pycrate/pycrate_asn1dir/ITS_DENM_3.py

# -*- coding: UTF-8 -*-
# Code automatically generated by pycrate_asn1c

from pycrate_asn1rt.utils            import *
from pycrate_asn1rt.err              import *
from pycrate_asn1rt.glob             import make_GLOBAL, GLOBAL
from pycrate_asn1rt.dictobj          import ASN1Dict
from pycrate_asn1rt.refobj           import *
from pycrate_asn1rt.setobj           import *
from pycrate_asn1rt.asnobj_basic     import *
from pycrate_asn1rt.asnobj_str       import *
from pycrate_asn1rt.asnobj_construct import *
from pycrate_asn1rt.asnobj_class     import *
from pycrate_asn1rt.asnobj_ext       import *
from pycrate_asn1rt.init             import init_modules

class DENM_PDU_Descriptions:

    _name_  = u'DENM-PDU-Descriptions'
    _oid_   = [0, 4, 0, 5, 1, 302637, 1, 2]
    
    _obj_ = [
        u'DENM',
        u'DecentralizedEnvironmentalNotificationMessage',
        u'ManagementContainer',
        u'SituationContainer',
        u'LocationContainer',
        u'ImpactReductionContainer',
        u'RoadWorksContainerExtended',
        u'StationaryVehicleContainer',
        u'AlacarteContainer',
        u'defaultValidity',
        u'Termination',
        u'ReferenceDenms',
        ]
    _type_ = [
        u'DENM',
        u'DecentralizedEnvironmentalNotificationMessage',
        u'ManagementContainer',
        u'SituationContainer',
        u'LocationContainer',
        u'ImpactReductionContainer',
        u'RoadWorksContainerExtended',
        u'StationaryVehicleContainer',
        u'AlacarteContainer',
        u'Termination',
        u'ReferenceDenms',
        ]
    _set_ = [
        ]
    _val_ = [
        u'defaultValidity',
        ]
    _class_ = [
        ]
    _param_ = [
        ]
    
    #-----< DENM >-----#
    DENM = SEQ(name=u'DENM', mode=MODE_TYPE)
    _DENM_header = SEQ(name=u'header', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ItsPduHeader')))
    _DENM_denm = SEQ(name=u'denm', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'DecentralizedEnvironmentalNotificationMessage')))
    DENM._cont = ASN1Dict([
        (u'header', _DENM_header),
        (u'denm', _DENM_denm),
        ])
    DENM._ext = None
    
    #-----< DecentralizedEnvironmentalNotificationMessage >-----#
    DecentralizedEnvironmentalNotificationMessage = SEQ(name=u'DecentralizedEnvironmentalNotificationMessage', mode=MODE_TYPE)
    _DecentralizedEnvironmentalNotificationMessage_management = SEQ(name=u'management', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'ManagementContainer')))
    _DecentralizedEnvironmentalNotificationMessage_situation = SEQ(name=u'situation', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'SituationContainer')), opt=True)
    _DecentralizedEnvironmentalNotificationMessage_location = SEQ(name=u'location', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'LocationContainer')), opt=True)
    _DecentralizedEnvironmentalNotificationMessage_alacarte = SEQ(name=u'alacarte', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'AlacarteContainer')), opt=True)
    DecentralizedEnvironmentalNotificationMessage._cont = ASN1Dict([
        (u'management', _DecentralizedEnvironmentalNotificationMessage_management),
        (u'situation', _DecentralizedEnvironmentalNotificationMessage_situation),
        (u'location', _DecentralizedEnvironmentalNotificationMessage_location),
        (u'alacarte', _DecentralizedEnvironmentalNotificationMessage_alacarte),
        ])
    DecentralizedEnvironmentalNotificationMessage._ext = None
    
    #-----< ManagementContainer >-----#
    ManagementContainer = SEQ(name=u'ManagementContainer', mode=MODE_TYPE)
    _ManagementContainer_actionID = SEQ(name=u'actionID', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ActionID')))
    _ManagementContainer_detectionTime = INT(name=u'detectionTime', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TimestampIts')))
    _ManagementContainer_referenceTime = INT(name=u'referenceTime', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TimestampIts')))
    _ManagementContainer_termination = ENUM(name=u'termination', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'Termination')), opt=True)
    _ManagementContainer_eventPosition = SEQ(name=u'eventPosition', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ReferencePosition')))
    _ManagementContainer_relevanceDistance = ENUM(name=u'relevanceDistance', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'RelevanceDistance')), opt=True)
    _ManagementContainer_relevanceTrafficDirection = ENUM(name=u'relevanceTrafficDirection', mode=MODE_TYPE, tag=(6, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'RelevanceTrafficDirection')), opt=True)
    _ManagementContainer_validityDuration = INT(name=u'validityDuration', mode=MODE_TYPE, tag=(7, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ValidityDuration')), default=600)
    _ManagementContainer_transmissionInterval = INT(name=u'transmissionInterval', mode=MODE_TYPE, tag=(8, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TransmissionInterval')), opt=True)
    _ManagementContainer_stationType = INT(name=u'stationType', mode=MODE_TYPE, tag=(9, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'StationType')))
    ManagementContainer._cont = ASN1Dict([
        (u'actionID', _ManagementContainer_actionID),
        (u'detectionTime', _ManagementContainer_detectionTime),
        (u'referenceTime', _ManagementContainer_referenceTime),
        (u'termination', _ManagementContainer_termination),
        (u'eventPosition', _ManagementContainer_eventPosition),
        (u'relevanceDistance', _ManagementContainer_relevanceDistance),
        (u'relevanceTrafficDirection', _ManagementContainer_relevanceTrafficDirection),
        (u'validityDuration', _ManagementContainer_validityDuration),
        (u'transmissionInterval', _ManagementContainer_transmissionInterval),
        (u'stationType', _ManagementContainer_stationType),
        ])
    ManagementContainer._ext = []
    
    #-----< SituationContainer >-----#
    SituationContainer = SEQ(name=u'SituationContainer', mode=MODE_TYPE)
    _SituationContainer_informationQuality = INT(name=u'informationQuality', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'InformationQuality')))
    _SituationContainer_eventType = SEQ(name=u'eventType', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CauseCode')))
    _SituationContainer_linkedCause = SEQ(name=u'linkedCause', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CauseCode')), opt=True)
    _SituationContainer_eventHistory = SEQ_OF(name=u'eventHistory', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'EventHistory')), opt=True)
    SituationContainer._cont = ASN1Dict([
        (u'informationQuality', _SituationContainer_informationQuality),
        (u'eventType', _SituationContainer_eventType),
        (u'linkedCause', _SituationContainer_linkedCause),
        (u'eventHistory', _SituationContainer_eventHistory),
        ])
    SituationContainer._ext = []
    
    #-----< LocationContainer >-----#
    LocationContainer = SEQ(name=u'LocationContainer', mode=MODE_TYPE)
    _LocationContainer_eventSpeed = SEQ(name=u'eventSpeed', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Speed')), opt=True)
    _LocationContainer_eventPositionHeading = SEQ(name=u'eventPositionHeading', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Heading')), opt=True)
    _LocationContainer_traces = SEQ_OF(name=u'traces', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Traces')))
    _LocationContainer_roadType = ENUM(name=u'roadType', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'RoadType')), opt=True)
    LocationContainer._cont = ASN1Dict([
        (u'eventSpeed', _LocationContainer_eventSpeed),
        (u'eventPositionHeading', _LocationContainer_eventPositionHeading),
        (u'traces', _LocationContainer_traces),
        (u'roadType', _LocationContainer_roadType),
        ])
    LocationContainer._ext = []
    
    #-----< ImpactReductionContainer >-----#
    ImpactReductionContainer = SEQ(name=u'ImpactReductionContainer', mode=MODE_TYPE)
    _ImpactReductionContainer_heightLonCarrLeft = INT(name=u'heightLonCarrLeft', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HeightLonCarr')))
    _ImpactReductionContainer_heightLonCarrRight = INT(name=u'heightLonCarrRight', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HeightLonCarr')))
    _ImpactReductionContainer_posLonCarrLeft = INT(name=u'posLonCarrLeft', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PosLonCarr')))
    _ImpactReductionContainer_posLonCarrRight = INT(name=u'posLonCarrRight', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PosLonCarr')))
    _ImpactReductionContainer_positionOfPillars = SEQ_OF(name=u'positionOfPillars', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PositionOfPillars')))
    _ImpactReductionContainer_posCentMass = INT(name=u'posCentMass', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PosCentMass')))
    _ImpactReductionContainer_wheelBaseVehicle = INT(name=u'wheelBaseVehicle', mode=MODE_TYPE, tag=(6, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'WheelBaseVehicle')))
    _ImpactReductionContainer_turningRadius = INT(name=u'turningRadius', mode=MODE_TYPE, tag=(7, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TurningRadius')))
    _ImpactReductionContainer_posFrontAx = INT(name=u'posFrontAx', mode=MODE_TYPE, tag=(8, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PosFrontAx')))
    _ImpactReductionContainer_positionOfOccupants = BIT_STR(name=u'positionOfOccupants', mode=MODE_TYPE, tag=(9, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PositionOfOccupants')))
    _ImpactReductionContainer_vehicleMass = INT(name=u'vehicleMass', mode=MODE_TYPE, tag=(10, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VehicleMass')))
    _ImpactReductionContainer_requestResponseIndication = ENUM(name=u'requestResponseIndication', mode=MODE_TYPE, tag=(11, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'RequestResponseIndication')))
    ImpactReductionContainer._cont = ASN1Dict([
        (u'heightLonCarrLeft', _ImpactReductionContainer_heightLonCarrLeft),
        (u'heightLonCarrRight', _ImpactReductionContainer_heightLonCarrRight),
        (u'posLonCarrLeft', _ImpactReductionContainer_posLonCarrLeft),
        (u'posLonCarrRight', _ImpactReductionContainer_posLonCarrRight),
        (u'positionOfPillars', _ImpactReductionContainer_positionOfPillars),
        (u'posCentMass', _ImpactReductionContainer_posCentMass),
        (u'wheelBaseVehicle', _ImpactReductionContainer_wheelBaseVehicle),
        (u'turningRadius', _ImpactReductionContainer_turningRadius),
        (u'posFrontAx', _ImpactReductionContainer_posFrontAx),
        (u'positionOfOccupants', _ImpactReductionContainer_positionOfOccupants),
        (u'vehicleMass', _ImpactReductionContainer_vehicleMass),
        (u'requestResponseIndication', _ImpactReductionContainer_requestResponseIndication),
        ])
    ImpactReductionContainer._ext = None
    
    #-----< RoadWorksContainerExtended >-----#
    RoadWorksContainerExtended = SEQ(name=u'RoadWorksContainerExtended', mode=MODE_TYPE)
    _RoadWorksContainerExtended_lightBarSirenInUse = BIT_STR(name=u'lightBarSirenInUse', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'LightBarSirenInUse')), opt=True)
    _RoadWorksContainerExtended_closedLanes = SEQ(name=u'closedLanes', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ClosedLanes')), opt=True)
    _RoadWorksContainerExtended_restriction = SEQ_OF(name=u'restriction', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'RestrictedTypes')), opt=True)
    _RoadWorksContainerExtended_speedLimit = INT(name=u'speedLimit', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SpeedLimit')), opt=True)
    _RoadWorksContainerExtended_incidentIndication = SEQ(name=u'incidentIndication', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CauseCode')), opt=True)
    _RoadWorksContainerExtended_recommendedPath = SEQ_OF(name=u'recommendedPath', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ItineraryPath')), opt=True)
    _RoadWorksContainerExtended_startingPointSpeedLimit = SEQ(name=u'startingPointSpeedLimit', mode=MODE_TYPE, tag=(6, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaReferencePosition')), opt=True)
    _RoadWorksContainerExtended_trafficFlowRule = ENUM(name=u'trafficFlowRule', mode=MODE_TYPE, tag=(7, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TrafficRule')), opt=True)
    _RoadWorksContainerExtended_referenceDenms = SEQ_OF(name=u'referenceDenms', mode=MODE_TYPE, tag=(8, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'ReferenceDenms')), opt=True)
    RoadWorksContainerExtended._cont = ASN1Dict([
        (u'lightBarSirenInUse', _RoadWorksContainerExtended_lightBarSirenInUse),
        (u'closedLanes', _RoadWorksContainerExtended_closedLanes),
        (u'restriction', _RoadWorksContainerExtended_restriction),
        (u'speedLimit', _RoadWorksContainerExtended_speedLimit),
        (u'incidentIndication', _RoadWorksContainerExtended_incidentIndication),
        (u'recommendedPath', _RoadWorksContainerExtended_recommendedPath),
        (u'startingPointSpeedLimit', _RoadWorksContainerExtended_startingPointSpeedLimit),
        (u'trafficFlowRule', _RoadWorksContainerExtended_trafficFlowRule),
        (u'referenceDenms', _RoadWorksContainerExtended_referenceDenms),
        ])
    RoadWorksContainerExtended._ext = None
    
