def writeWheelsAndGroups(wheelsConfig, section):
wheelId = 0
groupId = 0
defSyncAngle = section.readFloat('wheels/leadingWheelSyncAngle', 60)
for sname, subsection in _xml.getChildren(None, section, 'wheels'):
if sname == 'group':
group = wheelsConfig.groups[groupId]
_xml.rewriteString(subsection, 'template', group.template)
_xml.rewriteInt(subsection, 'count', group.count, 1)
_xml.rewriteInt(subsection, 'startIndex', group.startIndex, 0)
_xml.rewriteFloat(subsection, 'radius', group.radius)
groupId += 1
if sname == 'wheel':
from items.vehicles import _writeHitTester, _writeArmor
index = _xml.readIntOrNone(None, subsection, 'index')
if index is not None:
wheelId = index
wheel = wheelsConfig.wheels[wheelId]
radiusKey = 'radius' if subsection.has_key('radius') else 'geometry/radius'
_xml.rewriteInt(subsection, 'index', wheelId, createNew=False)
_xml.rewriteFloat(subsection, radiusKey, wheel.radius)
_xml.rewriteString(subsection, 'name', wheel.nodeName)
_xml.rewriteBool(subsection, 'isLeading', wheel.isLeading)
_xml.rewriteFloat(subsection, 'syncAngle', wheel.leadingSyncAngle, defSyncAngle)
_xml.rewriteVector3(subsection, 'wheelPos', wheel.position, Vector3(0, 0, 0))
_writeHitTester(wheel.hitTester, None, subsection, 'hitTester')
_writeArmor(wheel.materials, None, subsection, 'armor', optional=True, index=wheelId)
wheelId += 1
return
def readEmblemSlots(xmlCtx, section, subsectionName):
"""Reads section 'emblemSlots' to fetch sequence of emblem slots if they exist.
:param xmlCtx: tuple(root ctx or None, path to section).
:param section: instance of DataSection.
:param subsectionName: string containing name of section to find slots configuration.
:return: tuple containing EmblemSlot items.
"""
slots = []
for sname, subsection in _xml.getChildren(xmlCtx, section, subsectionName):
if sname not in component_constants.ALLOWED_EMBLEM_SLOTS:
_xml.raiseWrongXml(xmlCtx, 'emblemSlots/{}'.format(sname),
'expected {}'.format(_ALLOWED_EMBLEM_SLOTS))
ctx = (xmlCtx, 'emblemSlots/{}'.format(sname))
descr = shared_components.EmblemSlot(
_xml.readVector3(ctx, subsection, 'rayStart'),
_xml.readVector3(ctx, subsection, 'rayEnd'),
_xml.readVector3(ctx, subsection, 'rayUp'),
_xml.readPositiveFloat(ctx, subsection, 'size'),
subsection.readBool('hideIfDamaged', False),
_ALLOWED_EMBLEM_SLOTS[_ALLOWED_EMBLEM_SLOTS.index(sname)],
subsection.readBool('isMirrored', False),
subsection.readBool('isUVProportional', True),
_xml.readIntOrNone(ctx, subsection, 'emblemId'))
slots.append(descr)
return tuple(slots)
def readWheelsAndGroups(xmlCtx, section):
wheelGroups = []
wheels = []
wheelId = 0
defSyncAngle = section.readFloat('wheels/leadingWheelSyncAngle', 60)
for sname, subsection in _xml.getChildren(xmlCtx, section, 'wheels'):
if sname == 'group':
ctx = (xmlCtx, 'wheels/group')
group = chassis_components.WheelGroup(isLeft=_xml.readBool(ctx, subsection, 'isLeft'), template=intern(_xml.readNonEmptyString(ctx, subsection, 'template')), count=_xml.readInt(ctx, subsection, 'count', 1), startIndex=subsection.readInt('startIndex', 0), radius=_xml.readPositiveFloat(ctx, subsection, 'radius'))
wheelGroups.append(group)
