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WITSML v2.0
WITSML v2.0
1 Introduction
1.1 What is WITSML?
1.1.1 How Does WITSML Work?
1.1.2 Must I Implement All WITSML Data Objects?
1.2 Audience, Purpose and Scope
1.3 Resource Set: What’s Included When You Download WITSML
1.3.1 WITSML Resources
1.3.2 Energistics Common Technical Architecture Resources
1.3.3 Documentation Updates
1.4 Overview of the New v2.0 Design
1.4.1 Energistics Common Technical Architecture (CTA)
1.4.2 ETP Replaces v1.4.1 Web Services
1.4.3 Version 2.0 Design Approach
1.4.3.1 Conventions No Longer Supported
1.4.4 Data Object Mapping: v1.4.1.1 to v2.0
1.5 History
2 Technical Architecture Overview
2.1 CTA: Main Components and What They Do
2.2 WITSML Data Model Overview
2.2.1 WITSML Common
2.2.1.1 Cost
2.2.1.2 MeasuredDepthCoord
2.2.1.3 NameTag and Related Enumerations
2.2.1.4 WellVerticalDepthCoord
3 Key Concepts
3.1 WITSML Now Data Object Definitions Only
3.2 Top-Level Data Objects and Object Identification
3.3 Data Object Reference
3.4 Data Object Organization
3.5 “Growing” Data Objects and the New “Part” Object
4 Well, Wellbore, CRS, Trajectory, Tool Error Model, and Survey Program
4.1 Basic Definitions
4.1.1 Business Purpose: Well Data Object
4.1.2 Business Purpose: Wellbore Object
4.2 Data Model
4.2.1 Well Data Object
4.2.2 Wellbore Data Object
4.2.3 CRS Data Object
4.2.4 Trajectory Data Object
4.2.4.1 Business Purpose
4.2.4.2 Data Model
4.2.4.3 Important Elements and Best Practice
4.2.5 Tool Error Model and Term Set Data Objects
4.2.5.1 Data Model
4.2.6 Survey Program Data Object
5 Log Data Object
5.1 Overview of Logs
5.2 Log Data Object
5.2.1 Business Purpose
5.3 Log Organization
5.3.1 Channel
5.3.1.1 LogChannelMetadata
5.3.1.2 ChannelDerivation
5.3.1.3 Data Point Metadata
5.3.1.4 Array Data
5.3.2 ChannelSet
5.3.2.1 ChannelData Element
5.3.3 Log
6 Wellbore Geology and Mud Log Report Data Objects (formerly Mud Log object)
6.1 Wellbore Geology Data Object
6.1.1 Cuttings Geology Interval (CuttingsGeologyInterval)
6.1.2 Geological Interpretation (InterpretedGeologyInterval)
6.1.3 Show Evaluation (ShowEvaluationInterval)
6.2 Mud Log Report Data Object
6.3 Appendix A for Wellbore Geology and Mud Log Report Data Objects : Hydrocarbon Evaluation
6.3.1 Introduction
6.3.2 Sample Examination Procedure for Hydrocarbon Shows
6.3.2.1 Odor
6.3.2.2 Staining and Bleeding
6.3.2.3 Fluorescence
6.3.2.4 Solvent Cut Test
6.3.2.4.1 Chemicals Used for Solvent Cut Test
6.3.2.4.2 Solvent Cut Test Procedure
7 Other Data Objects
7.1 Rig and Rig Utilization Data Objects
7.2 Tubular Data Object
7.2.1 Data Model
7.2.1.1 Tubular Object Overview
7.2.1.2 Tubular Component Overview
7.2.1.3 Tubular Tool Overview
7.2.1.4 Tubular Bit Record Overview
7.3 BHA Run Data Object
7.3.1 Data Model
7.4 Wellbore Geometry Data Object
7.4.1 Data Model
