def requiredBaseMaterials(self, typeID):
"""return the total base materials needed for a given item"""
components = self.requiredComponents(typeID)
breakDownDict = {}
for component in components:
bpTypeID = StaticData.producerID(component)
if bpTypeID: #this stupid conditional is needed because producerID returns strings but i need int, but if producerID returns null int throws an error.
bpTypeID = int(bpTypeID)
if not bpTypeID:
breakDownDict[component] = components[component]
continue
elif bpTypeID in self.blueprints.blueprints:
if self.blueprints.blueprints[bpTypeID].BPO.component == 1:
mats = self._componentsMaterialsCalculator(
components[component],
self.blueprints.blueprints[bpTypeID].BPO)
breakDownDict[component] = mats
elif self.blueprints.blueprints[bpTypeID].BPO.component == 0:
mats = self.t1MaterialCost(
components[component],
self.blueprints.blueprints[bpTypeID])
breakDownDict[component] = mats
try:
return MatsBreakDown(breakDownDict, typeID,
self.blueprints.blueprints[typeID].manufSize,
components)
except KeyError:
t1TypeID = StaticData.originatorBp(typeID)
return MatsBreakDown(
breakDownDict, typeID,
self.blueprints.blueprints[t1TypeID].manufSize, components)
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])