def __readFragile(self, fragileSec):
filename = fragileSec.readString("filename")
kineticDamageCorrection = fragileSec.readFloat("kineticDamageCorrection", 0.0)
desc = {
"filename": filename,
"health": fragileSec.readInt("health"),
"kineticDamageCorrection": kineticDamageCorrection,
"type": DESTR_TYPE_FRAGILE,
}
self.__readAchievementTag(fragileSec, desc)
self.__readExplosive(fragileSec, desc)
matName = fragileSec.readString("matName")
if matName:
surface = _parseFragileMaterialName(matName, filename)
effectMtrlIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(surface)
if effectMtrlIdx is not None:
desc["effectMtrlIdx"] = effectMtrlIdx
if IS_CLIENT:
_readAndMapEffect(desc, fragileSec, "effect", self.__effects["fragiles"], filename)
_readAndMapEffect(desc, fragileSec, "hitEffect", self.__effects["fragiles"], filename, False)
_readAndMapEffect(desc, fragileSec, "decayEffect", self.__effects["fragiles"], filename)
desc["effectHP"] = fragileSec.readString("effectHP")
desc["effectScale"] = fragileSec.readFloat("effectScale")
_readAndMapEffect(desc, fragileSec, "lifetimeEffect", self.__effects["fragiles"], filename)
if fragileSec.has_key("lifetimeEffectChance"):
desc["lifetimeEffectChance"] = fragileSec.readFloat("lifetimeEffectChance")
else:
desc["lifetimeEffectChance"] = self.__defaultLifetimeEffectChance
return desc
def __readFragile(self, fragileSec):
filename = fragileSec.readString('filename')
kineticDamageCorrection = fragileSec.readFloat('kineticDamageCorrection', 0.0)
desc = {'filename': filename,
'health': fragileSec.readInt('health'),
'kineticDamageCorrection': kineticDamageCorrection,
'type': DESTR_TYPE_FRAGILE}
self.__readAchievementTag(fragileSec, desc)
self.__readExplosive(fragileSec, desc)
matName = fragileSec.readString('matName')
if matName:
surface = _parseFragileMaterialName(matName, filename)
effectMtrlIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(surface)
if effectMtrlIdx is not None:
desc['effectMtrlIdx'] = effectMtrlIdx
if IS_CLIENT:
_readAndMapEffect(desc, fragileSec, 'effect', self.__effects['fragiles'], filename)
_readAndMapEffect(desc, fragileSec, 'hitEffect', self.__effects['fragiles'], filename, False)
_readAndMapEffect(desc, fragileSec, 'decayEffect', self.__effects['fragiles'], filename)
desc['effectHP'] = fragileSec.readString('effectHP')
desc['effectScale'] = fragileSec.readFloat('effectScale')
_readAndMapEffect(desc, fragileSec, 'lifetimeEffect', self.__effects['fragiles'], filename)
if fragileSec.has_key('lifetimeEffectChance'):
desc['lifetimeEffectChance'] = fragileSec.readFloat('lifetimeEffectChance')
else:
desc['lifetimeEffectChance'] = self.__defaultLifetimeEffectChance
return desc
def __readFragile(self, fragileSec):
filename = fragileSec.readString('filename')
kineticDamageCorrection = fragileSec.readFloat('kineticDamageCorrection', 0.0)
desc = {'filename': filename,
'health': fragileSec.readInt('health'),
'kineticDamageCorrection': kineticDamageCorrection,
'type': DESTR_TYPE_FRAGILE}
self.__readAchievementTag(fragileSec, desc)
self.__readExplosive(fragileSec, desc)
matName = fragileSec.readString('matName')
if matName:
surface = _parseFragileMaterialName(matName, filename)
effectMtrlIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(surface)
if effectMtrlIdx is not None:
desc['effectMtrlIdx'] = effectMtrlIdx
if IS_CLIENT:
_readAndMapEffect(desc, fragileSec, 'effect', self.__effects['fragiles'], filename)
_readAndMapEffect(desc, fragileSec, 'hitEffect', self.__effects['fragiles'], filename, False)
_readAndMapEffect(desc, fragileSec, 'decayEffect', self.__effects['fragiles'], filename)
desc['effectHP'] = fragileSec.readString('effectHP')
desc['effectScale'] = fragileSec.readFloat('effectScale')