7.5 Wellbore Markers Data Object (formerly Formation Marker)
7.5.1 Business Purpose
7.5.2 Data Model
7.6 Risk Data Object
7.6.1 Data Model
7.7 Attachment Data Object
7.8 Depth-Registered Image Data Object
7.8.1 Business Purpose
7.8.2 Example Log
7.8.3 Data Model
7.8.4 Use Case: Digitizing Depth-Registered Raster Well Logs
7.8.4.1 Process for Digitizing a Log
7.8.4.2 Key Metadata to Support Digitization
7.8.4.3 Example
8 Completion Data Object
8.1 Scope, Use Case s, and Key Concepts
8.1.1 Snapshot Use Case
8.1.2 Change Log Use Case
8.1.3 Cumulative History
8.1.4 Jobs, Events, and Service Company Data
8.1.4.1 Job vs. Event
8.1.4.2 Event: Definition
8.1.4.3 Service Company Data
8.2 Data Model
8.2.1 Downhole Component
8.2.1.1 Wellhead
8.2.1.2 Borehole String Set
8.2.1.3 Downhole String Set
8.2.1.4 Equipment Set
8.2.1.5 Perforation Sets
8.2.2 Well Construction and Maintenance Ledger (Event Ledger)
8.2.3 Well Completion
8.2.4 Wellbore Completion
8.2.5 Flow Paths from Reservoir to Wellhead
8.3 Role of “Well” and “Wellbore” Concepts as Applied in Completion
9 Stim Job Data Object
9.1 Introduction
9.1.1 Business Purpose
9.1.2 Terminology
9.2 Overview of Major Changes and New Features
9.3 Data Model
9.3.1 Stim Job Stage
9.3.1.1 Stim Flow Path
9.3.1.2 Other Object Referenced from Stage
9.3.2 Stim Job Step
9.3.3 Specifying Stim Fluid, Materials, and Material Quantities
9.3.4 Perforations
9.3.5 Referencing Logs
10 Cement Job Data Object
10.1 Data Model
10.1.1 Cement Fluids
10.1.2 Cement Additives
10.1.3 Cement Job Design
10.1.3.1 Cement Stage Design
10.1.3.1.1 Cement Pump Schedule
10.1.3.2 Cement Tops
10.1.4 Cement Job Report
10.1.4.1 Cement Stage Report
10.2 Cement Job Evaluation
11 Other Report Data Objects
11.1 Drill Report Data Object
11.1.1 Business Purpose
11.1.2 Data Model
11.2 Ops Report Data Object
11.3 Fluids Report
11.3.1 Data Mode l
11.3.1.1 Fluids
12 Data Object Reference List for WITSML v2.0
12.1 Attachment
12.1.1 Attachment
12.2 BhaRun
12.2.1 BhaRun
12.2.2 BhaStatus
12.2.3 DrillingParams
12.2.4 MudSubClass
12.3 CementJob
12.3.1 AbstractCementJob
12.3.2 AbstractCementStage
12.3.3 CementAdditive
12.3.4 CementDesignStage
12.3.5 CementingFluid
12.3.6 CementJob
12.3.7 CementJobDesign
12.3.8 CementJobEvaluation
12.3.9 CementJobReport
12.3.10 CementJobType
12.3.11 CementPumpScheduleStep
12.3.12 CementStageDesign
12.3.13 CementStageReport
12.3.14 FluidLocation
12.3.15 WellboreFluidLocation
12.4 DrillReport
12.4.1 AbstractBottomHoleTemperature
12.4.2 BottomHoleCirculatingTemperature
12.4.3 BottomHoleStaticTemperature
12.4.4 DrillActivity
12.4.5 DrillActivityClassType
12.4.6 DrillActivityCode
12.4.7 DrillReport
12.4.8 DrillReportControlIncidentInfo
12.4.9 DrillReportCoreInfo
12.4.10 DrillReportEquipFailureInfo
12.4.11 DrillReportFormTestInfo
12.4.12 DrillReportGasReadingInfo
12.4.13 DrillReportLithShowInfo
12.4.14 DrillReportLogInfo
