Uses of Class
uk.org.netex.www.netex.VehicleTypeType.Builder
Packages that use VehicleTypeType.Builder
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Uses of VehicleTypeType.Builder in uk.org.netex.www.netex
Methods in uk.org.netex.www.netex that return VehicleTypeType.BuilderModifier and TypeMethodDescriptionVehicleTypeType.Builder.addAllValidBetween(Iterable<? extends ValidBetweenType> values) OPTIMISATION.VehicleTypeType.Builder.addValidBetween(int index, ValidBetweenType value) OPTIMISATION.VehicleTypeType.Builder.addValidBetween(int index, ValidBetweenType.Builder builderForValue) OPTIMISATION.VehicleTypeType.Builder.addValidBetween(ValidBetweenType value) OPTIMISATION.VehicleTypeType.Builder.addValidBetween(ValidBetweenType.Builder builderForValue) OPTIMISATION.VehicleTypeType.Builder.clear()VehicleTypeType.Builder.clearAlternativeTexts()Additional Translations of text elements.VehicleTypeType.Builder.clearBoardingHeight()Maximum step height to board.VehicleTypeType.Builder.clearBrandingRef()Reference to a BRANDING.VehicleTypeType.Builder.clearCanCarry()Capacity that VEHICLE TYPE should meet - indicates minimum number of seats of each type.VehicleTypeType.Builder.clearCanManoeuvre()Manoeuvring capabilities that VEHICLE TYPE should meet.VehicleTypeType.Builder.clearCapacities()Break down of Capacities by FARE CLASS.VehicleTypeType.Builder.clearChanged()Date ENTITY or version was last changed.VehicleTypeType.Builder.clearClassifiedAsRef()Classification of type as being of a particular VEHICLE MODEL.VehicleTypeType.Builder.clearCreated()Date ENTITY was first created.VehicleTypeType.Builder.clearDerivedFromObjectRef()Identity of object from which this object of ENTITY was derived.VehicleTypeType.Builder.clearDerivedFromVersionRef()Version of this object from which this version of ENTITY was derived.VehicleTypeType.Builder.clearDescription()Description of TRANSPORT TYPE.VehicleTypeType.Builder.clearEuroClass()Euroclass of the vehicle type.VehicleTypeType.Builder.clearExtensions()User defined Extensions to ENTITY in schema.VehicleTypeType.Builder.clearFacilities()Facilities of VEHICLE TYPE.VehicleTypeType.Builder.clearFirstAxleHeight()The height of the first axle of a VEHICLE of the type.VehicleTypeType.Builder.clearFuelType()The type of fuel used by a vehicle of the type. +1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 196:75]VehicleTypeType.Builder.clearGapToPlatform()Expected maximal gap between VEHICLE and platform.VehicleTypeType.Builder.clearHasHoist()Whether vehicle has hoist for wheelchair access.VehicleTypeType.Builder.clearHasLiftOrRamp()Whether vehicle has lift or ramp to facilitate wheelchair access.VehicleTypeType.Builder.clearHeight()The height of a VEHICLE of the type.VehicleTypeType.Builder.clearId()Identifier of VEHICLE TYPE.VehicleTypeType.Builder.clearIncludedIn()Included in definition of VEHICLE.VehicleTypeType.Builder.clearKeyList()A list of alternative Key values for an element.VehicleTypeType.Builder.clearLength()The length of a VEHICLE of the type.VehicleTypeType.Builder.clearLowFloor()Whether Vehicle is low floor to facilitate access by the mobility impaired.VehicleTypeType.Builder.clearMaximumRange()Maximum range between refuelling.VehicleTypeType.Builder.clearName()Name of TRANSPORT TYPE.VehicleTypeType.Builder.clearPassengerCapacity()Total Number of passengers that VEHICLE TYPE can carry.VehicleTypeType.Builder.clearPrivateCode()A private code that uniquely identifies the element.VehicleTypeType.Builder.clearPropulsionType()Type of power used +v1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 190:86]VehicleTypeType.Builder.clearReversingDirection()Whether vehicles of the type have a reversing direction.VehicleTypeType.Builder.clearSatisfiesFacilityRequirements()FACILITIES requirements that VEHICLE TYPE should meet.VehicleTypeType.Builder.clearSelfPropelled()Whether vehicles of the type are self-propelled.VehicleTypeType.Builder.clearShortName()Short Name of TRANSPORT TYPE.VehicleTypeType.Builder.clearStatus()Whether ENTITY is currently in use.VehicleTypeType.Builder.clearTransportMode()MODE of Vehicle transport associated with VEHICLE TYPE.VehicleTypeType.Builder.clearTypeOfFuel()The type of fuel used by a vehicle of the type.VehicleTypeType.Builder.clearValidBetween()OPTIMISATION.VehicleTypeType.Builder.clearValidityConditions()VALIDITY CONDITIONs conditioning entity.VehicleTypeType.Builder.clearVersion()Version number of entity.VehicleTypeType.Builder.clearWeight()The weight of a VEHICLE of the type.VehicleTypeType.Builder.clearWidth()The width of a VEHICLE of the type.ChoiceWrapper_GeneralFrameMembers_RelStructure.Builder.getVehicleTypeBuilder()A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).EntitiesInVersion_RelStructure.ChoiceWrapper_EntityInVersionStructure.Builder.getVehicleTypeBuilder()A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).VehicleTypesInFrame_RelStructure.ChoiceWrapper_VehicleTypesInFrame_RelStructure.Builder.getVehicleTypeBuilder()A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).VersionFrameMembers_RelStructure.ChoiceWrapper_VersionFrameMembers_RelStructure.Builder.getVehicleTypeBuilder()A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).VehicleTypeType.Builder.mergeAlternativeTexts(AlternativeTexts_RelStructure value) Additional Translations of text elements.VehicleTypeType.Builder.mergeBrandingRef(VersionOfObjectRefStructure value) Reference to a BRANDING.VehicleTypeType.Builder.mergeCanCarry(PassengerCarryingRequirements_RelStructure value) Capacity that VEHICLE TYPE should meet - indicates minimum number of seats of each type.VehicleTypeType.Builder.mergeCanManoeuvre(VehicleManoeuvringRequirements_RelStructure value) Manoeuvring capabilities that VEHICLE TYPE should meet.VehicleTypeType.Builder.mergeCapacities(PassengerCapacities_RelStructure value) Break down of Capacities by FARE CLASS.VehicleTypeType.Builder.mergeChanged(com.google.protobuf.Timestamp value) Date ENTITY or version was last changed.VehicleTypeType.Builder.mergeClassifiedAsRef(VersionOfObjectRefStructure value) Classification of type as being of a particular VEHICLE MODEL.VehicleTypeType.Builder.mergeCreated(com.google.protobuf.Timestamp value) Date ENTITY was first created.VehicleTypeType.Builder.mergeDescription(MultilingualString value) Description of TRANSPORT TYPE.VehicleTypeType.Builder.mergeExtensions(ExtensionsStructure value) User defined Extensions to ENTITY in schema.VehicleTypeType.Builder.mergeFacilities(ServiceFacilitySets_RelStructure value) Facilities of VEHICLE TYPE.VehicleTypeType.Builder.mergeFrom(com.google.protobuf.CodedInputStream input, com.google.protobuf.ExtensionRegistryLite extensionRegistry) VehicleTypeType.Builder.mergeFrom(com.google.protobuf.Message other) VehicleTypeType.Builder.mergeFrom(VehicleTypeType other) VehicleTypeType.Builder.mergeIncludedIn(VersionOfObjectRefStructure value) Included in definition of VEHICLE.VehicleTypeType.Builder.mergeKeyList(KeyListStructure value) A list of alternative Key values for an element.VehicleTypeType.Builder.mergeName(MultilingualString value) Name of