Add Terminal, FlowConnection, FlowConnectionRevision, FlowConnectionRevisionView, RouteData, RouteDataSegment, Route, RouteSection, RouteNode, Location, LocationRevision, LocationInstance, LocationAssignment, CrossSectionalArea, CoordinateExtent, Temperature, OutsideDiameter, RatedCurrent, RatedVoltage, RatedPower, MaterialSpecification, WireGauge, HarnessProduct, BendRadius, CompatibleWireSize, Copyright, WireCore, ConnectorCavityGroup, ConnectorCavity, WireProtectionAreaRelation, RouteNodeAssignment, RouteSectionAssignment and DerivedFromRelation elements. Add 'type' attributes to HarnessProduct, WireCore, ConnectorCavity and ConnectorCavityGroup. Correct 'LocationAssigment' element to 'LocationAssignment' Modify plm:refType attributes on various attributes. Add support for Embedded Software. Add ProcessorProduct and ProcessorProductRevision. Add structureRefs to AllocationGroup Mechatronics schema extension A Signal is a message or flow of information within a system. This is a revision of a Signal. Attributes: valueRef: Reference to a 'default' SignalValue This is a value of a Signal, e.g. "10.2 volts". Attributes: valueRef: Reference to a ValueWithUnit or RangeWithUnit giving the signal value. characteristic: Describes how the signal value depends on the value of the corresponding ProcessVariable. There is one predefined value, namely "linear". The ProcessVariable is a sub-class of GDE. It corresponds to the ProcessVariable object in STEP AP212, where it is defined as 'a parameter used to control or monitor a process'. This element is a group of GeneralRelation elements. Attributes: groupId: The identifier of the GeneralRelationGroup, unique in some context, e.g. an Organisation. This element is a group of Allocation elements. Attributes: sourceRef: The source ProductStructureView. targetRef: The target ProductStructureView. structureRefs: The referenced ProductStructureViews. Either sourceRef and targetRef should be set, or, structureRefs should be set. They should not be used together. The Allocations in the AllocationGroup should all reference Occurrences which have one of the referenced ProductStructureViews as their root. An Allocation may reference more than one Occurrence with the same root. This is a revision of an GeneralRelationGroup. Attributes: revision: The revision string, e.g. "A". masterRef: The master GeneralRelationGroup memberRefs: The GeneralRelation elements in the Group. This element is a revision of an AllocationGroup. An Allocation is a relation between a number of Occurrences, in different Views of the same Product, or different Views of different Products. The 'relatedRefs' attribute of the base GeneralRelation element will contain the referenced Occurrences. Elements: Reason the reason for the Allocation. There is one predefined value for this string, namely "functionalToPhysical", which may be used if the Allocation represents the equivalent of the AP212 functional_unit_allocation. The Terminal is a sub-class of GDE. It corresponds to the Interface_terminal object in STEP AP212, and represents 'an access point for a piece of equipment'. This is a sub-class of Connection which corresponds to the AP212 Location, which "allows the flow of energy or information, for instance". A RouteData element is used to assign routing information to an Instance or Occurrence. Elements: RouteDataSegment: the RouteDataSegments which define the routes of the various segments of the object, in sequence. A RouteDataSegment is used to assign routing information to a segment of an Instance or Occurrence. Attributes: courseRefs: the RouteNodes, RouteSections and Routes which define the route of this segment of the object, in sequence. free: false if the segment has a fixed route in space - true if it is free, such as a freely hanging wire. A Route represents a course or track through space. Attributes: courseRefs: the RouteSections and/or RouteNodes that make up the Route, in order. revision: a revision string. colour: display colour lineType: display line type lineThicknessRef: display line thickness (ValueWithUnit). A RouteSection represents a section of a Route, from one Node to the next. Attributes: startNodeRef: the Node at the start. endNodeRef: the Node at the end. Note that this can be the same as the Node at the start. startKind: the shape of the Section at the start. Can be one of "flat oval", "round", "u shape", or some other string. endKind: the shape of the Section at the end. Values as for startKind. revision: a revision string. curveRef: reference to a Curve element (or entity in a Representation file) giving the geometric course of the RouteSection. crossSectionalAreaRefs: references to ValueWithUnit or RangeWithUnit elements describing cross-sectional area(s) of the Section. lengthRefs: references to ValueWithUnit or RangeWithUnit elements describing the length(s) of the Section. bendingRadiusRefs: references to ValueWithUnit or RangeWithUnit elements describing the bending radius or radii of the Section. spaceFactors: These are double values which represent the ratio(s) of the usable cross- section to the geometrical cross-section along the Section. implementationRefs: Occurrences or Instances of ProductRevisionView(s) which implement the RouteSection. A RouteNode represents a position along a Route, normally at the end of one or more RouteSections. Attributes: position: the x,y,z coordinates of the Node. implementationRefs: Occurrences or Instances of ProductRevisionView(s) which implement the RouteNode. A Location represents a region of space. This is a revision of a Location. An Instance of a LocationRevision. definitionRef: reference to a ProductRevisionView, or an Instance or Occurrence of a ProductRevisionView, which defines the region of space of this LocationInstance. This relation relates an element to an Instance or Occurrence of a Location. The Location specifies the region of space in which the element lies. This is a Property giving the Cross Sectional Area of an object. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the cross-sectional area. This Property gives the Coordinate Extent of an element, i.e. the 'length' in a particular coordinate direction. Attributes: type: "x", "y" or "z" Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the CoordinateExtent. This Property gives the Temperature (operating or storage) of an element. Attributes: type: "operating" or "storage" Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the temperature. This Property gives the Outside Diameter of an element. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the Outside Diameter This Property gives the Rated Current of an element. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the Rated Current. This Property gives the Rated Voltage of an element. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the Rated Voltage. This Property gives the Rated Power of an element. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the Rated Power. This element specifies the physical material from which an object is made. More than one MaterialSpecification can be associated with an object. Attributes: materialId: Id of the material in some materials database. referenceSystem: name of the reference system or database in which the material is defined usage: string indicating how the material is used in the object, e.g. "plating". This element specifies the gauge of a Wire. Attributes: value: the gauge value. This is a subclass of Product which corresponds to a Product related to electrical Harness definition, as for example defined in the KBL standard. Attributes: type: An enum specifying the type of Product. harnessProductType: A further string describing the type of product, e.g. "flat band" or "corrugated pipe". code: a code for the Product. Only relevant where type="connectorHousing" This is a Property giving the minumum Bend Radius of an object. Attributes: value: the value of the Bend Radius in metres. This is a Property giving the size (diameter) of Wire which is compatible with this Product. Elements: ValueWithUnit RangeWithUnit one of these sub-elements should be used to indicate the value or range of the compatible wire size. This is a Property giving a Copyright string for an object. Attributes: value: the value of the Copyright string. This represents a single wire in a multi-core cable. Attributes: wireCoreType: A string describing the type of Wire Core, e.g. "flat band" or "protected wire". This represents a group of ConnectorCavities. Attributes: connectorCavityGroupType: A string describing the type of ConnectorCavityGroup This represents a cavity in a connector, into which a wire can be fixed. Attributes: connectorCavityType: A string describing the type of ConnectorCavity This relation relates an Occurrence of a WireProtection to a RouteSection element, which specifies where the protection applies. Attributes: startT: start parameter on associated RouteSection endT: end parameter on associated RouteSection gradient: tapingDirection: This relation relates an Occurrence to a RouteNode, on which it lies. This relation relates an Occurrence to a RouteSection, on which it lies. For example, the Occurrence might be of a Fixing on a wire. Attributes: t: parameter on the RouteSection at which the Occurrence occurs. zAxis: direction of the 'Z axis' of the Occurrence. This relation indicates that one element is derived from (based on) another. For example, a ProductRevision might be based on an earlier revision of the Product (or a different Product). The ProcessorProduct element is a type of Product which is used to represent a processor which can run embedded software. The ProcessorProductRevision element is a revision of a ProcessorProduct. Attributes: linked: "true" if this Processor is connected to a network. programmableInService: "true" if this Processor can be reprogrammed in service. memoryType: type of memory, e.g. "EEPROM" byteOrder: littleEndian or bigEndian architecture: 32-bit or 64-bit gateway: true if this is a Gateway Processor, i.e. acts as a Gateway for accessing other Processors. The Processor element is a type of GDE which is used to represent a processor which can run embedded software. Attributes: linked: "true" if this Processor is connected to a network. programmableInService: "true" if this Processor can be reprogrammed in service. networkProtocol: e.g. "CAN", "MOST" memoryType: type of memory, e.g. "EEPROM" byteOrder: littleEndian or bigEndian architecture: 32-bit or 64-bit gateway: true if this is a Gateway Processor, i.e. acts as a Gateway for accessing other Processors. Software is a subclass of Structure representing a piece of embedded Software, e.g. in an ECU. Attributes: softwareType: the type of the software - "application", "calibration", "bootLoader" or "configuration". alternateForRef: An 'alternate' Software is one which is substitutable, in all contexts, for a particular Software. If this is an 'alternate' Software, then this attribute references the Software for which this is an alternate. This is a revision of Software. This is a 'view' (e.g. 'design', 'manufacturing', 'maintenance') of a revision of a Software. An Instance of a SoftwareRevisionView, SoftwareRevision, or Software. A FrameSignal is a type of Signal that carries multiple embedded signals between devices. This is a revision of a FrameSignal.