12.4.15 DrillReportPerfInfo
12.4.16 DrillReportPorePressure
12.4.17 DrillReportStatusInfo
12.4.18 DrillReportStratInfo
12.4.19 DrillReportSurveyStation
12.4.20 DrillReportWellboreInfo
12.4.21 DrillReportWellTestInfo
12.4.22 GasPeakType
12.4.23 InnerBarrelType
12.4.24 ItemState
12.4.25 OpsReportVersion
12.4.26 PresTestType
12.4.27 ReadingKind
12.4.28 Rheometer
12.4.29 StateDetailActivity
12.4.30 TimestampedCommentString
12.4.31 WellControlIncidentType
12.4.32 WellKillingProcedureType
12.4.33 WellTestType
12.5 FluidsReport
12.5.1 Fluid
12.5.2 FluidsReport
12.5.3 MudClass
12.5.4 RheometerViscosity
12.6 Log
12.6.1 AbstractIndexValue
12.6.2 AbstractLogDataContext
12.6.3 Channel
12.6.4 ChannelData
12.6.5 ChannelDerivation
12.6.6 ChannelIndex
12.6.7 ChannelIndexType
12.6.8 ChannelSet
12.6.9 ChannelSetMetadata
12.6.10 ChannelState
12.6.11 ChannelStatus
12.6.12 ChannelValueContext
12.6.13 DepthIndexValue
12.6.14 EtpDataType
12.6.15 IndexDirection
12.6.16 IndexRangeContext
12.6.17 Log
12.6.18 LogChannelAxis
12.6.19 LogChannelMetadata
12.6.20 LoggingMethod
12.6.21 ObjectContext
12.6.22 PassIndexedDepth
12.6.23 PointMetadata
12.6.24 TimeIndexValue
12.7 DepthRegImage
12.7.1 BackupScaleType
12.7.2 CalibrationPointRole
12.7.3 DepthRegCalibrationPoint
12.7.4 DepthRegImage
12.7.5 DepthRegLogRect
12.7.6 DepthRegLogSection
12.7.7 DepthRegParameter
12.7.8 DepthRegPoint
12.7.9 DepthRegRectangle
12.7.10 DepthRegTrack
12.7.11 DepthRegTrackCurve
12.7.12 FileNameType
12.7.13 LineStyle
12.7.14 LogRectangleType
12.7.15 LogSectionType
12.7.16 LogTrackType
12.7.17 MessageDigestType
12.7.18 MimeType
12.7.19 ScaleType
12.8 OpsReport
12.8.1 AbstractItemWtOrVolPerUnit
12.8.2 AnchorState
12.8.3 BeaufortScaleIntegerCode
12.8.4 DayCost
12.8.5 Hse
12.8.6 Incident
12.8.7 Inventory
12.8.8 ItemVolPerUnit
12.8.9 ItemWtPerUnit
12.8.10 MudLosses
12.8.11 MudVolume
12.8.12 OpsReport
12.8.13 Personnel
12.8.14 PitVolume
12.8.15 PumpOp
12.8.16 PumpOpType
12.8.17 RigResponse
12.8.18 Scr
12.8.19 ScrType
12.8.20 ShakerOp
12.8.21 ShakerScreen
12.8.22 SupportCraft
12.8.23 SupportCraftType
12.8.24 Weather
12.9 Rig
12.9.1 Bop
12.9.2 BopComponent
12.9.3 BopType
12.9.4 Centrifuge
12.9.5 Degasser
12.9.6 DerrickType
12.9.7 DrawWorksType
12.9.8 DriveType
12.9.9 Hydrocyclone
12.9.10 MudPump
12.9.11 Pit
12.9.12 PitType
12.9.13 PumpActionIntegerCode
12.9.14 PumpType
12.9.15 Rig
12.9.16 RigType
12.9.17 RigUtilization
12.9.18 Shaker
12.9.19 SurfaceEquipment
12.9.20 SurfEquipType
12.10 Risk
12.10.1 LevelIntegerCode
12.10.2 Risk
12.10.3 RiskAffectedPersonnel
12.10.4 RiskCategory
12.10.5 RiskSubCategory
12.10.6 RiskType
12.11 StimJob
12.11.1 ISO13503_2CrushTestData
12.11.2 ISO13503_2SieveAnalysisData
12.11.3 PIDXCommodityCode
12.11.4 ProppantAgentKind
12.11.5 StimAdditive
12.11.6 StimAdditiveKind
12.11.7 StimEvent
12.11.8 StimFetTest
12.11.9 StimFetTestAnalysisMethod
12.11.10 StimFlowPath