    #-----< StationaryVehicleContainer >-----#
    StationaryVehicleContainer = SEQ(name=u'StationaryVehicleContainer', mode=MODE_TYPE)
    _StationaryVehicleContainer_stationarySince = ENUM(name=u'stationarySince', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'StationarySince')), opt=True)
    _StationaryVehicleContainer_stationaryCause = SEQ(name=u'stationaryCause', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CauseCode')), opt=True)
    _StationaryVehicleContainer_carryingDangerousGoods = SEQ(name=u'carryingDangerousGoods', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DangerousGoodsExtended')), opt=True)
    _StationaryVehicleContainer_numberOfOccupants = INT(name=u'numberOfOccupants', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'NumberOfOccupants')), opt=True)
    _StationaryVehicleContainer_vehicleIdentification = SEQ(name=u'vehicleIdentification', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VehicleIdentification')), opt=True)
    _StationaryVehicleContainer_energyStorageType = BIT_STR(name=u'energyStorageType', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'EnergyStorageType')), opt=True)
    StationaryVehicleContainer._cont = ASN1Dict([
        (u'stationarySince', _StationaryVehicleContainer_stationarySince),
        (u'stationaryCause', _StationaryVehicleContainer_stationaryCause),
        (u'carryingDangerousGoods', _StationaryVehicleContainer_carryingDangerousGoods),
        (u'numberOfOccupants', _StationaryVehicleContainer_numberOfOccupants),
        (u'vehicleIdentification', _StationaryVehicleContainer_vehicleIdentification),
        (u'energyStorageType', _StationaryVehicleContainer_energyStorageType),
        ])
    StationaryVehicleContainer._ext = None
    
    #-----< AlacarteContainer >-----#
    AlacarteContainer = SEQ(name=u'AlacarteContainer', mode=MODE_TYPE)
    _AlacarteContainer_lanePosition = INT(name=u'lanePosition', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'LanePosition')), opt=True)
    _AlacarteContainer_impactReduction = SEQ(name=u'impactReduction', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'ImpactReductionContainer')), opt=True)
    _AlacarteContainer_externalTemperature = INT(name=u'externalTemperature', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Temperature')), opt=True)
    _AlacarteContainer_roadWorks = SEQ(name=u'roadWorks', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'RoadWorksContainerExtended')), opt=True)
    _AlacarteContainer_positioningSolution = ENUM(name=u'positioningSolution', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PositioningSolutionType')), opt=True)
    _AlacarteContainer_stationaryVehicle = SEQ(name=u'stationaryVehicle', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('DENM-PDU-Descriptions', 'StationaryVehicleContainer')), opt=True)
    AlacarteContainer._cont = ASN1Dict([
        (u'lanePosition', _AlacarteContainer_lanePosition),
        (u'impactReduction', _AlacarteContainer_impactReduction),
        (u'externalTemperature', _AlacarteContainer_externalTemperature),
        (u'roadWorks', _AlacarteContainer_roadWorks),
        (u'positioningSolution', _AlacarteContainer_positioningSolution),
        (u'stationaryVehicle', _AlacarteContainer_stationaryVehicle),
        ])
    AlacarteContainer._ext = []
    
    #-----< defaultValidity >-----#
    defaultValidity = INT(name=u'defaultValidity', mode=MODE_VALUE)
    defaultValidity._val = 600
    
    #-----< Termination >-----#
    Termination = ENUM(name=u'Termination', mode=MODE_TYPE)
    Termination._cont = ASN1Dict([(u'isCancellation', 0), (u'isNegation', 1)])
    Termination._ext = None
    
    #-----< ReferenceDenms >-----#
    ReferenceDenms = SEQ_OF(name=u'ReferenceDenms', mode=MODE_TYPE)
    _ReferenceDenms__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'ActionID')))
    ReferenceDenms._cont = _ReferenceDenms__item_
    ReferenceDenms._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=8)], ev=[], er=[])
    
    _all_ = [
        _DENM_header,
        _DENM_denm,
        DENM,
        _DecentralizedEnvironmentalNotificationMessage_management,
        _DecentralizedEnvironmentalNotificationMessage_situation,
        _DecentralizedEnvironmentalNotificationMessage_location,
        _DecentralizedEnvironmentalNotificationMessage_alacarte,
        DecentralizedEnvironmentalNotificationMessage,
        _ManagementContainer_actionID,
        _ManagementContainer_detectionTime,
        _ManagementContainer_referenceTime,
        _ManagementContainer_termination,
        _ManagementContainer_eventPosition,
        _ManagementContainer_relevanceDistance,
        _ManagementContainer_relevanceTrafficDirection,
        _ManagementContainer_validityDuration,
        _ManagementContainer_transmissionInterval,
        _ManagementContainer_stationType,
        ManagementContainer,
        _SituationContainer_informationQuality,
        _SituationContainer_eventType,
        _SituationContainer_linkedCause,
        _SituationContainer_eventHistory,
        SituationContainer,
        _LocationContainer_eventSpeed,
        _LocationContainer_eventPositionHeading,
        _LocationContainer_traces,
        _LocationContainer_roadType,
        LocationContainer,
        _ImpactReductionContainer_heightLonCarrLeft,
        _ImpactReductionContainer_heightLonCarrRight,
        _ImpactReductionContainer_posLonCarrLeft,
        _ImpactReductionContainer_posLonCarrRight,
        _ImpactReductionContainer_positionOfPillars,
        _ImpactReductionContainer_posCentMass,
        _ImpactReductionContainer_wheelBaseVehicle,
        _ImpactReductionContainer_turningRadius,
        _ImpactReductionContainer_posFrontAx,
        _ImpactReductionContainer_positionOfOccupants,
        _ImpactReductionContainer_vehicleMass,
        _ImpactReductionContainer_requestResponseIndication,
        ImpactReductionContainer,
        _RoadWorksContainerExtended_lightBarSirenInUse,
        _RoadWorksContainerExtended_closedLanes,
        _RoadWorksContainerExtended_restriction,
        _RoadWorksContainerExtended_speedLimit,
        _RoadWorksContainerExtended_incidentIndication,
        _RoadWorksContainerExtended_recommendedPath,
        _RoadWorksContainerExtended_startingPointSpeedLimit,
        _RoadWorksContainerExtended_trafficFlowRule,
        _RoadWorksContainerExtended_referenceDenms,
        RoadWorksContainerExtended,
        _StationaryVehicleContainer_stationarySince,
        _StationaryVehicleContainer_stationaryCause,
        _StationaryVehicleContainer_carryingDangerousGoods,
        _StationaryVehicleContainer_numberOfOccupants,
        _StationaryVehicleContainer_vehicleIdentification,
        _StationaryVehicleContainer_energyStorageType,
        StationaryVehicleContainer,
        _AlacarteContainer_lanePosition,
        _AlacarteContainer_impactReduction,
        _AlacarteContainer_externalTemperature,
        _AlacarteContainer_roadWorks,
        _AlacarteContainer_positioningSolution,
        _AlacarteContainer_stationaryVehicle,
        AlacarteContainer,
        defaultValidity,
        Termination,
        _ReferenceDenms__item_,
        ReferenceDenms,
    ]

class ITS_Container:

    _name_  = u'ITS-Container'
    _oid_   = [0, 4, 0, 5, 1, 102894, 2, 2]
    
    _obj_ = [
        u'ItsPduHeader',
        u'StationID',
        u'ReferencePosition',
        u'DeltaReferencePosition',
        u'Longitude',
        u'Latitude',
        u'Altitude',
        u'AltitudeValue',
        u'AltitudeConfidence',
        u'DeltaLongitude',
        u'DeltaLatitude',
        u'DeltaAltitude',
        u'PosConfidenceEllipse',
        u'PathPoint',
        u'PathDeltaTime',
        u'PtActivation',
        u'PtActivationType',
        u'PtActivationData',
        u'AccelerationControl',
        u'SemiAxisLength',
        u'CauseCode',
        u'CauseCodeType',
        u'SubCauseCodeType',
        u'TrafficConditionSubCauseCode',
        u'AccidentSubCauseCode',
        u'RoadworksSubCauseCode',
        u'HumanPresenceOnTheRoadSubCauseCode',
        u'WrongWayDrivingSubCauseCode',
        u'AdverseWeatherCondition-ExtremeWeatherConditionSubCauseCode',
        u'AdverseWeatherCondition-AdhesionSubCauseCode',
        u'AdverseWeatherCondition-VisibilitySubCauseCode',
        u'AdverseWeatherCondition-PrecipitationSubCauseCode',
        u'SlowVehicleSubCauseCode',
        u'StationaryVehicleSubCauseCode',
        u'HumanProblemSubCauseCode',
        u'EmergencyVehicleApproachingSubCauseCode',
        u'HazardousLocation-DangerousCurveSubCauseCode',
        u'HazardousLocation-SurfaceConditionSubCauseCode',
        u'HazardousLocation-ObstacleOnTheRoadSubCauseCode',
        u'HazardousLocation-AnimalOnTheRoadSubCauseCode',
        u'CollisionRiskSubCauseCode',
        u'SignalViolationSubCauseCode',
        u'RescueAndRecoveryWorkInProgressSubCauseCode',
        u'DangerousEndOfQueueSubCauseCode',
        u'DangerousSituationSubCauseCode',
        u'VehicleBreakdownSubCauseCode',
        u'PostCrashSubCauseCode',
        u'Curvature',
        u'CurvatureValue',
        u'CurvatureConfidence',
        u'CurvatureCalculationMode',
        u'Heading',
        u'HeadingValue',
        u'HeadingConfidence',
        u'LanePosition',
        u'ClosedLanes',
        u'HardShoulderStatus',
        u'DrivingLaneStatus',
        u'PerformanceClass',
        u'SpeedValue',
        u'SpeedConfidence',
        u'VehicleMass',
        u'Speed',
        u'DriveDirection',
        u'EmbarkationStatus',
        u'LongitudinalAcceleration',
        u'LongitudinalAccelerationValue',
        u'AccelerationConfidence',
        u'LateralAcceleration',
        u'LateralAccelerationValue',
        u'VerticalAcceleration',
        u'VerticalAccelerationValue',
        u'StationType',
        u'ExteriorLights',
        u'DangerousGoodsBasic',
        u'DangerousGoodsExtended',
        u'SpecialTransportType',
        u'LightBarSirenInUse',
        u'HeightLonCarr',
        u'PosLonCarr',
        u'PosPillar',
        u'PosCentMass',
        u'RequestResponseIndication',
        u'SpeedLimit',
        u'StationarySince',
        u'Temperature',
        u'TrafficRule',
        u'WheelBaseVehicle',
        u'TurningRadius',
        u'PosFrontAx',
        u'PositionOfOccupants',
        u'PositioningSolutionType',
        u'VehicleIdentification',
        u'WMInumber',
        u'VDS',
        u'EnergyStorageType',
        u'VehicleLength',
        u'VehicleLengthValue',
        u'VehicleLengthConfidenceIndication',
        u'VehicleWidth',
        u'PathHistory',
        u'EmergencyPriority',
        u'InformationQuality',
        u'RoadType',
        u'SteeringWheelAngle',
        u'SteeringWheelAngleValue',
        u'SteeringWheelAngleConfidence',
        u'TimestampIts',
        u'VehicleRole',
        u'YawRate',
        u'YawRateValue',
        u'YawRateConfidence',
        u'ProtectedZoneType',
        u'RelevanceDistance',
        u'RelevanceTrafficDirection',
        u'TransmissionInterval',
        u'ValidityDuration',
        u'ActionID',
        u'ItineraryPath',
        u'ProtectedCommunicationZone',
        u'Traces',
        u'NumberOfOccupants',
        u'SequenceNumber',
        u'PositionOfPillars',
        u'RestrictedTypes',
        u'EventHistory',
        u'EventPoint',
        u'ProtectedCommunicationZonesRSU',
        u'CenDsrcTollingZone',
        u'ProtectedZoneRadius',
        u'ProtectedZoneID',
        u'CenDsrcTollingZoneID',
        u'DigitalMap',
        u'OpeningDaysHours',
        u'PhoneNumber',
        ]
    _type_ = [
        u'ItsPduHeader',
        u'StationID',
        u'ReferencePosition',
        u'DeltaReferencePosition',
        u'Longitude',
        u'Latitude',
        u'Altitude',
        u'AltitudeValue',
        u'AltitudeConfidence',
        u'DeltaLongitude',
        u'DeltaLatitude',
        u'DeltaAltitude',
        u'PosConfidenceEllipse',
        u'PathPoint',
        u'PathDeltaTime',
        u'PtActivation',
        u'PtActivationType',
        u'PtActivationData',
        u'AccelerationControl',
        u'SemiAxisLength',
        u'CauseCode',
        u'CauseCodeType',
        u'SubCauseCodeType',
        u'TrafficConditionSubCauseCode',
        u'AccidentSubCauseCode',
        u'RoadworksSubCauseCode',
        u'HumanPresenceOnTheRoadSubCauseCode',
        u'WrongWayDrivingSubCauseCode',
        u'AdverseWeatherCondition-ExtremeWeatherConditionSubCauseCode',
        u'AdverseWeatherCondition-AdhesionSubCauseCode',
        u'AdverseWeatherCondition-VisibilitySubCauseCode',
        u'AdverseWeatherCondition-PrecipitationSubCauseCode',
        u'SlowVehicleSubCauseCode',
        u'StationaryVehicleSubCauseCode',
        u'HumanProblemSubCauseCode',
        u'EmergencyVehicleApproachingSubCauseCode',
        u'HazardousLocation-DangerousCurveSubCauseCode',
        u'HazardousLocation-SurfaceConditionSubCauseCode',
        u'HazardousLocation-ObstacleOnTheRoadSubCauseCode',
        u'HazardousLocation-AnimalOnTheRoadSubCauseCode',
        u'CollisionRiskSubCauseCode',
        u'SignalViolationSubCauseCode',
        u'RescueAndRecoveryWorkInProgressSubCauseCode',
        u'DangerousEndOfQueueSubCauseCode',
        u'DangerousSituationSubCauseCode',
        u'VehicleBreakdownSubCauseCode',
        u'PostCrashSubCauseCode',
        u'Curvature',
        u'CurvatureValue',
        u'CurvatureConfidence',
        u'CurvatureCalculationMode',
        u'Heading',
        u'HeadingValue',
        u'HeadingConfidence',
        u'LanePosition',
        u'ClosedLanes',
        u'HardShoulderStatus',
        u'DrivingLaneStatus',
        u'PerformanceClass',
        u'SpeedValue',
        u'SpeedConfidence',
        u'VehicleMass',
        u'Speed',
        u'DriveDirection',
        u'EmbarkationStatus',
        u'LongitudinalAcceleration',
        u'LongitudinalAccelerationValue',
        u'AccelerationConfidence',
        u'LateralAcceleration',
        u'LateralAccelerationValue',
        u'VerticalAcceleration',
        u'VerticalAccelerationValue',
        u'StationType',
        u'ExteriorLights',
        u'DangerousGoodsBasic',
        u'DangerousGoodsExtended',
        u'SpecialTransportType',
        u'LightBarSirenInUse',
        u'HeightLonCarr',
        u'PosLonCarr',
        u'PosPillar',
        u'PosCentMass',
        u'RequestResponseIndication',
        u'SpeedLimit',
        u'StationarySince',
        u'Temperature',
        u'TrafficRule',
        u'WheelBaseVehicle',
        u'TurningRadius',
        u'PosFrontAx',
        u'PositionOfOccupants',
        u'PositioningSolutionType',
        u'VehicleIdentification',
        u'WMInumber',
        u'VDS',
        u'EnergyStorageType',
        u'VehicleLength',
        u'VehicleLengthValue',
        u'VehicleLengthConfidenceIndication',
        u'VehicleWidth',
        u'PathHistory',
        u'EmergencyPriority',
        u'InformationQuality',
        u'RoadType',
        u'SteeringWheelAngle',
        u'SteeringWheelAngleValue',
        u'SteeringWheelAngleConfidence',
        u'TimestampIts',
        u'VehicleRole',
        u'YawRate',
        u'YawRateValue',
        u'YawRateConfidence',
        u'ProtectedZoneType',
        u'RelevanceDistance',
        u'RelevanceTrafficDirection',
        u'TransmissionInterval',
        u'ValidityDuration',
        u'ActionID',
        u'ItineraryPath',
        u'ProtectedCommunicationZone',
        u'Traces',
        u'NumberOfOccupants',
        u'SequenceNumber',
        u'PositionOfPillars',
        u'RestrictedTypes',
        u'EventHistory',
        u'EventPoint',
        u'ProtectedCommunicationZonesRSU',
        u'CenDsrcTollingZone',
        u'ProtectedZoneRadius',
        u'ProtectedZoneID',
        u'CenDsrcTollingZoneID',
        u'DigitalMap',
        u'OpeningDaysHours',
        u'PhoneNumber',
        ]
    _set_ = [
        ]
    _val_ = [
        ]
    _class_ = [
        ]
    _param_ = [
        ]
    