if sname == 'wheel':
from items.vehicles import _readHitTester, _readArmor
ctx = (xmlCtx, 'wheels/wheel[{}]'.format(wheelId))
radiusKey = 'radius' if subsection.has_key('radius') else 'geometry/radius'
index = _xml.readIntOrNone(ctx, subsection, 'index')
actualIndex = wheelId if index is None else index
w = chassis_components.Wheel(index=index, isLeft=_xml.readBool(ctx, subsection, 'isLeft'), radius=_xml.readPositiveFloat(ctx, subsection, radiusKey), nodeName=intern(_xml.readNonEmptyString(ctx, subsection, 'name')), isLeading=subsection.readBool('isLeading', False), leadingSyncAngle=subsection.readFloat('syncAngle', defSyncAngle), hitTesterManager=_readHitTester(ctx, subsection, 'hitTester', optional=True), materials=_readArmor(ctx, subsection, 'armor', optional=True, index=actualIndex), position=subsection.readVector3('wheelPos', (0, 0, 0)))
if IS_EDITOR:
w.editorData.defSyncAngle = defSyncAngle
wheels.append(w)
wheelId += 1
wheelIndices = [ wheel.index for wheel in wheels ]
if sorted(wheelIndices) == range(len(wheels)):
sortedWheels = [None] * len(wheels)
for wheel in wheels:
sortedWheels[wheel.index] = wheel
wheels = sortedWheels
elif wheelIndices == [None] * len(wheels):
pass
else:
LOG_ERROR('Invalid wheel index detected', xmlCtx, wheels)
return (tuple(wheelGroups), tuple(wheels))
def _readConfig(self, xmlCtx, section):
self.delay = _xml.readPositiveFloat(xmlCtx, section, 'delay')
self.modelName = _xml.readString(xmlCtx, section, 'modelName')
if IS_CLIENT:
self.soundEvent = _xml.readString(xmlCtx, section, 'wwsoundEvent')
self.speed = _xml.readInt(xmlCtx, section, 'speed')
self.heights = _xml.readTupleOfPositiveInts(xmlCtx, section, 'heights', 2)
self.areaLength = _xml.readPositiveFloat(xmlCtx, section, 'areaLength')
self.areaWidth = _xml.readPositiveFloat(xmlCtx, section, 'areaWidth')
self.antepositions = _xml.readTupleOfFloats(xmlCtx, section, 'antepositions')
self.lateropositions = _xml.readTupleOfFloats(xmlCtx, section, 'lateropositions')
self.bombingMask = tuple((bool(v) for v in _xml.readTupleOfInts(xmlCtx, section, 'bombingMask')))
if not len(self.antepositions) == len(self.lateropositions) == len(self.bombingMask):
_xml.raiseWrongSection(xmlCtx, 'bombers number mismatch')
self.waveFraction = _xml.readPositiveFloat(xmlCtx, section, 'waveFraction')
self.bombsNumber = _xml.readNonNegativeInt(xmlCtx, section, 'bombsNumber')
self.shellCompactDescr = _xml.readInt(xmlCtx, section, 'shellCompactDescr')
self.tracerKind = _xml.readInt(xmlCtx, section, 'tracerKind')
self.piercingPower = _xml.readTupleOfPositiveInts(xmlCtx, section, 'piercingPower', 2)
self.gravity = _xml.readPositiveFloat(xmlCtx, section, 'gravity')
self.areaVisual = _xml.readStringOrNone(xmlCtx, section, 'areaVisual')
self.areaColor = _xml.readIntOrNone(xmlCtx, section, 'areaColor')
self.areaMarker = _xml.readStringOrNone(xmlCtx, section, 'areaMarker')
self.reusable = _xml.readBool(xmlCtx, section, 'reusable')
self.cooldownTime = _xml.readNonNegativeFloat(xmlCtx, section, 'cooldownTime') if self.reusable else 0.0
self.deployTime = _xml.readNonNegativeFloat(xmlCtx, section, 'deployTime')