_readAndMapEffect(desc, fragileSec, 'lifetimeEffect', self.__effects['fragiles'], filename)
if fragileSec.has_key('lifetimeEffectChance'):
desc['lifetimeEffectChance'] = fragileSec.readFloat('lifetimeEffectChance')
else:
desc['lifetimeEffectChance'] = self.__defaultLifetimeEffectChance
return desc
def _readMaterials(parentXmlCtx, section):
materials = {}
if IS_BASEAPP or IS_BOT:
return materials
else:
for matName, (xmlCtx, matSection) in _xml.getItemsWithContext(parentXmlCtx, section):
matKind = material_kinds.IDS_BY_NAMES.get(matName)
if matKind is None:
_xml.raiseWrongXml(xmlCtx, matName, 'material kind name is unknown')
if matKind in materials:
_xml.raiseWrongXml(xmlCtx, matName, 'duplicate material kind')
effectMaterialName = _xml.readString(xmlCtx, matSection, 'effectMaterial')
effectMaterialIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(effectMaterialName)
if effectMaterialIdx is None:
_xml.raiseWrongXml(xmlCtx, matName, 'Unknown effect material %s' % effectMaterialName)
materials[matKind] = DestructibleMaterialInfo(kind=matKind, armor=_xml.readInt(xmlCtx, matSection, 'armor'), extra=None, vehicleDamageFactor=_xml.readFraction(xmlCtx, matSection, 'vehicleDamageFactor'), useHitAngle=_xml.readBool(xmlCtx, matSection, 'useHitAngle'), mayRicochet=_xml.readBool(xmlCtx, matSection, 'mayRicochet'), collideOnceOnly=True, checkCaliberForRichet=_xml.readBool(xmlCtx, matSection, 'checkCaliberForRichet'), checkCaliberForHitAngleNorm=_xml.readBool(xmlCtx, matSection, 'checkCaliberForHitAngleNorm'), effectMaterialIdx=effectMaterialIdx)
return materials
def __readStructure(self, structSec):
filename = structSec.readString('filename')
ids = []
idMap = {}
for moduleSec in structSec['modules'].values():
module = {'health': moduleSec.readInt('health')}
matName = moduleSec.readString('matName')
res = _parseMaterialName(matName, filename)
if res:
type, surface, id, depends = res
else:
continue
effectMtrlIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(surface)
if effectMtrlIdx is not None:
module['effectMtrlIdx'] = effectMtrlIdx
else:
LOG_ERROR('Wrong effect material in structure %s' % filename)
if IS_CLIENT:
_readAndMapEffect(module, moduleSec, 'ramEffect',
self.__effects['structures'], filename)
_readAndMapEffect(module, moduleSec, 'hitEffect',
self.__effects['structures'], filename)
_readAndMapEffect(module, moduleSec, 'decayEffect',
self.__effects['structures'], filename)
module['effectHP'] = moduleSec.readString('effectHP')
module['effectScale'] = moduleSec.readFloat('effectScale')
ids.append(id)
idMap[id] = (module, depends)
destrMatkindCnt = DESTRUCTIBLE_MATKIND.NORMAL_MAX - DESTRUCTIBLE_MATKIND.NORMAL_MIN
if len(ids) > destrMatkindCnt:
LOG_ERROR(
'Number of modules in structure %s exceeds destructibles material kinds range'
% filename)
ids = ids[:destrMatkindCnt]
ids.sort()
map = {}
modules = {}
matkindNMin = DESTRUCTIBLE_MATKIND.NORMAL_MIN
matkindDMin = DESTRUCTIBLE_MATKIND.DAMAGED_MIN
matkindsNormal = []
for i, id in enumerate(ids):
module, depends = idMap[id]
destroyedMat = matkindDMin + i
module['destroyedMat'] = destroyedMat
normalMat = matkindNMin + i
matkindsNormal.append(normalMat)
modules[normalMat] = module
map[normalMat] = tuple(
(ids.index(id) + matkindNMin for id in depends))
destroyDepends = {}
for root in map.iterkeys():
rootDepends = set()
stack = [root]
while len(stack) > 0:
cur = stack.pop()
if cur in rootDepends:
continue
rootDepends.add(cur)
depends = map.get(cur)
if depends is None:
continue
stack += depends
rootDepends.remove(root)
if len(rootDepends) > 0:
destroyDepends[root] = rootDepends
inversedDestroyDepends = {}
for keyMat, depends in destroyDepends.iteritems():
for mat in depends:
