def invalidateUnlocks(self, unlocks):
"""
Update status of nodes that became available to unlock or unlock after
unlocks items (modules, vehicles).
:param unlocks: set(<int:item compact descriptor>, ...)
:return: tuple( <list of next to unlock>, <list of unlocked vehicles> ),
where:
list of next to unlock - [(
<int:vehicle compact descriptor>,
<new state>, <instance of UnlockProps>
), ... ]
list of unlocked vehicles - [(
<int:vehicle compact descriptor>, <new state>,
), ... ]
"""
next2Unlock = []
unlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks,
**unlockStats._asdict())
if len(items):
next2Unlock = map(
lambda item:
(item[0], self._changeNext2Unlock(item[0], item[1], unlockStats
), item[1]._makeTuple()),
items.iteritems())
filtered = filter(
lambda unlock: getTypeOfCD(unlock) == GUI_ITEM_TYPE.VEHICLE,
unlocks)
if len(filtered):
unlocked = map(
lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
"""
Update status of nodes that became available to unlock or unlock after
unlocks items (modules, vehicles).
:param unlocks: set(<int:item compact descriptor>, ...)
:return: tuple( <list of next to unlock>, <list of unlocked vehicles> ),
where:
list of next to unlock - [(
<int:vehicle compact descriptor>,
<new state>, <instance of UnlockProps>
), ... ]
list of unlocked vehicles - [(
<int:vehicle compact descriptor>, <new state>,
), ... ]
"""
next2Unlock = []
unlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks, **unlockStats._asdict())
if len(items):
next2Unlock = map(lambda item: (item[0], self._changeNext2Unlock(item[0], item[1], unlockStats), item[1]._makeTuple()), items.iteritems())
filtered = filter(lambda unlock: getTypeOfCD(unlock) == GUI_ITEM_TYPE.VEHICLE, unlocks)
if len(filtered):
unlocked = map(lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
next2Unlock = []
unlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks, **unlockStats._asdict())
if len(items):
next2Unlock = map(lambda item: (item[0], self._changeNext2Unlock(item[0], item[1], unlockStats), item[1]._makeTuple()), items.iteritems())
filtered = filter(lambda unlock: getTypeOfCompactDescr(unlock) == GUI_ITEM_TYPE.VEHICLE, unlocks)
if len(filtered):
unlocked = map(lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
next2Unlock = []
unlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks, **unlockStats._asdict())
if len(items):
next2Unlock = map(lambda item: (item[0], self._changeNext2Unlock(item[0], item[1], unlockStats), item[1]._makeTuple()), items.iteritems())
filtered = filter(lambda unlock: getTypeOfCompactDescr(unlock) == GUI_ITEM_TYPE.VEHICLE, unlocks)
if len(filtered):
unlocked = map(lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
next2Unlock = []
unlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks, **unlockStats._asdict())
if items:
next2Unlock = map(lambda item: (item[0], self._changeNext2Unlock(item[0], item[1], unlockStats), item[1].makeTuple()), items.iteritems())
filtered = [ unlock for unlock in unlocks if getTypeOfCD(unlock) == GUI_ITEM_TYPE.VEHICLE ]
if filtered:
unlocked = [ (item, self._change2UnlockedByCD(item)) for item in filtered ]
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
self._unlocks |= unlocks
next2Unlock = []
unlocked = []
items = g_techTreeDP.getNext2UnlockByItems(unlocks, unlocked=self._unlocks, xps=self._xps, freeXP=max(self._accFreeXP, 0))
if len(items):
next2Unlock = map(lambda item: (item[0], self._changeNext2Unlock(item[0], item[1]), item[1]._makeTuple()), items.iteritems())
filtered = filter(lambda unlock: getTypeOfCompactDescr(unlock) == _VEHICLE, unlocks)
if len(filtered):
unlocked = map(lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
self._unlocks |= unlocks
next2Unlock = []
unlocked = []
items = g_techTreeDP.getNext2UnlockByItems(unlocks,
unlocked=self._unlocks,
xps=self._xps,
freeXP=max(
self._accFreeXP, 0))
if len(items):
next2Unlock = map(
lambda item: (item[0], self._changeNext2Unlock(
item[0], item[1]), item[1]._makeTuple()),
items.iteritems())
filtered = filter(
lambda unlock: getTypeOfCompactDescr(unlock) == _VEHICLE, unlocks)
if len(filtered):
unlocked = map(
lambda item: (item, self._change2UnlockedByCD(item)), filtered)
return (next2Unlock, unlocked)
def invalidateUnlocks(self, unlocks):
next2Unlock = []
unlocked = []
prevUnlocked = []
unlockStats = self.getUnlockStats()
items = g_techTreeDP.getNext2UnlockByItems(unlocks,
**unlockStats._asdict())
if items:
next2Unlock = [(item[0],
self._changeNext2Unlock(item[0], item[1],
unlockStats),
item[1].makeTuple()) for item in items.iteritems()]
filtered = [
unlock for unlock in unlocks
if getTypeOfCD(unlock) == GUI_ITEM_TYPE.VEHICLE
]
if filtered:
unlocked = [(item, self._change2UnlockedByCD(item))
for item in filtered]
parents = map(g_techTreeDP.getTopLevel, filtered)
prevUnlocked = [(item, self._changePreviouslyUnlockedByCD(item))
for item in chain(*parents)]
return (next2Unlock, unlocked, prevUnlocked)