def _readProjectionDecalSlot(ctx, subsection, slotType):
descr = shared_components.ProjectionDecalSlotDescription(
slotType=slotType,
slotId=_xml.readInt(ctx, subsection, 'slotId'),
position=_xml.readVector3OrNone(ctx, subsection, 'position'),
rotation=_xml.readVector3OrNone(ctx, subsection, 'rotation'),
scale=_xml.readVector3OrNone(ctx, subsection, 'scale'),
scaleFactors=_xml.readVector3(
ctx, subsection, 'scaleFactors',
c11n_constants.DEFAULT_DECAL_SCALE_FACTORS),
doubleSided=_xml.readBool(ctx, subsection, 'doubleSided', False),
hiddenForUser=_xml.readBool(ctx, subsection, 'hiddenForUser', False),
canBeMirroredVertically=_xml.readBool(ctx, subsection,
'verticalMirror', False),
showOn=_xml.readIntOrNone(ctx, subsection, 'showOn'),
tags=readOrderedTagsOrEmpty(ctx, subsection,
_customizationSlotTagsValidator),
clipAngle=_xml.readFloat(ctx, subsection, 'clipAngle',
c11n_constants.DEFAULT_DECAL_CLIP_ANGLE),
anchorShift=_xml.readFloat(ctx, subsection, 'anchorShift',
c11n_constants.DEFAULT_DECAL_ANCHOR_SHIFT))
_verifySlotId(ctx, slotType, descr.slotId)
_verifyMatchingSlotSettings(ctx, descr)
if descr.showOn is not None:
availableShowOnRegions = c11n_constants.ApplyArea.HULL | c11n_constants.ApplyArea.TURRET | c11n_constants.ApplyArea.GUN
if descr.showOn | availableShowOnRegions != availableShowOnRegions:
_xml.raiseWrongSection(ctx, 'showOn')
if subsection.has_key('compatibleModels'):
descr.compatibleModels = _xml.readTupleOfStrings(
ctx, subsection, 'compatibleModels')
if subsection.has_key('itemId'):
descr.itemId = _xml.readInt(ctx, subsection, 'itemId')
if subsection.has_key('options'):
descr.options = _xml.readNonNegativeInt(ctx, subsection, 'options')
return descr
def _readConfig(self, xmlCtx, section):
self.delay = _xml.readPositiveFloat(xmlCtx, section, 'delay')
self.modelName = _xml.readString(xmlCtx, section, 'modelName')
self.soundEvent = _xml.readString(xmlCtx, section, 'soundEvent')
self.speed = _xml.readInt(xmlCtx, section, 'speed')
self.heights = _xml.readTupleOfPositiveInts(xmlCtx, section, 'heights', 2)
self.areaLength = _xml.readPositiveFloat(xmlCtx, section, 'areaLength')
self.areaWidth = _xml.readPositiveFloat(xmlCtx, section, 'areaWidth')
self.antepositions = _xml.readTupleOfFloats(xmlCtx, section, 'antepositions')
self.lateropositions = _xml.readTupleOfFloats(xmlCtx, section, 'lateropositions')
self.bombingMask = tuple((bool(v) for v in _xml.readTupleOfInts(xmlCtx, section, 'bombingMask')))
if not len(self.antepositions) == len(self.lateropositions) == len(self.bombingMask):
_xml.raiseWrongSection(xmlCtx, 'bombers number mismatch')
self.waveFraction = _xml.readPositiveFloat(xmlCtx, section, 'waveFraction')
self.bombsNumber = _xml.readNonNegativeInt(xmlCtx, section, 'bombsNumber')
self.shellCompactDescr = _xml.readInt(xmlCtx, section, 'shellCompactDescr')
self.tracerKind = _xml.readInt(xmlCtx, section, 'tracerKind')
self.piercingPower = _xml.readTupleOfPositiveInts(xmlCtx, section, 'piercingPower', 2)
self.gravity = _xml.readPositiveFloat(xmlCtx, section, 'gravity')
self.areaVisual = _xml.readStringOrNone(xmlCtx, section, 'areaVisual')
