# Python bytecode 2.7 (decompiled from Python 2.7)
# Embedded file name: scripts/common/items/components/gun_components.py
from collections import namedtuple
from items.components import legacy_stuff
from soft_exception import SoftException
from wrapped_reflection_framework import reflectedNamedTuple
from wrapped_reflection_framework import ReflectionMetaclass
RecoilEffect = reflectedNamedTuple(
'RecoilEffect', ('lodDist', 'amplitude', 'backoffTime', 'returnTime'))
class GunShot(legacy_stuff.LegacyStuff):
__slots__ = ('shell', 'defaultPortion', 'piercingPower', 'speed',
'gravity', 'maxDistance', 'maxHeight')
__metaclass__ = ReflectionMetaclass
def __init__(self, shell, defaultPortion, piercingPower, speed, gravity,
maxDistance, maxHeight):
super(GunShot, self).__init__()
self.shell = shell
self.defaultPortion = defaultPortion
self.piercingPower = piercingPower
self.speed = speed
self.gravity = gravity
self.maxDistance = maxDistance
self.maxHeight = maxHeight
def __repr__(self):
return 'GunShot(shell = {}, ppower = {}, speed = {}, gravity = {}, maxDistance = {}, maxHeight = {}))'.format(
self.shell, self.piercingPower, self.speed, self.gravity,
self.maxDistance, self.maxHeight)
# Python bytecode 2.7 (decompiled from Python 2.7)
# Embedded file name: scripts/common/items/components/chassis_components.py
from collections import namedtuple
from copy import deepcopy
from wrapped_reflection_framework import reflectedNamedTuple, ReflectionMetaclass
from items.components import component_constants
from items.components import path_builder
from items.components import shared_components
__all__ = ('Wheel', 'WheelGroup', 'TrackNode', 'TrackBasicParams', 'GroundNode', 'GroundNodeGroup', 'Traces', 'LeveredSuspensionConfig', 'SuspensionLever', 'SplineSegmentModelSet')
Wheel = reflectedNamedTuple('Wheel', ('index', 'isLeft', 'radius', 'nodeName', 'isLeading', 'leadingSyncAngle', 'hitTester', 'materials', 'position'))
WheelGroup = reflectedNamedTuple('WheelGroup', ('isLeft', 'template', 'count', 'startIndex', 'radius'))
WheelsConfig = reflectedNamedTuple('WheelsConfig', ('groups', 'wheels'))
TrackNode = reflectedNamedTuple('TrackNode', ('name', 'isLeft', 'initialOffset', 'leftNodeName', 'rightNodeName', 'damping', 'elasticity', 'forwardElasticityCoeff', 'backwardElasticityCoeff'))
TrackBasicParams = reflectedNamedTuple('TrackBasicParams', ('lodDist', 'leftMaterial', 'rightMaterial', 'textureScale', 'pairsCount'))
TrackSplineParams = reflectedNamedTuple('TrackSplineParams', ('thickness', 'maxAmplitude', 'maxOffset', 'gravity'))
GroundNode = namedtuple('GroundNode', ('nodeName', 'affectedWheelName', 'isLeft', 'minOffset', 'maxOffset', 'collisionSamplesCount', 'hasLiftMode'))
GroundNodeGroup = namedtuple('GroundNodeGroup', ('isLeft', 'minOffset', 'maxOffset', 'nodesTemplate', 'affectedWheelsTemplate', 'nodesCount', 'startIndex', 'collisionSamplesCount', 'hasLiftMode'))
Traces = reflectedNamedTuple('Traces', ('lodDist', 'bufferPrefs', 'textureSet', 'centerOffset', 'size', 'activePostmortem'))
LeveredSuspensionConfig = namedtuple('LeveredSuspensionConfig', ('levers', 'interpolationSpeedMul', 'lodSettings', 'activePostmortem'))
SuspensionLever = namedtuple('SuspensionLever', ('startNodeName', 'jointNodeName', 'trackNodeName', 'minAngle', 'maxAngle', 'collisionSamplesCount', 'hasLiftMode', 'affectedWheelName'))
SplineSegmentModelSet = reflectedNamedTuple('SplineSegmentModelSet', ('left', 'right', 'secondLeft', 'secondRight'))
