def cost(self, typename):
"""
Return the cost of this typename.
"""
invtype = InvType.from_typename(typename)
val = (self.cost_blueprint(invtype) or
self.cost_reaction(invtype) or
self.cost_lpstore(invtype) or
self.cost_purchase(invtype))
return val
def reaction_bag(self, invtype):
result_runs = invtype.attribute('moonMiningAmount')
output_qty, inputs = invtype.reacted_from()
if inputs is None:
return None
bag = Bag()
for reqtype, reqqty in inputs:
bag[reqtype.typename] += (reqqty *
reqtype.attribute('moonMiningAmount'))
# Also add half a control tower worth of fuel ...
tower = InvType.from_typename('Minmatar Control Tower')
for (resourcetype,
quantity,
minsecuritylevel,
factionid) in (tower.controltowerresources('Online') +
tower.controltowerresources('Power') +
tower.controltowerresources('CPU')):
if minsecuritylevel is not None:
continue
bag[resourcetype.typename] = quantity * 0.5
bag *= 1.0 / (output_qty * result_runs)
return bag
def update_pricelist(grd):
set_last_update('pricelist', datetime.datetime.utcnow())
index = IndexCalculator()
bposet = set()
inventable = []
known = set()
PriceList.objects.all().delete()
mfglinecosts = get_mfglinecosts()
for bpo in BlueprintOriginal.objects.all():
bposet.add(bpo.typeid)
bptype = InvType(bpo.typeid, bpo.typename)
product = bptype.product()
if product is None:
raise RuntimeError("Can't find product for BPO %s (%s)"
% (bpo.typeid, bpo.typename))
productioncost = index.cost(product.typename)
if productioncost is None or not productioncost > 0:
continue
safetymargin = get_safetymargin(product, mfglinecosts)
PriceList.objects.create(typename=product.typename,
typeid=product.typeid,
productioncost=productioncost,
safetymargin=safetymargin)
known.add(product.typeid)
# We lack the parts for the Anshar...
if not (product.typename == 'Obelisk' or
product.group().startswith("Rig ")):
inventable.extend(bptype.invent_to())
for bpc in inventable:
if bpc.typeid in bposet:
continue
product = bpc.product()
productioncost = index.cost(product.typename)
if productioncost is None or not productioncost > 0:
continue
safetymargin = get_safetymargin(product, mfglinecosts)
PriceList.objects.create(typename=product.typename,
typeid=product.typeid,
productioncost=productioncost,
safetymargin=safetymargin)
known.add(product.typeid)
for wmo in WantedMarketOrder.objects.filter(forcorp=True):
if wmo.typeid in known:
continue
typename = get_typename(wmo.typeid)
typeid = wmo.typeid
product = InvType(typeid, typename)
productioncost = index.cost(typename)
if productioncost is None or not productioncost > 0:
continue
safetymargin = 1.02 # Broker's fee of 1%
PriceList.objects.create(typename=typename,
typeid=typeid,
productioncost=productioncost,
safetymargin=safetymargin)
known.add(typeid)
for bpname in SYNTH_BOOSTER_BPC:
bptype = InvType.from_typename(bpname)
product = bptype.product()
if product.typeid in known:
continue
productioncost = index.cost(product.typename)
if productioncost is None or not productioncost > 0:
continue
productioncost += 25000 # Per-run BPC cost as per Damian
PriceList.objects.create(typename=product.typename,
typeid=product.typeid,
productioncost=productioncost,
safetymargin=1.0)
known.add(product.typeid)
def get_component_list(typename):
mfglinecosts = get_mfglinecosts()
invtype = InvType.from_typename(typename)
# Blueprint
bplist = blueprints(invtype)
index = IndexCalculator()
if len(bplist) > 0:
result = []
for bp in bplist:
c = Component()
c.safetymargin = get_safetymargin(invtype, mfglinecosts)
c.portionsize = invtype.portionsize()
mats1 = index.get_bag_materials(bp.extra)
c.add_section('Blueprint', sorted(mats1))
mats2 = index.get_bag_materials(build(bp))
c.add_section('Materials', sorted(mats2))
c.total = sum(price_total
for (typename, qty, price_pu, price_total)
in mats1 + mats2
) * c.safetymargin * 1.0/c.portionsize
result.append(c)
return result
# Reaction
result_runs = invtype.attribute('moonMiningAmount')
output_qty, inputs = invtype.reacted_from()
if inputs is not None:
c = Component()
c.portionsize = int(output_qty * result_runs)
bag = Bag()
for reqtype, reqqty in inputs:
bag[reqtype.typename] += (reqqty *
reqtype.attribute('moonMiningAmount'))
mats1 = index.get_bag_materials(bag)
c.add_section('Reaction', sorted(mats1))
# Also add half a control tower worth of fuel ...
bag = Bag()
tower = InvType.from_typename('Minmatar Control Tower')
for (resourcetype,
quantity,
minsecuritylevel,
factionid) in (tower.controltowerresources('Online') +
tower.controltowerresources('Power') +
tower.controltowerresources('CPU')):
if minsecuritylevel is not None:
continue
bag[resourcetype.typename] = quantity * 0.5
mats2 = index.get_bag_materials(bag)
c.add_section('Tower Fuel (Half a Minmatar Large)', sorted(mats2))
c.total = sum(price_total
for (typename, qty, price_pu, price_total)
in mats1 + mats2
) / float(c.portionsize)
return [c]
# Index
price = index.materialcost(invtype.typename)
if price is not None:
c = Component()
c.add_section('Material Index',
[(invtype.typename, 1, price, price)])
c.total = price
return [c]
# Purchase
price = index.cost_purchase(invtype)
if price is not None:
c = Component()
c.add_section('Market Purchase',
[(invtype.typename, 1, price, price)])
c.total = price
return [c]