self.areaColor = _xml.readIntOrNone(xmlCtx, section, 'areaColor')
self.areaMarker = _xml.readStringOrNone(xmlCtx, section, 'areaMarker')
self.reusable = _xml.readBool(xmlCtx, section, 'reusable')
self.cooldownTime = _xml.readNonNegativeFloat(xmlCtx, section, 'cooldownTime') if self.reusable else 0.0
self.deployTime = _xml.readNonNegativeFloat(xmlCtx, section, 'deployTime')
def _readClientOnlyFromXml(self, target, xmlCtx, section, cache=None):
super(AttachmentXmlReader,
self)._readClientOnlyFromXml(target, xmlCtx, section)
target.modelName = ix.readStringOrNone(xmlCtx, section, 'modelName')
target.sequenceId = ix.readIntOrNone(xmlCtx, section, 'sequenceId')
target.attachmentLogic = ix.readStringOrNone(xmlCtx, section,
'attachmentLogic')
target.initialVisibility = ix.readBool(xmlCtx, section,
'initialVisibility', True)
def _readEmblemSlot(ctx, subsection, slotType):
descr = shared_components.EmblemSlot(
_xml.readVector3(ctx, subsection, 'rayStart'),
_xml.readVector3(ctx, subsection, 'rayEnd'),
_xml.readVector3(ctx, subsection, 'rayUp'),
_xml.readPositiveFloat(ctx, subsection, 'size'),
subsection.readBool('hideIfDamaged', False), slotType,
subsection.readBool('isMirrored', False),
subsection.readBool('isUVProportional', True),
_xml.readIntOrNone(ctx, subsection, 'emblemId'))
return descr
def _readCustomizationSlot(ctx, subsection, slotType):
descr = shared_components.CustomizationSlotDescription(
slotType=slotType,
anchorPosition=_xml.readVector3OrNone(ctx, subsection,
'anchorPosition'),
anchorDirection=_xml.readVector3OrNone(ctx, subsection,
'anchorDirection'),
applyTo=_xml.readIntOrNone(ctx, subsection, 'applyTo'),
slotId=_xml.readInt(ctx, subsection, 'slotId'))
if descr.applyTo is not None and descr.applyTo not in c11n_constants.ApplyArea.RANGE:
_xml.raiseWrongSection(ctx, 'applyTo')
return descr
def _readConfig(self, xmlCtx, section):
self.delay = _xml.readPositiveFloat(xmlCtx, section, 'delay')
self.duration = _xml.readPositiveFloat(xmlCtx, section, 'duration')
self.shotsNumber = _xml.readNonNegativeInt(xmlCtx, section, 'shotsNumber')
self.areaRadius = _xml.readPositiveFloat(xmlCtx, section, 'areaRadius')
self.shellCompactDescr = _xml.readInt(xmlCtx, section, 'shellCompactDescr')
self.piercingPower = _xml.readTupleOfPositiveInts(xmlCtx, section, 'piercingPower', 2)
self.areaVisual = _xml.readStringOrNone(xmlCtx, section, 'areaVisual')
self.areaColor = _xml.readIntOrNone(xmlCtx, section, 'areaColor')
self.areaMarker = _xml.readStringOrNone(xmlCtx, section, 'areaMarker')
self.areaLength = self.areaWidth = self.areaRadius * 2
self.reusable = _xml.readBool(xmlCtx, section, 'reusable')
self.cooldownTime = _xml.readNonNegativeFloat(xmlCtx, section, 'cooldownTime') if self.reusable else 0.0
self.deployTime = _xml.readNonNegativeFloat(xmlCtx, section, 'deployTime')
def _readConfig(self, xmlCtx, section):
self.delay = _xml.readPositiveFloat(xmlCtx, section, 'delay')
self.duration = _xml.readPositiveFloat(xmlCtx, section, 'duration')
self.shotsNumber = _xml.readNonNegativeInt(xmlCtx, section, 'shotsNumber')
self.areaRadius = _xml.readPositiveFloat(xmlCtx, section, 'areaRadius')