    #-----< ItsPduHeader >-----#
    ItsPduHeader = SEQ(name=u'ItsPduHeader', mode=MODE_TYPE)
    _ItsPduHeader_protocolVersion = INT(name=u'protocolVersion', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _ItsPduHeader_protocolVersion._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    _ItsPduHeader_messageID = INT(name=u'messageID', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _ItsPduHeader_messageID._cont = ASN1Dict([(u'denm', 1), (u'cam', 2), (u'poi', 3), (u'spatem', 4), (u'mapem', 5), (u'ivim', 6), (u'ev-rsr', 7), (u'tistpgtransaction', 8), (u'srem', 9), (u'ssem', 10), (u'evcsn', 11), (u'saem', 12), (u'rtcmem', 13)])
    _ItsPduHeader_messageID._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    _ItsPduHeader_stationID = INT(name=u'stationID', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'StationID')))
    ItsPduHeader._cont = ASN1Dict([
        (u'protocolVersion', _ItsPduHeader_protocolVersion),
        (u'messageID', _ItsPduHeader_messageID),
        (u'stationID', _ItsPduHeader_stationID),
        ])
    ItsPduHeader._ext = None
    
    #-----< StationID >-----#
    StationID = INT(name=u'StationID', mode=MODE_TYPE)
    StationID._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=4294967295)], ev=None, er=[])
    
    #-----< ReferencePosition >-----#
    ReferencePosition = SEQ(name=u'ReferencePosition', mode=MODE_TYPE)
    _ReferencePosition_latitude = INT(name=u'latitude', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Latitude')))
    _ReferencePosition_longitude = INT(name=u'longitude', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Longitude')))
    _ReferencePosition_positionConfidenceEllipse = SEQ(name=u'positionConfidenceEllipse', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PosConfidenceEllipse')))
    _ReferencePosition_altitude = SEQ(name=u'altitude', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Altitude')))
    ReferencePosition._cont = ASN1Dict([
        (u'latitude', _ReferencePosition_latitude),
        (u'longitude', _ReferencePosition_longitude),
        (u'positionConfidenceEllipse', _ReferencePosition_positionConfidenceEllipse),
        (u'altitude', _ReferencePosition_altitude),
        ])
    ReferencePosition._ext = None
    
    #-----< DeltaReferencePosition >-----#
    DeltaReferencePosition = SEQ(name=u'DeltaReferencePosition', mode=MODE_TYPE)
    _DeltaReferencePosition_deltaLatitude = INT(name=u'deltaLatitude', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaLatitude')))
    _DeltaReferencePosition_deltaLongitude = INT(name=u'deltaLongitude', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaLongitude')))
    _DeltaReferencePosition_deltaAltitude = INT(name=u'deltaAltitude', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaAltitude')))
    DeltaReferencePosition._cont = ASN1Dict([
        (u'deltaLatitude', _DeltaReferencePosition_deltaLatitude),
        (u'deltaLongitude', _DeltaReferencePosition_deltaLongitude),
        (u'deltaAltitude', _DeltaReferencePosition_deltaAltitude),
        ])
    DeltaReferencePosition._ext = None
    
    #-----< Longitude >-----#
    Longitude = INT(name=u'Longitude', mode=MODE_TYPE)
    Longitude._cont = ASN1Dict([(u'oneMicrodegreeEast', 10), (u'oneMicrodegreeWest', -10), (u'unavailable', 1800000001)])
    Longitude._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-1800000000, ub=1800000001)], ev=None, er=[])
    
    #-----< Latitude >-----#
    Latitude = INT(name=u'Latitude', mode=MODE_TYPE)
    Latitude._cont = ASN1Dict([(u'oneMicrodegreeNorth', 10), (u'oneMicrodegreeSouth', -10), (u'unavailable', 900000001)])
    Latitude._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-900000000, ub=900000001)], ev=None, er=[])
    
    #-----< Altitude >-----#
    Altitude = SEQ(name=u'Altitude', mode=MODE_TYPE)
    _Altitude_altitudeValue = INT(name=u'altitudeValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'AltitudeValue')))
    _Altitude_altitudeConfidence = ENUM(name=u'altitudeConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'AltitudeConfidence')))
    Altitude._cont = ASN1Dict([
        (u'altitudeValue', _Altitude_altitudeValue),
        (u'altitudeConfidence', _Altitude_altitudeConfidence),
        ])
    Altitude._ext = None
    
    #-----< AltitudeValue >-----#
    AltitudeValue = INT(name=u'AltitudeValue', mode=MODE_TYPE)
    AltitudeValue._cont = ASN1Dict([(u'referenceEllipsoidSurface', 0), (u'oneCentimeter', 1), (u'unavailable', 800001)])
    AltitudeValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-100000, ub=800001)], ev=None, er=[])
    
    #-----< AltitudeConfidence >-----#
    AltitudeConfidence = ENUM(name=u'AltitudeConfidence', mode=MODE_TYPE)
    AltitudeConfidence._cont = ASN1Dict([(u'alt-000-01', 0), (u'alt-000-02', 1), (u'alt-000-05', 2), (u'alt-000-10', 3), (u'alt-000-20', 4), (u'alt-000-50', 5), (u'alt-001-00', 6), (u'alt-002-00', 7), (u'alt-005-00', 8), (u'alt-010-00', 9), (u'alt-020-00', 10), (u'alt-050-00', 11), (u'alt-100-00', 12), (u'alt-200-00', 13), (u'outOfRange', 14), (u'unavailable', 15)])
    AltitudeConfidence._ext = None
    
    #-----< DeltaLongitude >-----#
    DeltaLongitude = INT(name=u'DeltaLongitude', mode=MODE_TYPE)
    DeltaLongitude._cont = ASN1Dict([(u'oneMicrodegreeEast', 10), (u'oneMicrodegreeWest', -10), (u'unavailable', 131072)])
    DeltaLongitude._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-131071, ub=131072)], ev=None, er=[])
    
    #-----< DeltaLatitude >-----#
    DeltaLatitude = INT(name=u'DeltaLatitude', mode=MODE_TYPE)
    DeltaLatitude._cont = ASN1Dict([(u'oneMicrodegreeNorth', 10), (u'oneMicrodegreeSouth', -10), (u'unavailable', 131072)])
    DeltaLatitude._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-131071, ub=131072)], ev=None, er=[])
    
    #-----< DeltaAltitude >-----#
    DeltaAltitude = INT(name=u'DeltaAltitude', mode=MODE_TYPE)
    DeltaAltitude._cont = ASN1Dict([(u'oneCentimeterUp', 1), (u'oneCentimeterDown', -1), (u'unavailable', 12800)])
    DeltaAltitude._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-12700, ub=12800)], ev=None, er=[])
    
    #-----< PosConfidenceEllipse >-----#
    PosConfidenceEllipse = SEQ(name=u'PosConfidenceEllipse', mode=MODE_TYPE)
    _PosConfidenceEllipse_semiMajorConfidence = INT(name=u'semiMajorConfidence', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SemiAxisLength')))
    _PosConfidenceEllipse_semiMinorConfidence = INT(name=u'semiMinorConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SemiAxisLength')))
    _PosConfidenceEllipse_semiMajorOrientation = INT(name=u'semiMajorOrientation', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HeadingValue')))
    PosConfidenceEllipse._cont = ASN1Dict([
        (u'semiMajorConfidence', _PosConfidenceEllipse_semiMajorConfidence),
        (u'semiMinorConfidence', _PosConfidenceEllipse_semiMinorConfidence),
        (u'semiMajorOrientation', _PosConfidenceEllipse_semiMajorOrientation),
        ])
    PosConfidenceEllipse._ext = None
    
    #-----< PathPoint >-----#
    PathPoint = SEQ(name=u'PathPoint', mode=MODE_TYPE)
    _PathPoint_pathPosition = SEQ(name=u'pathPosition', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaReferencePosition')))
    _PathPoint_pathDeltaTime = INT(name=u'pathDeltaTime', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PathDeltaTime')), opt=True)
    PathPoint._cont = ASN1Dict([
        (u'pathPosition', _PathPoint_pathPosition),
        (u'pathDeltaTime', _PathPoint_pathDeltaTime),
        ])
    PathPoint._ext = None
    
    #-----< PathDeltaTime >-----#
    PathDeltaTime = INT(name=u'PathDeltaTime', mode=MODE_TYPE)
    PathDeltaTime._cont = ASN1Dict([(u'tenMilliSecondsInPast', 1)])
    PathDeltaTime._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=65535)], ev=[], er=[])
    
    #-----< PtActivation >-----#
    PtActivation = SEQ(name=u'PtActivation', mode=MODE_TYPE)
    _PtActivation_ptActivationType = INT(name=u'ptActivationType', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PtActivationType')))
    _PtActivation_ptActivationData = OCT_STR(name=u'ptActivationData', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PtActivationData')))
    PtActivation._cont = ASN1Dict([
        (u'ptActivationType', _PtActivation_ptActivationType),
        (u'ptActivationData', _PtActivation_ptActivationData),
        ])
    PtActivation._ext = None
    