class SplineConfig(object):
__metaclass__ = ReflectionMetaclass
__slots__ = ('__segmentModelSets', '__leftDesc', '__rightDesc', '__lodDist', '__atlasUTiles', '__atlasVTiles')
def __init__(self, segmentModelSets=None, leftDesc=None, rightDesc=None, lodDist=None, atlasUTiles=component_constants.ZERO_INT, atlasVTiles=component_constants.ZERO_INT):
super(SplineConfig, self).__init__()
self.__segmentModelSets = {}
segmentModelSets = segmentModelSets or {}
for setName, setPaths in segmentModelSets.iteritems():
else:
class i18n(object):
@classmethod
def makeString(cls, key):
raise SoftException('Unexpected call "i18n.makeString"')
__all__ = ('MaterialInfo', 'DEFAULT_MATERIAL_INFO', 'EmblemSlot',
'LodSettings', 'NodesAndGroups', 'Camouflage', 'DEFAULT_CAMOUFLAGE',
'SwingingSettings', 'I18nComponent', 'DeviceHealth',
'ModelStatesPaths')
MaterialInfo = reflectedNamedTuple(
'MaterialInfo',
('kind', 'armor', 'extra', 'multipleExtra', 'vehicleDamageFactor',
'useArmorHomogenization', 'useHitAngle', 'useAntifragmentationLining',
'mayRicochet', 'collideOnceOnly', 'checkCaliberForRichet',
'checkCaliberForHitAngleNorm', 'damageKind', 'chanceToHitByProjectile',
'chanceToHitByExplosion', 'continueTraceIfNoHit'))
DEFAULT_MATERIAL_INFO = MaterialInfo(0, 0, None, False, 0.0, False, False,
False, False, False, False, False, 0, 0.0,
0.0, False)
EmblemSlot = reflectedNamedTuple(
'EmblemSlot',
('rayStart', 'rayEnd', 'rayUp', 'size', 'hideIfDamaged', 'type',
'isMirrored', 'isUVProportional', 'emblemId', 'slotId', 'applyToFabric'))
class CustomizationSlotDescription(object):
__metaclass__ = ReflectionMetaclass
__slots__ = ('type', 'slotId', 'anchorPosition', 'anchorDirection',
# Python bytecode 2.7 (decompiled from Python 2.7)
# Embedded file name: scripts/common/items/components/chassis_components.py
from collections import namedtuple
from copy import deepcopy
from wrapped_reflection_framework import reflectedNamedTuple, ReflectionMetaclass
from items.components import component_constants
from items.components import path_builder
from items.components import shared_components
__all__ = ('Wheel', 'WheelGroup', 'TrackPair', 'TrackNode', 'TrackBasicVisualParams', 'GroundNode', 'GroundNodeGroup', 'Traces', 'LeveredSuspensionConfig', 'SuspensionLever', 'SplineSegmentModelSet')
Wheel = reflectedNamedTuple('Wheel', ('index', 'isLeft', 'radius', 'nodeName', 'isLeading', 'leadingSyncAngle', 'hitTesterManager', 'materials', 'position'))
Wheel.hitTester = property(lambda self: self.hitTesterManager.activeHitTester)
WheelGroup = reflectedNamedTuple('WheelGroup', ('isLeft', 'template', 'count', 'startIndex', 'radius'))
WheelsConfig = reflectedNamedTuple('WheelsConfig', ('groups', 'wheels'))
TrackPair = namedtuple('TrackPair', ('hitTesterManager', 'materials', 'healthParams', 'breakMode'))
TrackPair.hitTester = property(lambda self: self.hitTesterManager.activeHitTester)
TrackNode = reflectedNamedTuple('TrackNode', ('name', 'isLeft', 'initialOffset', 'leftNodeName', 'rightNodeName', 'damping', 'elasticity', 'forwardElasticityCoeff', 'backwardElasticityCoeff'))
TrackBasicVisualParams = reflectedNamedTuple('TrackBasicVisualParams', ('lodDist', 'trackPairs'))
TrackPairParams = reflectedNamedTuple('TrackPairParams', ('leftMaterial', 'rightMaterial', 'textureScale', 'tracksDebris'))
TrackPairDebris = reflectedNamedTuple('TrackPairDebris', ('left', 'right'))