self.shellCompactDescr = _xml.readInt(xmlCtx, section, 'shellCompactDescr')
self.piercingPower = _xml.readTupleOfPositiveInts(xmlCtx, section, 'piercingPower', 2)
self.areaVisual = _xml.readStringOrNone(xmlCtx, section, 'areaVisual')
self.areaColor = _xml.readIntOrNone(xmlCtx, section, 'areaColor')
self.areaMarker = _xml.readStringOrNone(xmlCtx, section, 'areaMarker')
self.areaLength = self.areaWidth = self.areaRadius * 2
self.reusable = _xml.readBool(xmlCtx, section, 'reusable')
self.cooldownTime = _xml.readNonNegativeFloat(xmlCtx, section, 'cooldownTime') if self.reusable else 0.0
self.deployTime = _xml.readNonNegativeFloat(xmlCtx, section, 'deployTime')
def _readSlotsAnchor(ctx, subsection, slotType):
applyTo = _xml.readIntOrNone(ctx, subsection, 'applyTo')
if applyTo is not None:
if applyTo not in c11n_constants.ApplyArea.RANGE:
_xml.raiseWrongSection(ctx, 'applyTo')
showOn = _xml.readIntOrNone(ctx, subsection, 'showOn')
if showOn is not None:
availableShowOnRegions = c11n_constants.ApplyArea.HULL | c11n_constants.ApplyArea.TURRET | c11n_constants.ApplyArea.GUN
if showOn | availableShowOnRegions != availableShowOnRegions:
_xml.raiseWrongSection(ctx, 'showOn')
descr = shared_components.SlotsAnchor(
type=slotType,
anchorPosition=_xml.readVector3(ctx, subsection, 'anchorPosition'),
anchorDirection=_xml.readVector3(ctx, subsection, 'anchorDirection'),
applyTo=applyTo,
slotId=_xml.readInt(ctx, subsection, 'slotId'),
position=_xml.readVector3OrNone(ctx, subsection, 'position'),
rotation=_xml.readVector3OrNone(ctx, subsection, 'rotation'),
scale=_xml.readVector3OrNone(ctx, subsection, 'scale'),
scaleFactors=_xml.readVector3OrNone(ctx, subsection, 'scaleFactors'),
doubleSided=_xml.readBool(ctx, subsection, 'doubleSided', False),
showOn=showOn)
return descr
def _readEmblemSlot(ctx, subsection, slotType):
descr = shared_components.EmblemSlot(
_xml.readVector3(ctx, subsection, 'rayStart'),
_xml.readVector3(ctx, subsection, 'rayEnd'),
_xml.readVector3(ctx, subsection, 'rayUp'),
_xml.readPositiveFloat(ctx, subsection, 'size'),
subsection.readBool('hideIfDamaged', False), slotType,
subsection.readBool('isMirrored', False),
subsection.readBool('isUVProportional', True),
_xml.readIntOrNone(ctx, subsection, 'emblemId'),
_xml.readInt(ctx, subsection, 'slotId'),
subsection.readBool('applyToFabric', True),
_readCompatibleModels(subsection, ctx))
_verifySlotId(ctx, slotType, descr.slotId)
return descr
def writeTrackBasicParams(trackBasicParams, section, cache):
if trackBasicParams is None:
return
else:
shared_writers.writeLodDist(trackBasicParams.lodDist, section, 'tracks/lodDist', cache)
if len(trackBasicParams.trackPairs) == 1:
pair = trackBasicParams.trackPairs[component_constants.MAIN_TRACK_PAIR_IDX]
__writeTrackPairParams(pair, section['tracks'])
else:
for sname, subsection in _xml.getChildren(None, section, 'tracks'):
if sname != 'trackPair':
continue
index = _xml.readIntOrNone(None, subsection, 'trackPairIdx')
if index is None:
continue
__writeTrackPairParams(trackBasicParams.trackPairs[index], subsection)
return
def _readProjectionDecalSlot(ctx, subsection, slotType):
descr = shared_components.ProjectionDecalSlotDescription(
