def _materialModifier(self, blueprintItem):
"""calculate the overall material modifier for a set of bpcs"""
#calculate ME modifier
MEModifier = 1 - (blueprintItem.ME / 100.0)
raitaruModifier = 0.99
if StaticData.categoryID(StaticData.productID(
blueprintItem.typeID)) in self.riggedCategories:
rigModifier = 0.958
else:
rigModifier = 1
return MEModifier * raitaruModifier * rigModifier
def calcVolumeRatio(self):
""""""
returnDict = {}
BPOList = open("allBPOs.txt")
for i in BPOList:
i = i.strip()
CopySize, manufSize, minMarketSize = StaticData.marketSize(
StaticData.idName(i))
a = self.esi.getMarketHistory(
StaticData.productID(StaticData.idName(i)))
daysPerManuf = manufSize / a.medianVolume(90)
returnDict[StaticData.idName(i)] = 10 / daysPerManuf #/
return returnDict
def printTotMats(self):
"""print the total mats required for the optimized items"""
print "ITEMS BUILDABLE WITH CURRENT RESOURCES:"
for i in self.itemList:
print "{}".format(StaticData.idName(StaticData.productID(i)))
print "\n"
print "TOTAL REQUIRED COMPONENTS:"
for key in self.finalDict:
print "{}\t{}".format(StaticData.idName(key), self.finalDict[key])
print "\n"
print "MISSING COMPONENTS:"
remainingMinerals, requiredMats = StaticData.materialSubtraction(
self.materials, self.finalDict)
for key in requiredMats:
if StaticData.producerID(key):
print "{}\t{}".format(StaticData.idName(key),
self.finalDict[key])