    #-----< PtActivationType >-----#
    PtActivationType = INT(name=u'PtActivationType', mode=MODE_TYPE)
    PtActivationType._cont = ASN1Dict([(u'undefinedCodingType', 0), (u'r09-16CodingType', 1), (u'vdv-50149CodingType', 2)])
    PtActivationType._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< PtActivationData >-----#
    PtActivationData = OCT_STR(name=u'PtActivationData', mode=MODE_TYPE)
    PtActivationData._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=20)], ev=None, er=[])
    
    #-----< AccelerationControl >-----#
    AccelerationControl = BIT_STR(name=u'AccelerationControl', mode=MODE_TYPE)
    AccelerationControl._cont = ASN1Dict([(u'brakePedalEngaged', 0), (u'gasPedalEngaged', 1), (u'emergencyBrakeEngaged', 2), (u'collisionWarningEngaged', 3), (u'accEngaged', 4), (u'cruiseControlEngaged', 5), (u'speedLimiterEngaged', 6)])
    AccelerationControl._const_sz = ASN1Set(rv=[7], rr=[], ev=None, er=[])
    
    #-----< SemiAxisLength >-----#
    SemiAxisLength = INT(name=u'SemiAxisLength', mode=MODE_TYPE)
    SemiAxisLength._cont = ASN1Dict([(u'oneCentimeter', 1), (u'outOfRange', 4094), (u'unavailable', 4095)])
    SemiAxisLength._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=4095)], ev=None, er=[])
    
    #-----< CauseCode >-----#
    CauseCode = SEQ(name=u'CauseCode', mode=MODE_TYPE)
    _CauseCode_causeCode = INT(name=u'causeCode', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CauseCodeType')))
    _CauseCode_subCauseCode = INT(name=u'subCauseCode', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SubCauseCodeType')))
    CauseCode._cont = ASN1Dict([
        (u'causeCode', _CauseCode_causeCode),
        (u'subCauseCode', _CauseCode_subCauseCode),
        ])
    CauseCode._ext = []
    
    #-----< CauseCodeType >-----#
    CauseCodeType = INT(name=u'CauseCodeType', mode=MODE_TYPE)
    CauseCodeType._cont = ASN1Dict([(u'reserved', 0), (u'trafficCondition', 1), (u'accident', 2), (u'roadworks', 3), (u'impassability', 5), (u'adverseWeatherCondition-Adhesion', 6), (u'aquaplannning', 7), (u'hazardousLocation-SurfaceCondition', 9), (u'hazardousLocation-ObstacleOnTheRoad', 10), (u'hazardousLocation-AnimalOnTheRoad', 11), (u'humanPresenceOnTheRoad', 12), (u'wrongWayDriving', 14), (u'rescueAndRecoveryWorkInProgress', 15), (u'adverseWeatherCondition-ExtremeWeatherCondition', 17), (u'adverseWeatherCondition-Visibility', 18), (u'adverseWeatherCondition-Precipitation', 19), (u'slowVehicle', 26), (u'dangerousEndOfQueue', 27), (u'vehicleBreakdown', 91), (u'postCrash', 92), (u'humanProblem', 93), (u'stationaryVehicle', 94), (u'emergencyVehicleApproaching', 95), (u'hazardousLocation-DangerousCurve', 96), (u'collisionRisk', 97), (u'signalViolation', 98), (u'dangerousSituation', 99)])
    CauseCodeType._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< SubCauseCodeType >-----#
    SubCauseCodeType = INT(name=u'SubCauseCodeType', mode=MODE_TYPE)
    SubCauseCodeType._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< TrafficConditionSubCauseCode >-----#
    TrafficConditionSubCauseCode = INT(name=u'TrafficConditionSubCauseCode', mode=MODE_TYPE)
    TrafficConditionSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'increasedVolumeOfTraffic', 1), (u'trafficJamSlowlyIncreasing', 2), (u'trafficJamIncreasing', 3), (u'trafficJamStronglyIncreasing', 4), (u'trafficStationary', 5), (u'trafficJamSlightlyDecreasing', 6), (u'trafficJamDecreasing', 7), (u'trafficJamStronglyDecreasing', 8)])
    TrafficConditionSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< AccidentSubCauseCode >-----#
    AccidentSubCauseCode = INT(name=u'AccidentSubCauseCode', mode=MODE_TYPE)
    AccidentSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'multiVehicleAccident', 1), (u'heavyAccident', 2), (u'accidentInvolvingLorry', 3), (u'accidentInvolvingBus', 4), (u'accidentInvolvingHazardousMaterials', 5), (u'accidentOnOppositeLane', 6), (u'unsecuredAccident', 7), (u'assistanceRequested', 8)])
    AccidentSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< RoadworksSubCauseCode >-----#
    RoadworksSubCauseCode = INT(name=u'RoadworksSubCauseCode', mode=MODE_TYPE)
    RoadworksSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'majorRoadworks', 1), (u'roadMarkingWork', 2), (u'slowMovingRoadMaintenance', 3), (u'shortTermStationaryRoadworks', 4), (u'streetCleaning', 5), (u'winterService', 6)])
    RoadworksSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HumanPresenceOnTheRoadSubCauseCode >-----#
    HumanPresenceOnTheRoadSubCauseCode = INT(name=u'HumanPresenceOnTheRoadSubCauseCode', mode=MODE_TYPE)
    HumanPresenceOnTheRoadSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'childrenOnRoadway', 1), (u'cyclistOnRoadway', 2), (u'motorcyclistOnRoadway', 3)])
    HumanPresenceOnTheRoadSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< WrongWayDrivingSubCauseCode >-----#
    WrongWayDrivingSubCauseCode = INT(name=u'WrongWayDrivingSubCauseCode', mode=MODE_TYPE)
    WrongWayDrivingSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'wrongLane', 1), (u'wrongDirection', 2)])
    WrongWayDrivingSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< AdverseWeatherCondition-ExtremeWeatherConditionSubCauseCode >-----#
    AdverseWeatherCondition_ExtremeWeatherConditionSubCauseCode = INT(name=u'AdverseWeatherCondition-ExtremeWeatherConditionSubCauseCode', mode=MODE_TYPE)
    AdverseWeatherCondition_ExtremeWeatherConditionSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'strongWinds', 1), (u'damagingHail', 2), (u'hurricane', 3), (u'thunderstorm', 4), (u'tornado', 5), (u'blizzard', 6)])
    AdverseWeatherCondition_ExtremeWeatherConditionSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< AdverseWeatherCondition-AdhesionSubCauseCode >-----#
    AdverseWeatherCondition_AdhesionSubCauseCode = INT(name=u'AdverseWeatherCondition-AdhesionSubCauseCode', mode=MODE_TYPE)
    AdverseWeatherCondition_AdhesionSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'heavyFrostOnRoad', 1), (u'fuelOnRoad', 2), (u'mudOnRoad', 3), (u'snowOnRoad', 4), (u'iceOnRoad', 5), (u'blackIceOnRoad', 6), (u'oilOnRoad', 7), (u'looseChippings', 8), (u'instantBlackIce', 9), (u'roadsSalted', 10)])
    AdverseWeatherCondition_AdhesionSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< AdverseWeatherCondition-VisibilitySubCauseCode >-----#
    AdverseWeatherCondition_VisibilitySubCauseCode = INT(name=u'AdverseWeatherCondition-VisibilitySubCauseCode', mode=MODE_TYPE)
    AdverseWeatherCondition_VisibilitySubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'fog', 1), (u'smoke', 2), (u'heavySnowfall', 3), (u'heavyRain', 4), (u'heavyHail', 5), (u'lowSunGlare', 6), (u'sandstorms', 7), (u'swarmsOfInsects', 8)])
    AdverseWeatherCondition_VisibilitySubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< AdverseWeatherCondition-PrecipitationSubCauseCode >-----#
    AdverseWeatherCondition_PrecipitationSubCauseCode = INT(name=u'AdverseWeatherCondition-PrecipitationSubCauseCode', mode=MODE_TYPE)
    AdverseWeatherCondition_PrecipitationSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'heavyRain', 1), (u'heavySnowfall', 2), (u'softHail', 3)])
    AdverseWeatherCondition_PrecipitationSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< SlowVehicleSubCauseCode >-----#
    SlowVehicleSubCauseCode = INT(name=u'SlowVehicleSubCauseCode', mode=MODE_TYPE)
    SlowVehicleSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'maintenanceVehicle', 1), (u'vehiclesSlowingToLookAtAccident', 2), (u'abnormalLoad', 3), (u'abnormalWideLoad', 4), (u'convoy', 5), (u'snowplough', 6), (u'deicing', 7), (u'saltingVehicles', 8)])
    SlowVehicleSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< StationaryVehicleSubCauseCode >-----#
    StationaryVehicleSubCauseCode = INT(name=u'StationaryVehicleSubCauseCode', mode=MODE_TYPE)
    StationaryVehicleSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'humanProblem', 1), (u'vehicleBreakdown', 2), (u'postCrash', 3), (u'publicTransportStop', 4), (u'carryingDangerousGoods', 5)])
    StationaryVehicleSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HumanProblemSubCauseCode >-----#
    HumanProblemSubCauseCode = INT(name=u'HumanProblemSubCauseCode', mode=MODE_TYPE)
    HumanProblemSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'glycemiaProblem', 1), (u'heartProblem', 2)])
    HumanProblemSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< EmergencyVehicleApproachingSubCauseCode >-----#
    EmergencyVehicleApproachingSubCauseCode = INT(name=u'EmergencyVehicleApproachingSubCauseCode', mode=MODE_TYPE)
    EmergencyVehicleApproachingSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'emergencyVehicleApproaching', 1), (u'prioritizedVehicleApproaching', 2)])
    EmergencyVehicleApproachingSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HazardousLocation-DangerousCurveSubCauseCode >-----#
    HazardousLocation_DangerousCurveSubCauseCode = INT(name=u'HazardousLocation-DangerousCurveSubCauseCode', mode=MODE_TYPE)
    HazardousLocation_DangerousCurveSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'dangerousLeftTurnCurve', 1), (u'dangerousRightTurnCurve', 2), (u'multipleCurvesStartingWithUnknownTurningDirection', 3), (u'multipleCurvesStartingWithLeftTurn', 4), (u'multipleCurvesStartingWithRightTurn', 5)])
    HazardousLocation_DangerousCurveSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HazardousLocation-SurfaceConditionSubCauseCode >-----#
    HazardousLocation_SurfaceConditionSubCauseCode = INT(name=u'HazardousLocation-SurfaceConditionSubCauseCode', mode=MODE_TYPE)
    HazardousLocation_SurfaceConditionSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'rockfalls', 1), (u'earthquakeDamage', 2), (u'sewerCollapse', 3), (u'subsidence', 4), (u'snowDrifts', 5), (u'stormDamage', 6), (u'burstPipe', 7), (u'volcanoEruption', 8), (u'fallingIce', 9)])
    HazardousLocation_SurfaceConditionSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HazardousLocation-ObstacleOnTheRoadSubCauseCode >-----#
    HazardousLocation_ObstacleOnTheRoadSubCauseCode = INT(name=u'HazardousLocation-ObstacleOnTheRoadSubCauseCode', mode=MODE_TYPE)
    HazardousLocation_ObstacleOnTheRoadSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'shedLoad', 1), (u'partsOfVehicles', 2), (u'partsOfTyres', 3), (u'bigObjects', 4), (u'fallenTrees', 5), (u'hubCaps', 6), (u'waitingVehicles', 7)])
    HazardousLocation_ObstacleOnTheRoadSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< HazardousLocation-AnimalOnTheRoadSubCauseCode >-----#
    HazardousLocation_AnimalOnTheRoadSubCauseCode = INT(name=u'HazardousLocation-AnimalOnTheRoadSubCauseCode', mode=MODE_TYPE)
    HazardousLocation_AnimalOnTheRoadSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'wildAnimals', 1), (u'herdOfAnimals', 2), (u'smallAnimals', 3), (u'largeAnimals', 4)])
    HazardousLocation_AnimalOnTheRoadSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< CollisionRiskSubCauseCode >-----#
    CollisionRiskSubCauseCode = INT(name=u'CollisionRiskSubCauseCode', mode=MODE_TYPE)
    CollisionRiskSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'longitudinalCollisionRisk', 1), (u'crossingCollisionRisk', 2), (u'lateralCollisionRisk', 3), (u'vulnerableRoadUser', 4)])
    CollisionRiskSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< SignalViolationSubCauseCode >-----#
    SignalViolationSubCauseCode = INT(name=u'SignalViolationSubCauseCode', mode=MODE_TYPE)
    SignalViolationSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'stopSignViolation', 1), (u'trafficLightViolation', 2), (u'turningRegulationViolation', 3)])
    SignalViolationSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< RescueAndRecoveryWorkInProgressSubCauseCode >-----#
    RescueAndRecoveryWorkInProgressSubCauseCode = INT(name=u'RescueAndRecoveryWorkInProgressSubCauseCode', mode=MODE_TYPE)
    RescueAndRecoveryWorkInProgressSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'emergencyVehicles', 1), (u'rescueHelicopterLanding', 2), (u'policeActivityOngoing', 3), (u'medicalEmergencyOngoing', 4), (u'childAbductionInProgress', 5)])
    RescueAndRecoveryWorkInProgressSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< DangerousEndOfQueueSubCauseCode >-----#
    DangerousEndOfQueueSubCauseCode = INT(name=u'DangerousEndOfQueueSubCauseCode', mode=MODE_TYPE)
    DangerousEndOfQueueSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'suddenEndOfQueue', 1), (u'queueOverHill', 2), (u'queueAroundBend', 3), (u'queueInTunnel', 4)])
    DangerousEndOfQueueSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< DangerousSituationSubCauseCode >-----#
    DangerousSituationSubCauseCode = INT(name=u'DangerousSituationSubCauseCode', mode=MODE_TYPE)
    DangerousSituationSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'emergencyElectronicBrakeEngaged', 1), (u'preCrashSystemEngaged', 2), (u'espEngaged', 3), (u'absEngaged', 4), (u'aebEngaged', 5), (u'brakeWarningEngaged', 6), (u'collisionRiskWarningEngaged', 7)])
    DangerousSituationSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< VehicleBreakdownSubCauseCode >-----#
    VehicleBreakdownSubCauseCode = INT(name=u'VehicleBreakdownSubCauseCode', mode=MODE_TYPE)
    VehicleBreakdownSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'lackOfFuel', 1), (u'lackOfBatteryPower', 2), (u'engineProblem', 3), (u'transmissionProblem', 4), (u'engineCoolingProblem', 5), (u'brakingSystemProblem', 6), (u'steeringProblem', 7), (u'tyrePuncture', 8), (u'tyrePressureProblem', 9)])
    VehicleBreakdownSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< PostCrashSubCauseCode >-----#
    PostCrashSubCauseCode = INT(name=u'PostCrashSubCauseCode', mode=MODE_TYPE)
    PostCrashSubCauseCode._cont = ASN1Dict([(u'unavailable', 0), (u'accidentWithoutECallTriggered', 1), (u'accidentWithECallManuallyTriggered', 2), (u'accidentWithECallAutomaticallyTriggered', 3), (u'accidentWithECallTriggeredWithoutAccessToCellularNetwork', 4)])
    PostCrashSubCauseCode._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< Curvature >-----#
    Curvature = SEQ(name=u'Curvature', mode=MODE_TYPE)
    _Curvature_curvatureValue = INT(name=u'curvatureValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CurvatureValue')))
    _Curvature_curvatureConfidence = ENUM(name=u'curvatureConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CurvatureConfidence')))
    Curvature._cont = ASN1Dict([
        (u'curvatureValue', _Curvature_curvatureValue),
        (u'curvatureConfidence', _Curvature_curvatureConfidence),
        ])
    Curvature._ext = None
    