12.11.11 StimFlowPathType
12.11.12 StimFluid
12.11.13 StimFluidKind
12.11.14 StimFluidSubtype
12.11.15 StimISO13503_2Properties
12.11.16 StimISO13503_5Point
12.11.17 StimJob
12.11.18 StimJobDiagnosticSession
12.11.19 StimJobDiversion
12.11.20 StimJobDiversionMethod
12.11.21 StimJobLogCatalog
12.11.22 StimJobMaterialCatalog
12.11.23 StimJobStage
12.11.24 StimJobStep
12.11.25 StimMaterial
12.11.26 StimMaterialKind
12.11.27 StimMaterialQuantity
12.11.28 StimPerforationCluster
12.11.29 StimPerforationClusterSet
12.11.30 StimPressureFlowRate
12.11.31 StimProppantAgent
12.11.32 StimPumpFlowBackTest
12.11.33 StimPumpFlowBackTestStep
12.11.34 StimReservoirInterval
12.11.35 StimShutInPressure
12.11.36 StimStepDownTest
12.11.37 StimStepTest
12.11.38 StimTubular
12.12 SurveyProgram
12.12.1 SurveyProgram
12.12.2 SurveySection
12.13 Trajectory
12.13.1 AziRef
12.13.2 part_TrajectoryStation
12.13.3 RefWellboreTrajectoryStation
12.13.4 StnTrajCorUsed
12.13.5 StnTrajMatrixCov
12.13.6 StnTrajRawData
12.13.7 StnTrajValid
12.13.8 Trajectory
12.13.9 TrajectoryStation
12.13.10 TrajStationStatus
12.13.11 TrajStationType
12.13.12 TrajStnCalcAlgorithm
12.13.13 TypeSurveyTool
12.14 ToolErrorModel
12.14.1 AuthorizationStatus
12.14.2 ErrorModelMisalignmentMode
12.14.3 ErrorPropagationMode
12.14.4 IscwsaAuthorizationData
12.14.5 IscwsaErrorTermValue
12.14.6 IscwsaModelParameters
12.14.7 IscwsaSurveyToolOperatingCondition
12.14.8 IscwsaSurveyToolOperatingInterval
12.14.9 MeasureOrQuantity
12.14.10 SurveyToolOperatingMode
12.14.11 ToolErrorModel
12.15 ToolErrorTermSet
12.15.1 AbstractIscwsaErrorCoefficient
12.15.2 Azi
12.15.3 Depth
12.15.4 ErrorTermSource
12.15.5 Inc
12.15.6 IscwsaErrorCoefficient
12.15.7 IscwsaErrorTerm
12.15.8 IscwsaNameAndDescription
12.15.9 IscwsaNomenclature
12.15.10 IscwsaNomenclatureConstant
12.15.11 ToolErrorTermSet
12.15.12 Tvd
12.16 Tubular
12.16.1 AbstractRotarySteerableTool
12.16.2 BearingType
12.16.3 Bend
12.16.4 BendAngle
12.16.5 BendOffset
12.16.6 BitDullCode
12.16.7 BitReasonPulled
12.16.8 BitRecord
12.16.9 BitType
12.16.10 BladeShapeType
12.16.11 BladeType
12.16.12 BoxPinConfig
12.16.13 Connection
12.16.14 ConnectionPosition
12.16.15 DeflectionMethod
12.16.16 HoleOpener
12.16.17 HoleOpenerType
12.16.18 IadcBearingWearCode
12.16.19 IadcIntegerCode
12.16.20 Jar
12.16.21 JarAction
12.16.22 JarType
12.16.23 MaterialType
12.16.24 MeasurementType
12.16.25 Motor
12.16.26 MwdTool
12.16.27 Nozzle
12.16.28 NozzleType
12.16.29 RotarySteerableTool
12.16.30 Sensor
12.16.31 Stabilizer
12.16.32 Tubular
12.16.33 TubularAssembly
12.16.34 TubularComponent
12.16.35 TubularComponentType
12.17 Well
12.17.1 AbstractWellLocation
12.17.2 DistanceEastWest
12.17.3 DistanceNorthSouth
12.17.4 EastOrWest
12.17.5 ElevCodeEnum
12.17.6 GeodeticWellLocation
12.17.7 NorthOrSouth
12.17.8 PrincipalMeridian
12.17.9 ProjectedWellLocation
