def getLoogedEfficiency(self, types):
"""
Returns logged efficiency by the given type mask.
:param types: damage types represented by bit mask (see PERSONAL_EFFICIENCY_TYPE)
:return: list of _DamageInfo objects
"""
return [ d for d in reversed(self.__efficiencyLog) if BitmaskHelper.hasAnyBitSet(types, d.getType()) ]
def _onEfficiencyReceived(self, events):
if self.__logViewMode == _DETAILS_LOG_VIEW_MODE.HIDE:
return
for e in events:
if BitmaskHelper.hasAnyBitSet(self.__contentMask, e.getType()):
vo = self._buildLogMessageVO(e)
self.as_addDetailMessageS(**vo)
def _onEfficiencyReceived(self, events):
if self.__logViewMode == _DETAILS_LOG_VIEW_MODE.HIDE:
return
for e in events:
if BitmaskHelper.hasAnyBitSet(self.__contentMask, e.getType()):
vo = self._buildLogMessageVO(e)
self.as_addDetailMessageS(**vo)
def addToLog(self, events):
if self.__logViewMode == _VIEW_MODE.HIDE:
return
for e in events:
if BitmaskHelper.hasAnyBitSet(self.__contentMask, e.getType()):
vo = self._buildLogMessageVO(e)
self.__addToListProxy(**vo)
def _setTotalValue(self, etype, value):
if BitmaskHelper.hasAnyBitSet(self.__totalDamageContentMask, etype):
value = _formatTotalValue(value)
else:
value = None
if value != self.__totalValues[etype]:
self.__totalValues[etype] = value
return (True, value)
else:
return (False, value)
def _setTotalValue(self, etype, value):
"""
Sets total value with the given efficiency type, taking into account user's preferences.
:param etype: Efficiency type, see PERSONAL_EFFICIENCY_TYPE
:param value: New value
:return: tuple(bool, value), where bool - whether value is changed, v
value - formatted value
"""
if BitmaskHelper.hasAnyBitSet(self.__totalDamageContentMask, etype):
value = _formatTotalValue(value)
else:
value = None
if value != self.__totalValues[etype]:
self.__totalValues[etype] = value
return (True, value)
else:
return (False, value)
def __formatTotalDamage(self, etype, value):
if BitmaskHelper.hasAnyBitSet(self.__contentMask, etype):
return _summaryDamageFormatter(value)
else:
return None
def getLoogedEfficiency(self, types):
return [
d for d in reversed(self.__efficiencyLog)
if BitmaskHelper.hasAnyBitSet(types, d.getType())
]
def isHighExplosive(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags,
HIT_FLAGS.IS_HIGH_EXPLOSIVE)
def isCritical(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags,
HIT_FLAGS.IS_CRITICAL)
def isBlocked(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags,
HIT_FLAGS.IS_BLOCKED)
def isAttackerAlly(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_ALLAY)
def isBattleConsumables(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags,
HIT_FLAGS.IS_BATTLE_CONSUMABLES)
def isAttackerAlly(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_ALLAY)
def isBattleConsumables(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_BATTLE_CONSUMABLES)
def isHighExplosive(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_HIGH_EXPLOSIVE)
def isCritical(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_CRITICAL)
def isBlocked(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_BLOCKED)
def __formatTotalDamage(self, etype, value):
if BitmaskHelper.hasAnyBitSet(self.__contentMask, etype):
return _summaryDamageFormatter(value)
else:
return None
def isNonPlayerAttackReason(self):
return BitmaskHelper.hasAnyBitSet(self.__hitFlags, HIT_FLAGS.IS_NON_PLAYER_ATTACK_REASON)