    #-----< CurvatureValue >-----#
    CurvatureValue = INT(name=u'CurvatureValue', mode=MODE_TYPE)
    CurvatureValue._cont = ASN1Dict([(u'straight', 0), (u'unavailable', 1023)])
    CurvatureValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-1023, ub=1023)], ev=None, er=[])
    
    #-----< CurvatureConfidence >-----#
    CurvatureConfidence = ENUM(name=u'CurvatureConfidence', mode=MODE_TYPE)
    CurvatureConfidence._cont = ASN1Dict([(u'onePerMeter-0-00002', 0), (u'onePerMeter-0-0001', 1), (u'onePerMeter-0-0005', 2), (u'onePerMeter-0-002', 3), (u'onePerMeter-0-01', 4), (u'onePerMeter-0-1', 5), (u'outOfRange', 6), (u'unavailable', 7)])
    CurvatureConfidence._ext = None
    
    #-----< CurvatureCalculationMode >-----#
    CurvatureCalculationMode = ENUM(name=u'CurvatureCalculationMode', mode=MODE_TYPE)
    CurvatureCalculationMode._cont = ASN1Dict([(u'yawRateUsed', 0), (u'yawRateNotUsed', 1), (u'unavailable', 2)])
    CurvatureCalculationMode._ext = []
    
    #-----< Heading >-----#
    Heading = SEQ(name=u'Heading', mode=MODE_TYPE)
    _Heading_headingValue = INT(name=u'headingValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HeadingValue')))
    _Heading_headingConfidence = INT(name=u'headingConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HeadingConfidence')))
    Heading._cont = ASN1Dict([
        (u'headingValue', _Heading_headingValue),
        (u'headingConfidence', _Heading_headingConfidence),
        ])
    Heading._ext = None
    
    #-----< HeadingValue >-----#
    HeadingValue = INT(name=u'HeadingValue', mode=MODE_TYPE)
    HeadingValue._cont = ASN1Dict([(u'wgs84North', 0), (u'wgs84East', 900), (u'wgs84South', 1800), (u'wgs84West', 2700), (u'unavailable', 3601)])
    HeadingValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=3601)], ev=None, er=[])
    
    #-----< HeadingConfidence >-----#
    HeadingConfidence = INT(name=u'HeadingConfidence', mode=MODE_TYPE)
    HeadingConfidence._cont = ASN1Dict([(u'equalOrWithinZeroPointOneDegree', 1), (u'equalOrWithinOneDegree', 10), (u'outOfRange', 126), (u'unavailable', 127)])
    HeadingConfidence._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=127)], ev=None, er=[])
    
    #-----< LanePosition >-----#
    LanePosition = INT(name=u'LanePosition', mode=MODE_TYPE)
    LanePosition._cont = ASN1Dict([(u'offTheRoad', -1), (u'innerHardShoulder', 0), (u'innermostDrivingLane', 1), (u'secondLaneFromInside', 2), (u'outerHardShoulder', 14)])
    LanePosition._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-1, ub=14)], ev=None, er=[])
    
    #-----< ClosedLanes >-----#
    ClosedLanes = SEQ(name=u'ClosedLanes', mode=MODE_TYPE)
    _ClosedLanes_innerhardShoulderStatus = ENUM(name=u'innerhardShoulderStatus', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HardShoulderStatus')), opt=True)
    _ClosedLanes_outerhardShoulderStatus = ENUM(name=u'outerhardShoulderStatus', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'HardShoulderStatus')), opt=True)
    _ClosedLanes_drivingLaneStatus = BIT_STR(name=u'drivingLaneStatus', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DrivingLaneStatus')), opt=True)
    ClosedLanes._cont = ASN1Dict([
        (u'innerhardShoulderStatus', _ClosedLanes_innerhardShoulderStatus),
        (u'outerhardShoulderStatus', _ClosedLanes_outerhardShoulderStatus),
        (u'drivingLaneStatus', _ClosedLanes_drivingLaneStatus),
        ])
    ClosedLanes._ext = []
    
    #-----< HardShoulderStatus >-----#
    HardShoulderStatus = ENUM(name=u'HardShoulderStatus', mode=MODE_TYPE)
    HardShoulderStatus._cont = ASN1Dict([(u'availableForStopping', 0), (u'closed', 1), (u'availableForDriving', 2)])
    HardShoulderStatus._ext = None
    
    #-----< DrivingLaneStatus >-----#
    DrivingLaneStatus = BIT_STR(name=u'DrivingLaneStatus', mode=MODE_TYPE)
    DrivingLaneStatus._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=13)], ev=None, er=[])
    
    #-----< PerformanceClass >-----#
    PerformanceClass = INT(name=u'PerformanceClass', mode=MODE_TYPE)
    PerformanceClass._cont = ASN1Dict([(u'unavailable', 0), (u'performanceClassA', 1), (u'performanceClassB', 2)])
    PerformanceClass._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=7)], ev=None, er=[])
    
    #-----< SpeedValue >-----#
    SpeedValue = INT(name=u'SpeedValue', mode=MODE_TYPE)
    SpeedValue._cont = ASN1Dict([(u'standstill', 0), (u'oneCentimeterPerSec', 1), (u'unavailable', 16383)])
    SpeedValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=16383)], ev=None, er=[])
    
    #-----< SpeedConfidence >-----#
    SpeedConfidence = INT(name=u'SpeedConfidence', mode=MODE_TYPE)
    SpeedConfidence._cont = ASN1Dict([(u'equalOrWithinOneCentimeterPerSec', 1), (u'equalOrWithinOneMeterPerSec', 100), (u'outOfRange', 126), (u'unavailable', 127)])
    SpeedConfidence._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=127)], ev=None, er=[])
    
    #-----< VehicleMass >-----#
    VehicleMass = INT(name=u'VehicleMass', mode=MODE_TYPE)
    VehicleMass._cont = ASN1Dict([(u'hundredKg', 1), (u'unavailable', 1024)])
    VehicleMass._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=1024)], ev=None, er=[])
    
    #-----< Speed >-----#
    Speed = SEQ(name=u'Speed', mode=MODE_TYPE)
    _Speed_speedValue = INT(name=u'speedValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SpeedValue')))
    _Speed_speedConfidence = INT(name=u'speedConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SpeedConfidence')))
    Speed._cont = ASN1Dict([
        (u'speedValue', _Speed_speedValue),
        (u'speedConfidence', _Speed_speedConfidence),
        ])
    Speed._ext = None
    
    #-----< DriveDirection >-----#
    DriveDirection = ENUM(name=u'DriveDirection', mode=MODE_TYPE)
    DriveDirection._cont = ASN1Dict([(u'forward', 0), (u'backward', 1), (u'unavailable', 2)])
    DriveDirection._ext = None
    
    #-----< EmbarkationStatus >-----#
    EmbarkationStatus = BOOL(name=u'EmbarkationStatus', mode=MODE_TYPE)
    
    #-----< LongitudinalAcceleration >-----#
    LongitudinalAcceleration = SEQ(name=u'LongitudinalAcceleration', mode=MODE_TYPE)
    _LongitudinalAcceleration_longitudinalAccelerationValue = INT(name=u'longitudinalAccelerationValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'LongitudinalAccelerationValue')))
    _LongitudinalAcceleration_longitudinalAccelerationConfidence = INT(name=u'longitudinalAccelerationConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'AccelerationConfidence')))
    LongitudinalAcceleration._cont = ASN1Dict([
        (u'longitudinalAccelerationValue', _LongitudinalAcceleration_longitudinalAccelerationValue),
        (u'longitudinalAccelerationConfidence', _LongitudinalAcceleration_longitudinalAccelerationConfidence),
        ])
    LongitudinalAcceleration._ext = None
    
    #-----< LongitudinalAccelerationValue >-----#
    LongitudinalAccelerationValue = INT(name=u'LongitudinalAccelerationValue', mode=MODE_TYPE)
    LongitudinalAccelerationValue._cont = ASN1Dict([(u'pointOneMeterPerSecSquaredForward', 1), (u'pointOneMeterPerSecSquaredBackward', -1), (u'unavailable', 161)])
    LongitudinalAccelerationValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-160, ub=161)], ev=None, er=[])
    
    #-----< AccelerationConfidence >-----#
    AccelerationConfidence = INT(name=u'AccelerationConfidence', mode=MODE_TYPE)
    AccelerationConfidence._cont = ASN1Dict([(u'pointOneMeterPerSecSquared', 1), (u'outOfRange', 101), (u'unavailable', 102)])
    AccelerationConfidence._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=102)], ev=None, er=[])
    
    #-----< LateralAcceleration >-----#
    LateralAcceleration = SEQ(name=u'LateralAcceleration', mode=MODE_TYPE)
    _LateralAcceleration_lateralAccelerationValue = INT(name=u'lateralAccelerationValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'LateralAccelerationValue')))
    _LateralAcceleration_lateralAccelerationConfidence = INT(name=u'lateralAccelerationConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'AccelerationConfidence')))
    LateralAcceleration._cont = ASN1Dict([
        (u'lateralAccelerationValue', _LateralAcceleration_lateralAccelerationValue),
        (u'lateralAccelerationConfidence', _LateralAcceleration_lateralAccelerationConfidence),
        ])
    LateralAcceleration._ext = None
    
    #-----< LateralAccelerationValue >-----#
    LateralAccelerationValue = INT(name=u'LateralAccelerationValue', mode=MODE_TYPE)
    LateralAccelerationValue._cont = ASN1Dict([(u'pointOneMeterPerSecSquaredToRight', -1), (u'pointOneMeterPerSecSquaredToLeft', 1), (u'unavailable', 161)])
    LateralAccelerationValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-160, ub=161)], ev=None, er=[])
    
    #-----< VerticalAcceleration >-----#
    VerticalAcceleration = SEQ(name=u'VerticalAcceleration', mode=MODE_TYPE)
    _VerticalAcceleration_verticalAccelerationValue = INT(name=u'verticalAccelerationValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VerticalAccelerationValue')))
    _VerticalAcceleration_verticalAccelerationConfidence = INT(name=u'verticalAccelerationConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'AccelerationConfidence')))
    VerticalAcceleration._cont = ASN1Dict([
        (u'verticalAccelerationValue', _VerticalAcceleration_verticalAccelerationValue),
        (u'verticalAccelerationConfidence', _VerticalAcceleration_verticalAccelerationConfidence),
        ])
    VerticalAcceleration._ext = None
    