12.17.10 PublicLandSurveySystem
12.17.11 PublicLandSurveySystemQuarterSection
12.17.12 PublicLandSurveySystemQuarterTownship
12.17.13 ReferencePoint
12.17.14 RefWellbore
12.17.15 RefWellboreRig
12.17.16 SectionNumber
12.17.17 Well
12.17.18 WellDatum
12.17.19 WellDirection
12.17.20 WellElevationCoord
12.17.21 WellFluid
12.17.22 WellPurpose
12.18 Wellbore
12.18.1 Wellbore
12.18.2 WellboreShape
12.18.3 WellboreType
12.19 WellboreGeometry
12.19.1 HoleCasingType
12.19.2 part_WellboreGeometrySection
12.19.3 WellboreGeometry
12.19.4 WellboreGeometrySection
12.20 WellboreGeology
12.20.1 CuttingsGeology
12.20.2 CuttingsGeologyInterval
12.20.3 CuttingsIntervalLithology
12.20.4 CuttingsIntervalShow
12.20.5 GeochronologicalUnit
12.20.6 InterpretedGeology
12.20.7 InterpretedGeologyInterval
12.20.8 InterpretedIntervalLithology
12.20.9 LithologyQualifier
12.20.10 LithostratigraphicUnit
12.20.11 part_CuttingsInterval
12.20.12 part_EvaluatedIntervalShow
12.20.13 part_InterpretedGeologyInterval
12.20.14 ShowEvaluation
12.20.15 ShowEvaluationInterval
12.20.16 ShowFluid
12.20.17 ShowFluorescence
12.20.18 ShowLevel
12.20.19 ShowRating
12.20.20 ShowSpeed
12.20.21 WellboreGeology
12.21 MudLogReport
12.21.1 Chromatograph
12.21.2 ConcentrationParameterKind
12.21.3 DrillingParameters
12.21.4 DxcStatistics
12.21.5 EcdStatistics
12.21.6 ForceParameterKind
12.21.7 GasInMud
12.21.8 GasPeak
12.21.9 MudDensityStatistics
12.21.10 MudGas
12.21.11 MudLogConcentrationParameter
12.21.12 MudLogForceParameter
12.21.13 MudLogParameter
12.21.14 MudLogPressureGradientParameter
12.21.15 MudLogPressureParameter
12.21.16 MudLogReport
12.21.17 MudlogReportInterval
12.21.18 MudLogStringParameter
12.21.19 MudLogStringParameterKind
12.21.20 part_MudLogReportInterval
12.21.21 PressureGradientParameterKind
12.21.22 PressureParameterKind
12.21.23 RopStatistics
12.21.24 RpmStatistics
12.21.25 TorqueCurrentStatistics
12.21.26 TorqueStatistics
12.21.27 WobStatistics
12.22 WellboreMarkers
12.22.1 WellboreMarker
12.22.2 WellboreMarkerSet
12.23 WellCompletion
12.23.1 CompletionStatus
12.23.2 CompletionStatusHistory
12.23.3 WellCompletion
12.24 WellboreCompletion
12.24.1 ContactIntervalSet
12.24.2 GravelPackInterval
12.24.3 IntervalStatusHistory
12.24.4 NonNegativeFraction
12.24.5 OpenHoleInterval
12.24.6 PerforationSetInterval
12.24.7 PerforationStatus
12.24.8 PerforationStatusHistory
12.24.9 PhysicalStatus
12.24.10 SlotsInterval
12.24.11 WellboreCompletion
12.25 DownholeComponent
12.25.1 AbstractConnectionType
12.25.2 AbstractUidString
12.25.3 Assembly
12.25.4 Borehole
12.25.5 BoreholeString
12.25.6 BoreholeStringSet
12.25.7 BoreholeType
12.25.8 CasingConnectionType
12.25.9 CasingConnectionTypes
12.25.10 Coating
12.25.11 ConnectionFormType
12.25.12 DownholeComponent
12.25.13 DownholeString
12.25.14 DownholeStringSet
12.25.15 DownholeStringType
12.25.16 Equipment
