def sortByCost(kingdom, i):
print(kingdom)
highestCost=0
highestCostCard=i
for x in xrange(i,len(kingdom)):
if cards.cost_by_name(kingdom[x]) >= highestCost:
highestCost = cards.cost_by_name(kingdom[x])
highestCostCard=x
highCard = kingdom.pop(highestCostCard)
kingdom.insert(i,highCard)
i=i+1
if(i<len(kingdom)-1):
sortByCost(kingdom,i)
return kingdom
def create_buylist(self):
kingdom = get_kingdoms(self)
#remove copper, silver, gold, curse, and province- already accounted for in template strategy
del kingdom[0]
del kingdom[0]
del kingdom[0]
del kingdom[0]
del kingdom[2]
self.kingdom = kingdom
# random kingdom placement
# random.shuffle(kingdom);
# initial buylist based on cost
self.kingdom.sort(key=lambda c: -cards.cost_by_name(c))
#sortByCost(kingdom,0)
print self.kingdom
self.adaptiveBuyFile = "adaptiveBuylist.buys" + str(os.getpid())
#just random for now
target = open (self.adaptiveBuyFile, 'w')
for i, k in enumerate(self.kingdom):
target.write("%s %d\n" % (k, 1))
if i == 0:
target.write("Province 99\n")
target.write("Gold 99\n")
elif i == 5 or (len(kingdom) < 6 and i == len(kingdom)-1):
target.write("Silver 99\n")
target.close()
return load_buylist(self.adaptiveBuyFile)