TRANSPORT TYPE.VehicleTypeType.Builder.mergePassengerCapacity(PassengerCapacityStructure value) Total Number of passengers that VEHICLE TYPE can carry.VehicleTypeType.Builder.mergePrivateCode(PrivateCodeStructure value) A private code that uniquely identifies the element.VehicleTypeType.Builder.mergeSatisfiesFacilityRequirements(FacilityRequirements_RelStructure value) FACILITIES requirements that VEHICLE TYPE should meet.VehicleTypeType.Builder.mergeShortName(MultilingualString value) Short Name of TRANSPORT TYPE.VehicleTypeType.Builder.mergeValidityConditions(ValidityConditions_RelStructure value) VALIDITY CONDITIONs conditioning entity.static VehicleTypeType.BuilderVehicleTypeType.newBuilder()static VehicleTypeType.BuilderVehicleTypeType.newBuilder(VehicleTypeType prototype) VehicleTypeType.newBuilderForType()protected VehicleTypeType.BuilderVehicleTypeType.newBuilderForType(com.google.protobuf.AbstractMessage.BuilderParent parent) VehicleTypeType.Builder.removeValidBetween(int index) OPTIMISATION.VehicleTypeType.Builder.setAlternativeTexts(AlternativeTexts_RelStructure value) Additional Translations of text elements.VehicleTypeType.Builder.setAlternativeTexts(AlternativeTexts_RelStructure.Builder builderForValue) Additional Translations of text elements.VehicleTypeType.Builder.setBoardingHeight(double value) Maximum step height to board.VehicleTypeType.Builder.setBrandingRef(VersionOfObjectRefStructure value) Reference to a BRANDING.VehicleTypeType.Builder.setBrandingRef(VersionOfObjectRefStructure.Builder builderForValue) Reference to a BRANDING.VehicleTypeType.Builder.setCanCarry(PassengerCarryingRequirements_RelStructure value) Capacity that VEHICLE TYPE should meet - indicates minimum number of seats of each type.VehicleTypeType.Builder.setCanCarry(PassengerCarryingRequirements_RelStructure.Builder builderForValue) Capacity that VEHICLE TYPE should meet - indicates minimum number of seats of each type.VehicleTypeType.Builder.setCanManoeuvre(VehicleManoeuvringRequirements_RelStructure value) Manoeuvring capabilities that VEHICLE TYPE should meet.VehicleTypeType.Builder.setCanManoeuvre(VehicleManoeuvringRequirements_RelStructure.Builder builderForValue) Manoeuvring capabilities that VEHICLE TYPE should meet.VehicleTypeType.Builder.setCapacities(PassengerCapacities_RelStructure value) Break down of Capacities by FARE CLASS.VehicleTypeType.Builder.setCapacities(PassengerCapacities_RelStructure.Builder builderForValue) Break down of Capacities by FARE CLASS.VehicleTypeType.Builder.setChanged(com.google.protobuf.Timestamp value) Date ENTITY or version was last changed.VehicleTypeType.Builder.setChanged(com.google.protobuf.Timestamp.Builder builderForValue) Date ENTITY or version was last changed.VehicleTypeType.Builder.setClassifiedAsRef(VersionOfObjectRefStructure value) Classification of type as being of a particular VEHICLE MODEL.VehicleTypeType.Builder.setClassifiedAsRef(VersionOfObjectRefStructure.Builder builderForValue) Classification of type as being of a particular VEHICLE MODEL.VehicleTypeType.Builder.setCreated(com.google.protobuf.Timestamp value) Date ENTITY was first created.VehicleTypeType.Builder.setCreated(com.google.protobuf.Timestamp.Builder builderForValue) Date ENTITY was first created.VehicleTypeType.Builder.setDerivedFromObjectRef(String value) Identity of object from which this object of ENTITY was derived.VehicleTypeType.Builder.setDerivedFromObjectRefBytes(com.google.protobuf.ByteString value) Identity of object from which this object of ENTITY was