    #-----< VerticalAccelerationValue >-----#
    VerticalAccelerationValue = INT(name=u'VerticalAccelerationValue', mode=MODE_TYPE)
    VerticalAccelerationValue._cont = ASN1Dict([(u'pointOneMeterPerSecSquaredUp', 1), (u'pointOneMeterPerSecSquaredDown', -1), (u'unavailable', 161)])
    VerticalAccelerationValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-160, ub=161)], ev=None, er=[])
    
    #-----< StationType >-----#
    StationType = INT(name=u'StationType', mode=MODE_TYPE)
    StationType._cont = ASN1Dict([(u'unknown', 0), (u'pedestrian', 1), (u'cyclist', 2), (u'moped', 3), (u'motorcycle', 4), (u'passengerCar', 5), (u'bus', 6), (u'lightTruck', 7), (u'heavyTruck', 8), (u'trailer', 9), (u'specialVehicles', 10), (u'tram', 11), (u'roadSideUnit', 15)])
    StationType._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=255)], ev=None, er=[])
    
    #-----< ExteriorLights >-----#
    ExteriorLights = BIT_STR(name=u'ExteriorLights', mode=MODE_TYPE)
    ExteriorLights._cont = ASN1Dict([(u'lowBeamHeadlightsOn', 0), (u'highBeamHeadlightsOn', 1), (u'leftTurnSignalOn', 2), (u'rightTurnSignalOn', 3), (u'daytimeRunningLightsOn', 4), (u'reverseLightOn', 5), (u'fogLightOn', 6), (u'parkingLightsOn', 7)])
    ExteriorLights._const_sz = ASN1Set(rv=[8], rr=[], ev=None, er=[])
    
    #-----< DangerousGoodsBasic >-----#
    DangerousGoodsBasic = ENUM(name=u'DangerousGoodsBasic', mode=MODE_TYPE)
    DangerousGoodsBasic._cont = ASN1Dict([(u'explosives1', 0), (u'explosives2', 1), (u'explosives3', 2), (u'explosives4', 3), (u'explosives5', 4), (u'explosives6', 5), (u'flammableGases', 6), (u'nonFlammableGases', 7), (u'toxicGases', 8), (u'flammableLiquids', 9), (u'flammableSolids', 10), (u'substancesLiableToSpontaneousCombustion', 11), (u'substancesEmittingFlammableGasesUponContactWithWater', 12), (u'oxidizingSubstances', 13), (u'organicPeroxides', 14), (u'toxicSubstances', 15), (u'infectiousSubstances', 16), (u'radioactiveMaterial', 17), (u'corrosiveSubstances', 18), (u'miscellaneousDangerousSubstances', 19)])
    DangerousGoodsBasic._ext = None
    
    #-----< DangerousGoodsExtended >-----#
    DangerousGoodsExtended = SEQ(name=u'DangerousGoodsExtended', mode=MODE_TYPE)
    _DangerousGoodsExtended_dangerousGoodsType = ENUM(name=u'dangerousGoodsType', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DangerousGoodsBasic')))
    _DangerousGoodsExtended_unNumber = INT(name=u'unNumber', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _DangerousGoodsExtended_unNumber._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=9999)], ev=None, er=[])
    _DangerousGoodsExtended_elevatedTemperature = BOOL(name=u'elevatedTemperature', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _DangerousGoodsExtended_tunnelsRestricted = BOOL(name=u'tunnelsRestricted', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _DangerousGoodsExtended_limitedQuantity = BOOL(name=u'limitedQuantity', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT))
    _DangerousGoodsExtended_emergencyActionCode = STR_IA5(name=u'emergencyActionCode', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), opt=True)
    _DangerousGoodsExtended_emergencyActionCode._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=24)], ev=None, er=[])
    _DangerousGoodsExtended_phoneNumber = STR_NUM(name=u'phoneNumber', mode=MODE_TYPE, tag=(6, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PhoneNumber')), opt=True)
    _DangerousGoodsExtended_companyName = STR_UTF8(name=u'companyName', mode=MODE_TYPE, tag=(7, TAG_CONTEXT_SPEC, TAG_IMPLICIT), opt=True)
    _DangerousGoodsExtended_companyName._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=24)], ev=None, er=[])
    DangerousGoodsExtended._cont = ASN1Dict([
        (u'dangerousGoodsType', _DangerousGoodsExtended_dangerousGoodsType),
        (u'unNumber', _DangerousGoodsExtended_unNumber),
        (u'elevatedTemperature', _DangerousGoodsExtended_elevatedTemperature),
        (u'tunnelsRestricted', _DangerousGoodsExtended_tunnelsRestricted),
        (u'limitedQuantity', _DangerousGoodsExtended_limitedQuantity),
        (u'emergencyActionCode', _DangerousGoodsExtended_emergencyActionCode),
        (u'phoneNumber', _DangerousGoodsExtended_phoneNumber),
        (u'companyName', _DangerousGoodsExtended_companyName),
        ])
    DangerousGoodsExtended._ext = []
    
    #-----< SpecialTransportType >-----#
    SpecialTransportType = BIT_STR(name=u'SpecialTransportType', mode=MODE_TYPE)
    SpecialTransportType._cont = ASN1Dict([(u'heavyLoad', 0), (u'excessWidth', 1), (u'excessLength', 2), (u'excessHeight', 3)])
    SpecialTransportType._const_sz = ASN1Set(rv=[4], rr=[], ev=None, er=[])
    
    #-----< LightBarSirenInUse >-----#
    LightBarSirenInUse = BIT_STR(name=u'LightBarSirenInUse', mode=MODE_TYPE)
    LightBarSirenInUse._cont = ASN1Dict([(u'lightBarActivated', 0), (u'sirenActivated', 1)])
    LightBarSirenInUse._const_sz = ASN1Set(rv=[2], rr=[], ev=None, er=[])
    
    #-----< HeightLonCarr >-----#
    HeightLonCarr = INT(name=u'HeightLonCarr', mode=MODE_TYPE)
    HeightLonCarr._cont = ASN1Dict([(u'oneCentimeter', 1), (u'unavailable', 100)])
    HeightLonCarr._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=100)], ev=None, er=[])
    
    #-----< PosLonCarr >-----#
    PosLonCarr = INT(name=u'PosLonCarr', mode=MODE_TYPE)
    PosLonCarr._cont = ASN1Dict([(u'oneCentimeter', 1), (u'unavailable', 127)])
    PosLonCarr._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=127)], ev=None, er=[])
    
    #-----< PosPillar >-----#
    PosPillar = INT(name=u'PosPillar', mode=MODE_TYPE)
    PosPillar._cont = ASN1Dict([(u'tenCentimeters', 1), (u'unavailable', 30)])
    PosPillar._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=30)], ev=None, er=[])
    
    #-----< PosCentMass >-----#
    PosCentMass = INT(name=u'PosCentMass', mode=MODE_TYPE)
    PosCentMass._cont = ASN1Dict([(u'tenCentimeters', 1), (u'unavailable', 63)])
    PosCentMass._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=63)], ev=None, er=[])
    
    #-----< RequestResponseIndication >-----#
    RequestResponseIndication = ENUM(name=u'RequestResponseIndication', mode=MODE_TYPE)
    RequestResponseIndication._cont = ASN1Dict([(u'request', 0), (u'response', 1)])
    RequestResponseIndication._ext = None
    
    #-----< SpeedLimit >-----#
    SpeedLimit = INT(name=u'SpeedLimit', mode=MODE_TYPE)
    SpeedLimit._cont = ASN1Dict([(u'oneKmPerHour', 1)])
    SpeedLimit._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=255)], ev=None, er=[])
    
    #-----< StationarySince >-----#
    StationarySince = ENUM(name=u'StationarySince', mode=MODE_TYPE)
    StationarySince._cont = ASN1Dict([(u'lessThan1Minute', 0), (u'lessThan2Minutes', 1), (u'lessThan15Minutes', 2), (u'equalOrGreater15Minutes', 3)])
    StationarySince._ext = None
    
    #-----< Temperature >-----#
    Temperature = INT(name=u'Temperature', mode=MODE_TYPE)
    Temperature._cont = ASN1Dict([(u'equalOrSmallerThanMinus60Deg', -60), (u'oneDegreeCelsius', 1), (u'equalOrGreaterThan67Deg', 67)])
    Temperature._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-60, ub=67)], ev=None, er=[])
    
    #-----< TrafficRule >-----#
    TrafficRule = ENUM(name=u'TrafficRule', mode=MODE_TYPE)
    TrafficRule._cont = ASN1Dict([(u'noPassing', 0), (u'noPassingForTrucks', 1), (u'passToRight', 2), (u'passToLeft', 3)])
    TrafficRule._ext = []
    
    #-----< WheelBaseVehicle >-----#
    WheelBaseVehicle = INT(name=u'WheelBaseVehicle', mode=MODE_TYPE)
    WheelBaseVehicle._cont = ASN1Dict([(u'tenCentimeters', 1), (u'unavailable', 127)])
    WheelBaseVehicle._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=127)], ev=None, er=[])
    
    #-----< TurningRadius >-----#
    TurningRadius = INT(name=u'TurningRadius', mode=MODE_TYPE)
    TurningRadius._cont = ASN1Dict([(u'point4Meters', 1), (u'unavailable', 255)])
    TurningRadius._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=255)], ev=None, er=[])
    
    #-----< PosFrontAx >-----#
    PosFrontAx = INT(name=u'PosFrontAx', mode=MODE_TYPE)
    PosFrontAx._cont = ASN1Dict([(u'tenCentimeters', 1), (u'unavailable', 20)])
    PosFrontAx._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=20)], ev=None, er=[])
    
    #-----< PositionOfOccupants >-----#
    PositionOfOccupants = BIT_STR(name=u'PositionOfOccupants', mode=MODE_TYPE)
    PositionOfOccupants._cont = ASN1Dict([(u'row1LeftOccupied', 0), (u'row1RightOccupied', 1), (u'row1MidOccupied', 2), (u'row1NotDetectable', 3), (u'row1NotPresent', 4), (u'row2LeftOccupied', 5), (u'row2RightOccupied', 6), (u'row2MidOccupied', 7), (u'row2NotDetectable', 8), (u'row2NotPresent', 9), (u'row3LeftOccupied', 10), (u'row3RightOccupied', 11), (u'row3MidOccupied', 12), (u'row3NotDetectable', 13), (u'row3NotPresent', 14), (u'row4LeftOccupied', 15), (u'row4RightOccupied', 16), (u'row4MidOccupied', 17), (u'row4NotDetectable', 18), (u'row4NotPresent', 19)])
    PositionOfOccupants._const_sz = ASN1Set(rv=[20], rr=[], ev=None, er=[])
    
    #-----< PositioningSolutionType >-----#
    PositioningSolutionType = ENUM(name=u'PositioningSolutionType', mode=MODE_TYPE)
    PositioningSolutionType._cont = ASN1Dict([(u'noPositioningSolution', 0), (u'sGNSS', 1), (u'dGNSS', 2), (u'sGNSSplusDR', 3), (u'dGNSSplusDR', 4), (u'dR', 5)])
    PositioningSolutionType._ext = []
    
    #-----< VehicleIdentification >-----#
    VehicleIdentification = SEQ(name=u'VehicleIdentification', mode=MODE_TYPE)
    _VehicleIdentification_wMInumber = STR_IA5(name=u'wMInumber', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'WMInumber')), opt=True)
    _VehicleIdentification_vDS = STR_IA5(name=u'vDS', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VDS')), opt=True)
    VehicleIdentification._cont = ASN1Dict([
        (u'wMInumber', _VehicleIdentification_wMInumber),
        (u'vDS', _VehicleIdentification_vDS),
        ])
    VehicleIdentification._ext = []
    
    #-----< WMInumber >-----#
    WMInumber = STR_IA5(name=u'WMInumber', mode=MODE_TYPE)
    WMInumber._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=3)], ev=None, er=[])
    
    #-----< VDS >-----#
    VDS = STR_IA5(name=u'VDS', mode=MODE_TYPE)
    VDS._const_sz = ASN1Set(rv=[6], rr=[], ev=None, er=[])
    
    #-----< EnergyStorageType >-----#
    EnergyStorageType = BIT_STR(name=u'EnergyStorageType', mode=MODE_TYPE)
    EnergyStorageType._cont = ASN1Dict([(u'hydrogenStorage', 0), (u'electricEnergyStorage', 1), (u'liquidPropaneGas', 2), (u'compressedNaturalGas', 3), (u'diesel', 4), (u'gasoline', 5), (u'ammonia', 6)])
    EnergyStorageType._const_sz = ASN1Set(rv=[7], rr=[], ev=None, er=[])
    
