BE', rBE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost2=cost1-rDE
if 0 < cost2 and rCE >=cost2 and rDE>0: #rDE rCE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myadd(x, 'CE', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rCE
if 0 < cost3 and rAE >=cost3 and rCE>0: #rDE rCE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myadd(x, 'AE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rAE
if 0 < cost4 and rBE >=cost4 and rAE>0: #rDE rCE rAE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myadd(x, 'BE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rBE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'AE', rAE)
myinsert(x, 'BE', rBE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rCE
if 0 < cost3 and rBE >=cost3 and rCE>0: #rDE rCE rBE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myadd(x, 'BE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rBE
if 0 < cost4 and rAE >=cost4 and rBE>0: #rDE rCE rBE rAE
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myadd(x, 'AE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rAE
if cost5<=rE:
tail=[dict()]
for x in tail:
myinsert(x, 'DE', rDE)
myinsert(x, 'CE', rCE)
myinsert(x, 'BE', rBE)
myinsert(x, 'AE', rAE)
myinsert(x, 'E', cost5)
if not(x in ret):
ret.append(x)
if cost1 == 0:
ret=[dict()]
return(ret)
#####################################################################################################################################
def testD(cost1, ecost, rAB, rAC, rAD, rAE, rBC, rCD, rCE,rBD, rBE, rDE, rA, rB, rC, rD, rE):
ret=[]
if 0 < cost1 and rAD >=cost1:
tail=testE(ecost, rAB, rAC, rAD-cost1, rAE, rBC, rBD, rBE, rCD, rCE, rDE, rA, rB, rC, rD, rE)
for x in tail:
myadd(x, 'AD', cost1)
if not(x in ret):
ret.append(x)
else:
cost2=cost1-rAD
if 0 < cost2 and rBD >=cost2 and rAD>0: #rAD rBD
tail=testE(ecost, rAB, rAC, 0, rAE, rBC, rBD-cost2, rBE, rCD, rCE, rDE, rA, rB, rC, rD, rE)
for x in tail:
myinsert(x, 'AD', rAD)
myadd(x, 'BD', cost2)
if not(x in ret):
ret.append(x)
else:
cost3=cost2-rBD
if 0 < cost3 and rCD >=cost3 and rBD>0: #rAD rBD rCD
tail=testE(ecost, rAB, rAC, 0, rAE, rBC, 0, rBE, rCD-cost3, rCE, rDE, rA, rB, rC, rD, rE)
for x in tail:
myinsert(x, 'AD', rAD)
myinsert(x, 'BD', rBD)
myadd(x, 'CD', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rCD
if 0 < cost4 and rDE >=cost4 and rCD>0: #rAD rBD rCD rDE
tail=testE(ecost, rAB, rAC, 0, rAE, rBC, 0, rBE, 0, rCE, rDE-cost4, rA, rB, rC, rD, rE)
for x in tail:
myinsert(x, 'AD', rAD)
myinsert(x, 'BD', rBD)
myinsert(x, 'CD', rCD)
myadd(x, 'DE', cost4)
if not(x in ret):
ret.append(x)
else:
cost5=80+cost4-rDE
if cost5<=rD:
tail=testE(ecost, rAB, rAC, 0, rAE, rBC, 0, rBE, 0, rCE, 0, rA, rB, rC, rD-cost5, rE,)
for x in tail:
myinsert(x, 'AD', rAD)
myinsert(x, 'BD', rBD)
myinsert(x, 'CD', rCD)
myinsert(x, 'DE', rDE)
myinsert(x, 'D', cost5)
if not(x in ret):
ret.append(x)
cost3=cost2-rBD
if 0 < cost3 and rDE >=cost3 and rBD>0: #rAD rBD rDE
tail=testE(ecost, rAB, rAC, 0, rAE, rBC, 0, rBE, rCD, rCE, rDE-cost3, rA, rB, rC, rD, rE)
for x in tail:
myinsert(x, 'AD', rAD)
myinsert(x, 'BD', rBD)
myadd(x, 'DE', cost3)
if not(x in ret):
ret.append(x)
else:
cost4=cost3-rDE
if 0 < cost4 and rCD >=cost4 and rDE>0: #rAD rBD rDE rCD