derived.VehicleTypeType.Builder.setDerivedFromVersionRef(String value) Version of this object from which this version of ENTITY was derived.VehicleTypeType.Builder.setDerivedFromVersionRefBytes(com.google.protobuf.ByteString value) Version of this object from which this version of ENTITY was derived.VehicleTypeType.Builder.setDescription(MultilingualString value) Description of TRANSPORT TYPE.VehicleTypeType.Builder.setDescription(MultilingualString.Builder builderForValue) Description of TRANSPORT TYPE.VehicleTypeType.Builder.setEuroClass(String value) Euroclass of the vehicle type.VehicleTypeType.Builder.setEuroClassBytes(com.google.protobuf.ByteString value) Euroclass of the vehicle type.VehicleTypeType.Builder.setExtensions(ExtensionsStructure value) User defined Extensions to ENTITY in schema.VehicleTypeType.Builder.setExtensions(ExtensionsStructure.Builder builderForValue) User defined Extensions to ENTITY in schema.VehicleTypeType.Builder.setFacilities(ServiceFacilitySets_RelStructure value) Facilities of VEHICLE TYPE.VehicleTypeType.Builder.setFacilities(ServiceFacilitySets_RelStructure.Builder builderForValue) Facilities of VEHICLE TYPE.VehicleTypeType.Builder.setFirstAxleHeight(double value) The height of the first axle of a VEHICLE of the type.VehicleTypeType.Builder.setFuelType(FuelTypeEnumeration value) The type of fuel used by a vehicle of the type. +1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 196:75]VehicleTypeType.Builder.setFuelTypeValue(int value) The type of fuel used by a vehicle of the type. +1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 196:75]VehicleTypeType.Builder.setGapToPlatform(double value) Expected maximal gap between VEHICLE and platform.VehicleTypeType.Builder.setHasHoist(boolean value) Whether vehicle has hoist for wheelchair access.VehicleTypeType.Builder.setHasLiftOrRamp(boolean value) Whether vehicle has lift or ramp to facilitate wheelchair access.VehicleTypeType.Builder.setHeight(double value) The height of a VEHICLE of the type.Identifier of VEHICLE TYPE.VehicleTypeType.Builder.setIdBytes(com.google.protobuf.ByteString value) Identifier of VEHICLE TYPE.VehicleTypeType.Builder.setIncludedIn(VersionOfObjectRefStructure value) Included in definition of VEHICLE.VehicleTypeType.Builder.setIncludedIn(VersionOfObjectRefStructure.Builder builderForValue) Included in definition of VEHICLE.VehicleTypeType.Builder.setKeyList(KeyListStructure value) A list of alternative Key values for an element.VehicleTypeType.Builder.setKeyList(KeyListStructure.Builder builderForValue) A list of alternative Key values for an element.VehicleTypeType.Builder.setLength(double value) The length of a VEHICLE of the type.VehicleTypeType.Builder.setLowFloor(boolean value) Whether Vehicle is low floor to facilitate access by the mobility impaired.VehicleTypeType.Builder.setMaximumRange(double value) Maximum range between refuelling.VehicleTypeType.Builder.setName(MultilingualString value) Name of TRANSPORT TYPE.VehicleTypeType.Builder.setName(MultilingualString.Builder builderForValue) Name of TRANSPORT TYPE.VehicleTypeType.Builder.setPassengerCapacity(PassengerCapacityStructure value) Total Number of passengers that VEHICLE TYPE can carry.VehicleTypeType.Builder.setPassengerCapacity(PassengerCapacityStructure.Builder builderForValue) Total Number of passengers that VEHICLE TYPE can carry.VehicleTypeType.Builder.setPrivateCode(PrivateCodeStructure value) A private code that uniquely identifies the element.VehicleTypeType.Builder.setPrivateCode(PrivateCodeStructure.Builder builderForValue) A private