    #-----< VehicleLength >-----#
    VehicleLength = SEQ(name=u'VehicleLength', mode=MODE_TYPE)
    _VehicleLength_vehicleLengthValue = INT(name=u'vehicleLengthValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VehicleLengthValue')))
    _VehicleLength_vehicleLengthConfidenceIndication = ENUM(name=u'vehicleLengthConfidenceIndication', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'VehicleLengthConfidenceIndication')))
    VehicleLength._cont = ASN1Dict([
        (u'vehicleLengthValue', _VehicleLength_vehicleLengthValue),
        (u'vehicleLengthConfidenceIndication', _VehicleLength_vehicleLengthConfidenceIndication),
        ])
    VehicleLength._ext = None
    
    #-----< VehicleLengthValue >-----#
    VehicleLengthValue = INT(name=u'VehicleLengthValue', mode=MODE_TYPE)
    VehicleLengthValue._cont = ASN1Dict([(u'tenCentimeters', 1), (u'outOfRange', 1022), (u'unavailable', 1023)])
    VehicleLengthValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=1023)], ev=None, er=[])
    
    #-----< VehicleLengthConfidenceIndication >-----#
    VehicleLengthConfidenceIndication = ENUM(name=u'VehicleLengthConfidenceIndication', mode=MODE_TYPE)
    VehicleLengthConfidenceIndication._cont = ASN1Dict([(u'noTrailerPresent', 0), (u'trailerPresentWithKnownLength', 1), (u'trailerPresentWithUnknownLength', 2), (u'trailerPresenceIsUnknown', 3), (u'unavailable', 4)])
    VehicleLengthConfidenceIndication._ext = None
    
    #-----< VehicleWidth >-----#
    VehicleWidth = INT(name=u'VehicleWidth', mode=MODE_TYPE)
    VehicleWidth._cont = ASN1Dict([(u'tenCentimeters', 1), (u'outOfRange', 61), (u'unavailable', 62)])
    VehicleWidth._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=62)], ev=None, er=[])
    
    #-----< PathHistory >-----#
    PathHistory = SEQ_OF(name=u'PathHistory', mode=MODE_TYPE)
    _PathHistory__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'PathPoint')))
    PathHistory._cont = _PathHistory__item_
    PathHistory._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=40)], ev=None, er=[])
    
    #-----< EmergencyPriority >-----#
    EmergencyPriority = BIT_STR(name=u'EmergencyPriority', mode=MODE_TYPE)
    EmergencyPriority._cont = ASN1Dict([(u'requestForRightOfWay', 0), (u'requestForFreeCrossingAtATrafficLight', 1)])
    EmergencyPriority._const_sz = ASN1Set(rv=[2], rr=[], ev=None, er=[])
    
    #-----< InformationQuality >-----#
    InformationQuality = INT(name=u'InformationQuality', mode=MODE_TYPE)
    InformationQuality._cont = ASN1Dict([(u'unavailable', 0), (u'lowest', 1), (u'highest', 7)])
    InformationQuality._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=7)], ev=None, er=[])
    
    #-----< RoadType >-----#
    RoadType = ENUM(name=u'RoadType', mode=MODE_TYPE)
    RoadType._cont = ASN1Dict([(u'urban-NoStructuralSeparationToOppositeLanes', 0), (u'urban-WithStructuralSeparationToOppositeLanes', 1), (u'nonUrban-NoStructuralSeparationToOppositeLanes', 2), (u'nonUrban-WithStructuralSeparationToOppositeLanes', 3)])
    RoadType._ext = None
    
    #-----< SteeringWheelAngle >-----#
    SteeringWheelAngle = SEQ(name=u'SteeringWheelAngle', mode=MODE_TYPE)
    _SteeringWheelAngle_steeringWheelAngleValue = INT(name=u'steeringWheelAngleValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SteeringWheelAngleValue')))
    _SteeringWheelAngle_steeringWheelAngleConfidence = INT(name=u'steeringWheelAngleConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SteeringWheelAngleConfidence')))
    SteeringWheelAngle._cont = ASN1Dict([
        (u'steeringWheelAngleValue', _SteeringWheelAngle_steeringWheelAngleValue),
        (u'steeringWheelAngleConfidence', _SteeringWheelAngle_steeringWheelAngleConfidence),
        ])
    SteeringWheelAngle._ext = None
    
    #-----< SteeringWheelAngleValue >-----#
    SteeringWheelAngleValue = INT(name=u'SteeringWheelAngleValue', mode=MODE_TYPE)
    SteeringWheelAngleValue._cont = ASN1Dict([(u'straight', 0), (u'onePointFiveDegreesToRight', -1), (u'onePointFiveDegreesToLeft', 1), (u'unavailable', 512)])
    SteeringWheelAngleValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-511, ub=512)], ev=None, er=[])
    
    #-----< SteeringWheelAngleConfidence >-----#
    SteeringWheelAngleConfidence = INT(name=u'SteeringWheelAngleConfidence', mode=MODE_TYPE)
    SteeringWheelAngleConfidence._cont = ASN1Dict([(u'equalOrWithinOnePointFiveDegree', 1), (u'outOfRange', 126), (u'unavailable', 127)])
    SteeringWheelAngleConfidence._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=127)], ev=None, er=[])
    
    #-----< TimestampIts >-----#
    TimestampIts = INT(name=u'TimestampIts', mode=MODE_TYPE)
    TimestampIts._cont = ASN1Dict([(u'utcStartOf2004', 0), (u'oneMillisecAfterUTCStartOf2004', 1)])
    TimestampIts._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=4398046511103)], ev=None, er=[])
    
    #-----< VehicleRole >-----#
    VehicleRole = ENUM(name=u'VehicleRole', mode=MODE_TYPE)
    VehicleRole._cont = ASN1Dict([(u'default', 0), (u'publicTransport', 1), (u'specialTransport', 2), (u'dangerousGoods', 3), (u'roadWork', 4), (u'rescue', 5), (u'emergency', 6), (u'safetyCar', 7), (u'agriculture', 8), (u'commercial', 9), (u'military', 10), (u'roadOperator', 11), (u'taxi', 12), (u'reserved1', 13), (u'reserved2', 14), (u'reserved3', 15)])
    VehicleRole._ext = None
    
    #-----< YawRate >-----#
    YawRate = SEQ(name=u'YawRate', mode=MODE_TYPE)
    _YawRate_yawRateValue = INT(name=u'yawRateValue', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'YawRateValue')))
    _YawRate_yawRateConfidence = ENUM(name=u'yawRateConfidence', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'YawRateConfidence')))
    YawRate._cont = ASN1Dict([
        (u'yawRateValue', _YawRate_yawRateValue),
        (u'yawRateConfidence', _YawRate_yawRateConfidence),
        ])
    YawRate._ext = None
    
    #-----< YawRateValue >-----#
    YawRateValue = INT(name=u'YawRateValue', mode=MODE_TYPE)
    YawRateValue._cont = ASN1Dict([(u'straight', 0), (u'degSec-000-01ToRight', -1), (u'degSec-000-01ToLeft', 1), (u'unavailable', 32767)])
    YawRateValue._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=-32766, ub=32767)], ev=None, er=[])
    
    #-----< YawRateConfidence >-----#
    YawRateConfidence = ENUM(name=u'YawRateConfidence', mode=MODE_TYPE)
    YawRateConfidence._cont = ASN1Dict([(u'degSec-000-01', 0), (u'degSec-000-05', 1), (u'degSec-000-10', 2), (u'degSec-001-00', 3), (u'degSec-005-00', 4), (u'degSec-010-00', 5), (u'degSec-100-00', 6), (u'outOfRange', 7), (u'unavailable', 8)])
    YawRateConfidence._ext = None
    
    #-----< ProtectedZoneType >-----#
    ProtectedZoneType = ENUM(name=u'ProtectedZoneType', mode=MODE_TYPE)
    ProtectedZoneType._cont = ASN1Dict([(u'permanentCenDsrcTolling', 0), (u'temporaryCenDsrcTolling', 1)])
    ProtectedZoneType._ext = [u'temporaryCenDsrcTolling']
    
    #-----< RelevanceDistance >-----#
    RelevanceDistance = ENUM(name=u'RelevanceDistance', mode=MODE_TYPE)
    RelevanceDistance._cont = ASN1Dict([(u'lessThan50m', 0), (u'lessThan100m', 1), (u'lessThan200m', 2), (u'lessThan500m', 3), (u'lessThan1000m', 4), (u'lessThan5km', 5), (u'lessThan10km', 6), (u'over10km', 7)])
    RelevanceDistance._ext = None
    
    #-----< RelevanceTrafficDirection >-----#
    RelevanceTrafficDirection = ENUM(name=u'RelevanceTrafficDirection', mode=MODE_TYPE)
    RelevanceTrafficDirection._cont = ASN1Dict([(u'allTrafficDirections', 0), (u'upstreamTraffic', 1), (u'downstreamTraffic', 2), (u'oppositeTraffic', 3)])
    RelevanceTrafficDirection._ext = None
    
    #-----< TransmissionInterval >-----#
    TransmissionInterval = INT(name=u'TransmissionInterval', mode=MODE_TYPE)
    TransmissionInterval._cont = ASN1Dict([(u'oneMilliSecond', 1), (u'tenSeconds', 10000)])
    TransmissionInterval._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=10000)], ev=None, er=[])
    
    #-----< ValidityDuration >-----#
    ValidityDuration = INT(name=u'ValidityDuration', mode=MODE_TYPE)
    ValidityDuration._cont = ASN1Dict([(u'timeOfDetection', 0), (u'oneSecondAfterDetection', 1)])
    ValidityDuration._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=86400)], ev=None, er=[])
    
    #-----< ActionID >-----#
    ActionID = SEQ(name=u'ActionID', mode=MODE_TYPE)
    _ActionID_originatingStationID = INT(name=u'originatingStationID', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'StationID')))
    _ActionID_sequenceNumber = INT(name=u'sequenceNumber', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'SequenceNumber')))
    ActionID._cont = ASN1Dict([
        (u'originatingStationID', _ActionID_originatingStationID),
        (u'sequenceNumber', _ActionID_sequenceNumber),
        ])
    ActionID._ext = None
    
    #-----< ItineraryPath >-----#
    ItineraryPath = SEQ_OF(name=u'ItineraryPath', mode=MODE_TYPE)
    _ItineraryPath__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'ReferencePosition')))
    ItineraryPath._cont = _ItineraryPath__item_
    ItineraryPath._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=40)], ev=None, er=[])
    
    #-----< ProtectedCommunicationZone >-----#
    ProtectedCommunicationZone = SEQ(name=u'ProtectedCommunicationZone', mode=MODE_TYPE)
    _ProtectedCommunicationZone_protectedZoneType = ENUM(name=u'protectedZoneType', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ProtectedZoneType')))
    _ProtectedCommunicationZone_expiryTime = INT(name=u'expiryTime', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'TimestampIts')), opt=True)
    _ProtectedCommunicationZone_protectedZoneLatitude = INT(name=u'protectedZoneLatitude', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Latitude')))
    _ProtectedCommunicationZone_protectedZoneLongitude = INT(name=u'protectedZoneLongitude', mode=MODE_TYPE, tag=(3, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Longitude')))
    _ProtectedCommunicationZone_protectedZoneRadius = INT(name=u'protectedZoneRadius', mode=MODE_TYPE, tag=(4, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ProtectedZoneRadius')), opt=True)
    _ProtectedCommunicationZone_protectedZoneID = INT(name=u'protectedZoneID', mode=MODE_TYPE, tag=(5, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'ProtectedZoneID')), opt=True)
    ProtectedCommunicationZone._cont = ASN1Dict([
        (u'protectedZoneType', _ProtectedCommunicationZone_protectedZoneType),
        (u'expiryTime', _ProtectedCommunicationZone_expiryTime),
        (u'protectedZoneLatitude', _ProtectedCommunicationZone_protectedZoneLatitude),
        (u'protectedZoneLongitude', _ProtectedCommunicationZone_protectedZoneLongitude),
        (u'protectedZoneRadius', _ProtectedCommunicationZone_protectedZoneRadius),
        (u'protectedZoneID', _ProtectedCommunicationZone_protectedZoneID),
        ])
    ProtectedCommunicationZone._ext = []
    
    #-----< Traces >-----#
    Traces = SEQ_OF(name=u'Traces', mode=MODE_TYPE)
    _Traces__item_ = SEQ_OF(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'PathHistory')))
    Traces._cont = _Traces__item_
    Traces._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=7)], ev=None, er=[])
    
    #-----< NumberOfOccupants >-----#
    NumberOfOccupants = INT(name=u'NumberOfOccupants', mode=MODE_TYPE)
    NumberOfOccupants._cont = ASN1Dict([(u'oneOccupant', 1), (u'unavailable', 127)])
    NumberOfOccupants._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=127)], ev=None, er=[])
    
    #-----< SequenceNumber >-----#
    SequenceNumber = INT(name=u'SequenceNumber', mode=MODE_TYPE)
    SequenceNumber._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=65535)], ev=None, er=[])
    