slotType=slotType,
slotId=_xml.readInt(ctx, subsection, 'slotId'),
anchorPosition=_xml.readVector3OrNone(ctx, subsection,
'anchorPosition'),
anchorDirection=_xml.readVector3OrNone(ctx, subsection,
'anchorDirection'),
position=_xml.readVector3OrNone(ctx, subsection, 'position'),
rotation=_xml.readVector3OrNone(ctx, subsection, 'rotation'),
scale=_xml.readVector3OrNone(ctx, subsection, 'scale'),
scaleFactors=_xml.readVector3(
ctx, subsection, 'scaleFactors',
c11n_constants.DEFAULT_DECAL_SCALE_FACTORS),
doubleSided=_xml.readBool(ctx, subsection, 'doubleSided', False),
canBeMirroredVertically=_xml.readBool(ctx, subsection,
'verticalMirror', False),
showOn=_xml.readIntOrNone(ctx, subsection, 'showOn'),
tags=readOrderedTagsOrEmpty(ctx, subsection,
_customizationSlotTagsValidator),
clipAngle=_xml.readFloat(ctx, subsection, 'clipAngle',
c11n_constants.DEFAULT_DECAL_CLIP_ANGLE))
_verifySlotId(ctx, slotType, descr.slotId)
if descr.showOn is not None:
availableShowOnRegions = c11n_constants.ApplyArea.HULL | c11n_constants.ApplyArea.TURRET | c11n_constants.ApplyArea.GUN
if descr.showOn | availableShowOnRegions != availableShowOnRegions:
_xml.raiseWrongSection(ctx, 'showOn')
if subsection.has_key('attachedPart'):
attachedPartsData = _xml.readString(ctx, subsection, 'attachedPart')
descr.attachedParts = defaultdict(set)
for partData in attachedPartsData.split():
pType, pName = partData.split(':')
if pType != 'hull':
descr.attachedParts[pType].add(pName)
if subsection.has_key('compatibleModels'):
descr.compatibleModels = _xml.readTupleOfStrings(
ctx, subsection, 'compatibleModels')
if subsection.has_key('itemId'):
descr.itemId = _xml.readInt(ctx, subsection, 'itemId')
if subsection.has_key('options'):
descr.options = _xml.readNonNegativeInt(ctx, subsection, 'options')
return descr
def readEmblemSlots(xmlCtx, section, subsectionName):
slots = []
for sname, subsection in _xml.getChildren(xmlCtx, section, subsectionName):
if sname not in component_constants.ALLOWED_EMBLEM_SLOTS:
_xml.raiseWrongXml(xmlCtx, 'emblemSlots/{}'.format(sname),
'expected {}'.format(_ALLOWED_EMBLEM_SLOTS))
ctx = (xmlCtx, 'emblemSlots/{}'.format(sname))
descr = shared_components.EmblemSlot(
_xml.readVector3(ctx, subsection, 'rayStart'),
_xml.readVector3(ctx, subsection, 'rayEnd'),
_xml.readVector3(ctx, subsection, 'rayUp'),
_xml.readPositiveFloat(ctx, subsection, 'size'),
subsection.readBool('hideIfDamaged', False),
_ALLOWED_EMBLEM_SLOTS[_ALLOWED_EMBLEM_SLOTS.index(sname)],
subsection.readBool('isMirrored', False),
subsection.readBool('isUVProportional', True),
_xml.readIntOrNone(ctx, subsection, 'emblemId'))
slots.append(descr)
return tuple(slots)
def readLodSettings(xmlCtx, section, cache):
return shared_components.LodSettings(
maxLodDistance=readLodDist(xmlCtx, section,
'lodSettings/maxLodDistance', cache),
maxPriority=_xml.readIntOrNone(xmlCtx, section,
'lodSettings/maxPriority'))
def readLodSettings(xmlCtx, section):
return vehicle_config_types.LodSettings(
readLodDist(xmlCtx, section, 'lodSettings/maxLodDistance'),
_xml.readIntOrNone(xmlCtx, section, 'lodSettings/maxPriority'))