TrackDebrisParams = reflectedNamedTuple('TrackDebrisParams', ('destructionEffect', 'physicalParams', 'destructionEffectData', 'nodesRemap'))
PhysicalTrackDebrisParams = reflectedNamedTuple('PhysicalTrackDebrisParams', ('hingeJointStiffness',))
TrackSplineParams = reflectedNamedTuple('TrackSplineParams', ('thickness', 'maxAmplitude', 'maxOffset', 'gravity'))
GroundNode = namedtuple('GroundNode', ('nodeName', 'affectedWheelName', 'isLeft', 'minOffset', 'maxOffset', 'collisionSamplesCount', 'hasLiftMode'))
GroundNodeGroup = namedtuple('GroundNodeGroup', ('isLeft', 'minOffset', 'maxOffset', 'nodesTemplate', 'affectedWheelsTemplate', 'nodesCount', 'startIndex', 'collisionSamplesCount', 'hasLiftMode'))
Traces = reflectedNamedTuple('Traces', ('lodDist', 'bufferPrefs', 'textureSet', 'centerOffset', 'size', 'activePostmortem'))
LeveredSuspensionConfig = reflectedNamedTuple('LeveredSuspensionConfig', ('levers', 'interpolationSpeedMul', 'lodSettings', 'activePostmortem'))
SuspensionLever = reflectedNamedTuple('SuspensionLever', ('startNodeName', 'jointNodeName', 'trackNodeName', 'minAngle', 'maxAngle', 'collisionSamplesCount', 'hasLiftMode', 'affectedWheelName'))
SplineSegmentModelSet = reflectedNamedTuple('SplineSegmentModelSet', ('left', 'right', 'secondLeft', 'secondRight'))
class SplineTrackPairDesc(object):
__metaclass__ = ReflectionMetaclass
# Python bytecode 2.7 (decompiled from Python 2.7)
# Embedded file name: scripts/common/items/components/sound_components.py
from collections import namedtuple
from wrapped_reflection_framework import ReflectionMetaclass, reflectedNamedTuple
__all__ = ('SoundPair', 'StatedSounds', 'HullAimingSound', 'SoundSiegeModeStateChange', 'WWTripleSoundConfig')
SoundPair = reflectedNamedTuple('SoundPair', ('PC', 'NPC'))
StatedSounds = reflectedNamedTuple('StatedSounds', ('state', 'underLimitSounds', 'overLimitSounds'))
HullAimingSound = reflectedNamedTuple('HullAimingSound', ('lodDist', 'angleLimitValue', 'sounds'))
SoundSiegeModeStateChange = namedtuple('SoundSiegeModeStateChange', ['on',
'off',
'npcOn',
'npcOff',
'isEngine'])
class WWTripleSoundConfig(object):
__slots__ = ('__eventNames',)
__metaclass__ = ReflectionMetaclass
def __init__(self, wwsound, wwsoundPC, wwsoundNPC):
super(WWTripleSoundConfig, self).__init__()
self._configure(wwsound, wwsoundPC, wwsoundNPC)
def _configure(self, wwsound, wwsoundPC, wwsoundNPC):
if wwsoundPC:
if wwsoundNPC:
self.__eventNames = (wwsoundPC, wwsoundNPC)
else:
self.__eventNames = (wwsoundPC, wwsound)
elif wwsoundNPC:
self.__eventNames = (wwsound, wwsoundNPC)
else:
# Python bytecode 2.7 (decompiled from Python 2.7)
# Embedded file name: scripts/common/items/components/component_constants.py
import collections
from soft_exception import SoftException
from wrapped_reflection_framework import reflectedNamedTuple
Autoreload = collections.namedtuple(
'Autoreload',
['reloadTime', 'boostStartTime', 'boostResidueTime', 'boostFraction'])
DualGun = reflectedNamedTuple('DualGun', [
'chargeTime', 'shootImpulse', 'reloadLockTime', 'reloadTimes', 'rateTime',
'chargeThreshold', 'afterShotDelay', 'preChargeIndication',
'chargeCancelTime'
])
UNDEFINED_ITEM_TYPE_ID = 0
ZERO_FLOAT = 0.0
ZERO_INT = 0
EMPTY_STRING = ''
EMPTY_TUPLE = ()
INFLUENCE_ALL = 0
INFLUENCE_ALLY = 1
INFLUENCE_ENEMY = 2
class _ReadOnlyDict(dict):
def __setitem__(self, key, value):
raise SoftException('ReadOnlyDict set item attempt %s=>%s' %
(key, value))
def update(self, E=None, **F):
raise SoftException('ReadOnlyDict update attempt %s, %s' % (E, F))