code that uniquely identifies the element.VehicleTypeType.Builder.setPropulsionType(PropulsionTypeEnumeration value) Type of power used +v1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 190:86]VehicleTypeType.Builder.setPropulsionTypeValue(int value) Type of power used +v1.2.2 [netex_framework/netex_reusableComponents/netex_vehicleType_version.xsd at 190:86]VehicleTypeType.Builder.setReversingDirection(boolean value) Whether vehicles of the type have a reversing direction.VehicleTypeType.Builder.setSatisfiesFacilityRequirements(FacilityRequirements_RelStructure value) FACILITIES requirements that VEHICLE TYPE should meet.VehicleTypeType.Builder.setSatisfiesFacilityRequirements(FacilityRequirements_RelStructure.Builder builderForValue) FACILITIES requirements that VEHICLE TYPE should meet.VehicleTypeType.Builder.setSelfPropelled(boolean value) Whether vehicles of the type are self-propelled.VehicleTypeType.Builder.setShortName(MultilingualString value) Short Name of TRANSPORT TYPE.VehicleTypeType.Builder.setShortName(MultilingualString.Builder builderForValue) Short Name of TRANSPORT TYPE.VehicleTypeType.Builder.setStatus(StatusEnumeration value) Whether ENTITY is currently in use.VehicleTypeType.Builder.setStatusValue(int value) Whether ENTITY is currently in use.VehicleTypeType.Builder.setTransportMode(AllVehicleModesOfTransportEnumeration value) MODE of Vehicle transport associated with VEHICLE TYPE.VehicleTypeType.Builder.setTransportModeValue(int value) MODE of Vehicle transport associated with VEHICLE TYPE.VehicleTypeType.Builder.setTypeOfFuel(FuelTypeEnumeration value) The type of fuel used by a vehicle of the type.VehicleTypeType.Builder.setTypeOfFuelValue(int value) The type of fuel used by a vehicle of the type.VehicleTypeType.Builder.setValidBetween(int index, ValidBetweenType value) OPTIMISATION.VehicleTypeType.Builder.setValidBetween(int index, ValidBetweenType.Builder builderForValue) OPTIMISATION.VehicleTypeType.Builder.setValidityConditions(ValidityConditions_RelStructure value) VALIDITY CONDITIONs conditioning entity.VehicleTypeType.Builder.setValidityConditions(ValidityConditions_RelStructure.Builder builderForValue) VALIDITY CONDITIONs conditioning entity.VehicleTypeType.Builder.setVersion(String value) Version number of entity.VehicleTypeType.Builder.setVersionBytes(com.google.protobuf.ByteString value) Version number of entity.VehicleTypeType.Builder.setWeight(double value) The weight of a VEHICLE of the type.VehicleTypeType.Builder.setWidth(double value) The width of a VEHICLE of the type.VehicleTypeType.toBuilder()Methods in uk.org.netex.www.netex with parameters of type VehicleTypeType.BuilderModifier and TypeMethodDescriptionChoiceWrapper_GeneralFrameMembers_RelStructure.Builder.setVehicleType(VehicleTypeType.Builder builderForValue) A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).EntitiesInVersion_RelStructure.ChoiceWrapper_EntityInVersionStructure.Builder.setVehicleType(VehicleTypeType.Builder builderForValue) A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).VehicleTypesInFrame_RelStructure.ChoiceWrapper_VehicleTypesInFrame_RelStructure.Builder.setVehicleType(VehicleTypeType.Builder builderForValue) A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).VersionFrameMembers_RelStructure.ChoiceWrapper_VersionFrameMembers_RelStructure.Builder.setVehicleType(VehicleTypeType.Builder builderForValue) A classification of public transport vehicles according to the vehicle scheduling requirements in mode and capacity (e.g. standard bus, double-deck, ...).