def _BPCmaterialsCalculator(self, requiredRuns, blueprintItem):
"""determine modified manufacturing cost for N runs of one BPC"""
baseCost = StaticData.baseManufacturingCost(blueprintItem.typeID)
modMats = {}
materialModifier = self._materialModifier(blueprintItem)
for matID in baseCost:
modmat = int(
max(
requiredRuns,
math.ceil(
round(
baseCost[matID] * requiredRuns *
materialModifier, 2) + 0.01)))
modMats[matID] = modmat
return modMats
def _componentsMaterialsCalculator(self, requiredRuns, BPO):
"""calculate materials required by components bpo"""
baseCost = StaticData.baseManufacturingCost(BPO.typeID)
modMats = {}
materialModifier = self._materialModifier(BPO)
for matID in baseCost:
modmat = int(
max(
requiredRuns,
math.ceil(
round(
baseCost[matID] * requiredRuns *
materialModifier, 2) + 0.01)))
modMats[matID] = modmat
return modMats
def calculate(self):
""""""
totMats = {}
ratios = self.calcVolumeRatio()
BPOList = open("allBPOs.txt")
for i in BPOList:
i = i.strip()
CopySize, manufSize, minMarketSize = StaticData.marketSize(
StaticData.idName(i))
a = StaticData.baseManufacturingCost(StaticData.idName(i))
for mat in a:
if mat in totMats:
totMats[mat] += a[mat] * manufSize * ratios[
StaticData.idName(i)]
else:
totMats[mat] = a[mat] * manufSize * ratios[
StaticData.idName(i)]
return totMats