inversedDestroyDepends.setdefault(mat, set()).add(keyMat)
statePresets = {
DESTR_STATE_NAME_UNDAMAGED: [],
DESTR_STATE_NAME_DESTROYED: matkindsNormal
}
if structSec.has_key('states'):
for stateSec in structSec['states'].values():
name = stateSec.readString('name').strip()
matNames = stateSec.readString('destroyedMaterials').split(' ')
matKinds = []
for matName in matNames:
res = _parseMaterialName(matName, filename)
if res:
type, surface, id, depends = res
else:
continue
matKinds.append(ids.index(id) + matkindNMin)
statePresets[name] = matKinds
desc = {
'filename': filename,
'type': DESTR_TYPE_STRUCTURE,
'modules': modules,
'destroyDepends': destroyDepends,
'inversedDestroyDepends': inversedDestroyDepends,
'statePresets': statePresets
}
self.__readAchievementTag(structSec, desc)
return desc
def __readStructure(self, structSec):
filename = structSec.readString("filename")
ids = []
idMap = {}
for moduleSec in structSec["modules"].values():
module = {"health": moduleSec.readInt("health")}
matName = moduleSec.readString("matName")
res = _parseMaterialName(matName, filename)
if res:
type, surface, id, depends = res
else:
continue
effectMtrlIdx = EFFECT_MATERIAL_INDEXES_BY_NAMES.get(surface)
if effectMtrlIdx is not None:
module["effectMtrlIdx"] = effectMtrlIdx
else:
LOG_ERROR("Wrong effect material in structure %s" % filename)
if IS_CLIENT:
_readAndMapEffect(module, moduleSec, "ramEffect", self.__effects["structures"], filename)
_readAndMapEffect(module, moduleSec, "hitEffect", self.__effects["structures"], filename)
_readAndMapEffect(module, moduleSec, "decayEffect", self.__effects["structures"], filename)
module["effectHP"] = moduleSec.readString("effectHP")
module["effectScale"] = moduleSec.readFloat("effectScale")
ids.append(id)
idMap[id] = (module, depends)
destrMatkindCnt = DESTRUCTIBLE_MATKIND.NORMAL_MAX - DESTRUCTIBLE_MATKIND.NORMAL_MIN
if len(ids) > destrMatkindCnt:
LOG_ERROR("Number of modules in structure %s exceeds destructibles material kinds range" % filename)
ids = ids[:destrMatkindCnt]
ids.sort()
map = {}
modules = {}
matkindNMin = DESTRUCTIBLE_MATKIND.NORMAL_MIN
matkindDMin = DESTRUCTIBLE_MATKIND.DAMAGED_MIN
matkindsNormal = []
for i, id in enumerate(ids):
module, depends = idMap[id]
destroyedMat = matkindDMin + i
module["destroyedMat"] = destroyedMat
normalMat = matkindNMin + i
matkindsNormal.append(normalMat)
modules[normalMat] = module
map[normalMat] = tuple((ids.index(id) + matkindNMin for id in depends))
destroyDepends = {}
for root in map.iterkeys():
rootDepends = set()
stack = [root]
while len(stack) > 0:
cur = stack.pop()
if cur in rootDepends:
continue
rootDepends.add(cur)
depends = map.get(cur)
if depends is None:
continue
stack += depends
rootDepends.remove(root)
if len(rootDepends) > 0:
destroyDepends[root] = rootDepends
inversedDestroyDepends = {}
for keyMat, depends in destroyDepends.iteritems():
for mat in depends:
inversedDestroyDepends.setdefault(mat, set()).add(keyMat)
statePresets = {DESTR_STATE_NAME_UNDAMAGED: [], DESTR_STATE_NAME_DESTROYED: matkindsNormal}
if structSec.has_key("states"):
for stateSec in structSec["states"].values():
name = stateSec.readString("name").strip()
matNames = stateSec.readString("destroyedMaterials").split(" ")
matKinds = []
for matName in matNames:
res = _parseMaterialName(matName, filename)
if res:
type, surface, id, depends = res
else:
continue
matKinds.append(ids.index(id) + matkindNMin)
statePresets[name] = matKinds
desc = {
"filename": filename,
"type": DESTR_TYPE_STRUCTURE,
"modules": modules,
"destroyDepends": destroyDepends,
"inversedDestroyDepends": inversedDestroyDepends,
"statePresets": statePresets,
}
self.__readAchievementTag(structSec, desc)
return desc