    #-----< PositionOfPillars >-----#
    PositionOfPillars = SEQ_OF(name=u'PositionOfPillars', mode=MODE_TYPE)
    _PositionOfPillars__item_ = INT(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'PosPillar')))
    PositionOfPillars._cont = _PositionOfPillars__item_
    PositionOfPillars._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=3)], ev=[], er=[])
    
    #-----< RestrictedTypes >-----#
    RestrictedTypes = SEQ_OF(name=u'RestrictedTypes', mode=MODE_TYPE)
    _RestrictedTypes__item_ = INT(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'StationType')))
    RestrictedTypes._cont = _RestrictedTypes__item_
    RestrictedTypes._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=3)], ev=[], er=[])
    
    #-----< EventHistory >-----#
    EventHistory = SEQ_OF(name=u'EventHistory', mode=MODE_TYPE)
    _EventHistory__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'EventPoint')))
    EventHistory._cont = _EventHistory__item_
    EventHistory._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=23)], ev=None, er=[])
    
    #-----< EventPoint >-----#
    EventPoint = SEQ(name=u'EventPoint', mode=MODE_TYPE)
    _EventPoint_eventPosition = SEQ(name=u'eventPosition', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'DeltaReferencePosition')))
    _EventPoint_eventDeltaTime = INT(name=u'eventDeltaTime', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'PathDeltaTime')), opt=True)
    _EventPoint_informationQuality = INT(name=u'informationQuality', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'InformationQuality')))
    EventPoint._cont = ASN1Dict([
        (u'eventPosition', _EventPoint_eventPosition),
        (u'eventDeltaTime', _EventPoint_eventDeltaTime),
        (u'informationQuality', _EventPoint_informationQuality),
        ])
    EventPoint._ext = None
    
    #-----< ProtectedCommunicationZonesRSU >-----#
    ProtectedCommunicationZonesRSU = SEQ_OF(name=u'ProtectedCommunicationZonesRSU', mode=MODE_TYPE)
    _ProtectedCommunicationZonesRSU__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'ProtectedCommunicationZone')))
    ProtectedCommunicationZonesRSU._cont = _ProtectedCommunicationZonesRSU__item_
    ProtectedCommunicationZonesRSU._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=16)], ev=None, er=[])
    
    #-----< CenDsrcTollingZone >-----#
    CenDsrcTollingZone = SEQ(name=u'CenDsrcTollingZone', mode=MODE_TYPE)
    _CenDsrcTollingZone_protectedZoneLatitude = INT(name=u'protectedZoneLatitude', mode=MODE_TYPE, tag=(0, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Latitude')))
    _CenDsrcTollingZone_protectedZoneLongitude = INT(name=u'protectedZoneLongitude', mode=MODE_TYPE, tag=(1, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'Longitude')))
    _CenDsrcTollingZone_cenDsrcTollingZoneID = INT(name=u'cenDsrcTollingZoneID', mode=MODE_TYPE, tag=(2, TAG_CONTEXT_SPEC, TAG_IMPLICIT), typeref=ASN1RefType(('ITS-Container', 'CenDsrcTollingZoneID')), opt=True)
    CenDsrcTollingZone._cont = ASN1Dict([
        (u'protectedZoneLatitude', _CenDsrcTollingZone_protectedZoneLatitude),
        (u'protectedZoneLongitude', _CenDsrcTollingZone_protectedZoneLongitude),
        (u'cenDsrcTollingZoneID', _CenDsrcTollingZone_cenDsrcTollingZoneID),
        ])
    CenDsrcTollingZone._ext = []
    
    #-----< ProtectedZoneRadius >-----#
    ProtectedZoneRadius = INT(name=u'ProtectedZoneRadius', mode=MODE_TYPE)
    ProtectedZoneRadius._cont = ASN1Dict([(u'oneMeter', 1)])
    ProtectedZoneRadius._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=255)], ev=[], er=[])
    
    #-----< ProtectedZoneID >-----#
    ProtectedZoneID = INT(name=u'ProtectedZoneID', mode=MODE_TYPE)
    ProtectedZoneID._const_val = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=0, ub=134217727)], ev=None, er=[])
    
    #-----< CenDsrcTollingZoneID >-----#
    CenDsrcTollingZoneID = INT(name=u'CenDsrcTollingZoneID', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'ProtectedZoneID')))
    
    #-----< DigitalMap >-----#
    DigitalMap = SEQ_OF(name=u'DigitalMap', mode=MODE_TYPE)
    _DigitalMap__item_ = SEQ(name='_item_', mode=MODE_TYPE, typeref=ASN1RefType(('ITS-Container', 'ReferencePosition')))
    DigitalMap._cont = _DigitalMap__item_
    DigitalMap._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=256)], ev=None, er=[])
    
    #-----< OpeningDaysHours >-----#
    OpeningDaysHours = STR_UTF8(name=u'OpeningDaysHours', mode=MODE_TYPE)
    
    #-----< PhoneNumber >-----#
    PhoneNumber = STR_NUM(name=u'PhoneNumber', mode=MODE_TYPE)
    PhoneNumber._const_sz = ASN1Set(rv=[], rr=[ASN1RangeInt(lb=1, ub=16)], ev=None, er=[])
    
    _all_ = [
        _ItsPduHeader_protocolVersion,
        _ItsPduHeader_messageID,
        _ItsPduHeader_stationID,
        ItsPduHeader,
        StationID,
        _ReferencePosition_latitude,
        _ReferencePosition_longitude,
        _ReferencePosition_positionConfidenceEllipse,
        _ReferencePosition_altitude,
        ReferencePosition,
        _DeltaReferencePosition_deltaLatitude,
        _DeltaReferencePosition_deltaLongitude,
        _DeltaReferencePosition_deltaAltitude,
        DeltaReferencePosition,
        Longitude,
        Latitude,
        _Altitude_altitudeValue,
        _Altitude_altitudeConfidence,
        Altitude,
        AltitudeValue,
        AltitudeConfidence,
        DeltaLongitude,
        DeltaLatitude,
        DeltaAltitude,
        _PosConfidenceEllipse_semiMajorConfidence,
        _PosConfidenceEllipse_semiMinorConfidence,
        _PosConfidenceEllipse_semiMajorOrientation,
        PosConfidenceEllipse,
        _PathPoint_pathPosition,
        _PathPoint_pathDeltaTime,
        PathPoint,
        PathDeltaTime,
        _PtActivation_ptActivationType,
        _PtActivation_ptActivationData,
        PtActivation,
        PtActivationType,
        PtActivationData,
        AccelerationControl,
        SemiAxisLength,
        _CauseCode_causeCode,
        _CauseCode_subCauseCode,
        CauseCode,
        CauseCodeType,
        SubCauseCodeType,
        TrafficConditionSubCauseCode,
        AccidentSubCauseCode,
        RoadworksSubCauseCode,
        HumanPresenceOnTheRoadSubCauseCode,
        WrongWayDrivingSubCauseCode,
        AdverseWeatherCondition_ExtremeWeatherConditionSubCauseCode,
        AdverseWeatherCondition_AdhesionSubCauseCode,
        AdverseWeatherCondition_VisibilitySubCauseCode,
        AdverseWeatherCondition_PrecipitationSubCauseCode,
        SlowVehicleSubCauseCode,
        StationaryVehicleSubCauseCode,
        HumanProblemSubCauseCode,
        EmergencyVehicleApproachingSubCauseCode,
        HazardousLocation_DangerousCurveSubCauseCode,
        HazardousLocation_SurfaceConditionSubCauseCode,
        HazardousLocation_ObstacleOnTheRoadSubCauseCode,
        HazardousLocation_AnimalOnTheRoadSubCauseCode,
        CollisionRiskSubCauseCode,
        SignalViolationSubCauseCode,
        RescueAndRecoveryWorkInProgressSubCauseCode,
        DangerousEndOfQueueSubCauseCode,
        DangerousSituationSubCauseCode,
        VehicleBreakdownSubCauseCode,
        PostCrashSubCauseCode,
        _Curvature_curvatureValue,
        _Curvature_curvatureConfidence,
        Curvature,
        CurvatureValue,
        CurvatureConfidence,
        CurvatureCalculationMode,
        _Heading_headingValue,
        _Heading_headingConfidence,
        Heading,
        HeadingValue,
        HeadingConfidence,
        LanePosition,
        _ClosedLanes_innerhardShoulderStatus,
        _ClosedLanes_outerhardShoulderStatus,
        _ClosedLanes_drivingLaneStatus,
        ClosedLanes,
        HardShoulderStatus,
        DrivingLaneStatus,
        PerformanceClass,
        SpeedValue,
        SpeedConfidence,
        VehicleMass,
        _Speed_speedValue,
        _Speed_speedConfidence,
        Speed,
        DriveDirection,
        EmbarkationStatus,
        _LongitudinalAcceleration_longitudinalAccelerationValue,
        _LongitudinalAcceleration_longitudinalAccelerationConfidence,
        LongitudinalAcceleration,
        LongitudinalAccelerationValue,
        AccelerationConfidence,
        _LateralAcceleration_lateralAccelerationValue,
        _LateralAcceleration_lateralAccelerationConfidence,
        LateralAcceleration,
        LateralAccelerationValue,
        _VerticalAcceleration_verticalAccelerationValue,
        _VerticalAcceleration_verticalAccelerationConfidence,
        VerticalAcceleration,
        VerticalAccelerationValue,
        StationType,
        ExteriorLights,
        DangerousGoodsBasic,
        _DangerousGoodsExtended_dangerousGoodsType,
        _DangerousGoodsExtended_unNumber,
        _DangerousGoodsExtended_elevatedTemperature,
        _DangerousGoodsExtended_tunnelsRestricted,
        _DangerousGoodsExtended_limitedQuantity,
        _DangerousGoodsExtended_emergencyActionCode,
        _DangerousGoodsExtended_phoneNumber,
        _DangerousGoodsExtended_companyName,
        DangerousGoodsExtended,
        SpecialTransportType,
        LightBarSirenInUse,
        HeightLonCarr,
        PosLonCarr,
        PosPillar,
        PosCentMass,
        RequestResponseIndication,
        SpeedLimit,
        StationarySince,
        Temperature,
        TrafficRule,
        WheelBaseVehicle,
        TurningRadius,
        PosFrontAx,
        PositionOfOccupants,
        PositioningSolutionType,
        _VehicleIdentification_wMInumber,
        _VehicleIdentification_vDS,
        VehicleIdentification,
        WMInumber,
        VDS,
        EnergyStorageType,
        _VehicleLength_vehicleLengthValue,
        _VehicleLength_vehicleLengthConfidenceIndication,
        VehicleLength,
        VehicleLengthValue,
        VehicleLengthConfidenceIndication,
        VehicleWidth,
        _PathHistory__item_,
        PathHistory,
        EmergencyPriority,
        InformationQuality,
        RoadType,
        _SteeringWheelAngle_steeringWheelAngleValue,
        _SteeringWheelAngle_steeringWheelAngleConfidence,
        SteeringWheelAngle,
        SteeringWheelAngleValue,
        SteeringWheelAngleConfidence,
        TimestampIts,
        VehicleRole,
        _YawRate_yawRateValue,
        _YawRate_yawRateConfidence,
        YawRate,
        YawRateValue,
        YawRateConfidence,
        ProtectedZoneType,
        RelevanceDistance,
        RelevanceTrafficDirection,
        TransmissionInterval,
        ValidityDuration,
        _ActionID_originatingStationID,
        _ActionID_sequenceNumber,
        ActionID,
        _ItineraryPath__item_,
        ItineraryPath,
        _ProtectedCommunicationZone_protectedZoneType,
        _ProtectedCommunicationZone_expiryTime,
        _ProtectedCommunicationZone_protectedZoneLatitude,
        _ProtectedCommunicationZone_protectedZoneLongitude,
        _ProtectedCommunicationZone_protectedZoneRadius,
        _ProtectedCommunicationZone_protectedZoneID,
        ProtectedCommunicationZone,
        _Traces__item_,
        Traces,
        NumberOfOccupants,
        SequenceNumber,
        _PositionOfPillars__item_,
        PositionOfPillars,
        _RestrictedTypes__item_,
        RestrictedTypes,
        _EventHistory__item_,
        EventHistory,
        _EventPoint_eventPosition,
        _EventPoint_eventDeltaTime,
        _EventPoint_informationQuality,
        EventPoint,
        _ProtectedCommunicationZonesRSU__item_,
        ProtectedCommunicationZonesRSU,
        _CenDsrcTollingZone_protectedZoneLatitude,
        _CenDsrcTollingZone_protectedZoneLongitude,
        _CenDsrcTollingZone_cenDsrcTollingZoneID,
        CenDsrcTollingZone,
        ProtectedZoneRadius,
        ProtectedZoneID,
        CenDsrcTollingZoneID,
        _DigitalMap__item_,
        DigitalMap,
        OpeningDaysHours,
        PhoneNumber,
    ]

init_modules(DENM_PDU_Descriptions, ITS_Container)