12.25.17 EquipmentConnection
12.25.18 EquipmentSet
12.25.19 EquipmentType
12.25.20 EquipmentTypeExt
12.25.21 EventInfo
12.25.22 EventRefInfo
12.25.23 ExtPropNameValue
12.25.24 GeologyFeature
12.25.25 GeologyType
12.25.26 GradeType
12.25.27 ObjectSequence
12.25.28 OtherConnectionType
12.25.29 OtherConnectionTypes
12.25.30 PerfHole
12.25.31 PerforationSet
12.25.32 PerforationSets
12.25.33 PerforationToolType
12.25.34 PerfSlot
12.25.35 ReferenceContainer
12.25.36 RodConnectionType
12.25.37 RodConnectionTypes
12.25.38 StringAccessory
12.25.39 StringEquipment
12.25.40 StringEquipmentSet
12.25.41 SubStringType
12.25.42 TubingConnectionType
12.25.43 TubingConnectionTypes
12.26 WellCMLedger
12.26.1 AbstractEventExtension
12.26.2 AcidizefracExtension
12.26.3 BHPExtension
12.26.4 BoreholeStringReference
12.26.5 CementExtension
12.26.6 CleanFillExtension
12.26.7 DirectionalSurveyExtension
12.26.8 DownholeComponentReference
12.26.9 DownholeExtension
12.26.10 DownholeStringReference
12.26.11 EventClassType
12.26.12 EventType
12.26.13 FluidReportExtension
12.26.14 JobExtension
12.26.15 LogIndexType
12.26.16 LostCirculationExtension
12.26.17 MemberObject
12.26.18 Participant
12.26.19 PerfConveyanceMethod
12.26.20 PerforatingExtension
12.26.21 PressureTestExtension
12.26.22 WaitingOnExtension
12.26.23 WellCMLedger
12.27 WitsmlCommon
12.27.1 Cost
12.27.2 MeasuredDepthCoord
12.27.3 NameTag
12.27.4 NameTagLocation
12.27.5 NameTagNumberingScheme
12.27.6 NameTagTechnology
12.27.7 WellVerticalDepthCoord
PRODML v2.0
PRODML v2.0
1 Introduction to PRODML
1.1 PRODML Overview
1.1.1 Production Volumes
1.1.2 Completion and Well Services
1.1.3 Surveillance
1.1.4 Optimization
1.2 Use Cases
1.3 What’s new in PRODML v2.0?
1.3.1 Energistics Common Technical Architecture (CTA)
1.3.2 PRODML Domain Capabilities
1.4 Audience, Purpose and Scope
1.4.1 Audience Assumptions
1.5 Resource Set: What Do You Get When You Download PRODML?
1.5.1 PRODML-Specific Resources
1.5.2 Energistics CTA Resources
1.5.3 Documentation Updates
1.5.3.1 v2.0 Documentation Status
2 Technology Overview of PRODML
2.1 CTA: Main Components and What They Do
2.2 Mapping of the PRODML Sub-Domains onto Top-Level Objects
2.3 PRODML Use of CTA
2.4 PRODML Use of Other Energistics Domain Standards
2.5 Installed Components
3 Introduction to Simple Product Volume Report Objects
3.1 Overview of Simple Product Volume Reporting, the NAPR Project , and the earlier PRODML models devised for the Norwegian Continental Shelf
3.2 The Business Case
3.3 Scope of Simple Product Volume Data Objects
3.4 Use Cases: Overview
3.5 Data Object Overview
4 Simple Product Volume: Use Cases, Data Types, and Workflow
4.1 Business Context: Asset Production Volume Flows
4.2 Use Cases: Overview
4.3 Key Data Types
4.4 Typical Workflow
5 Simple Product Volume: Data Model
5.1 Overview of the Simple Product Volume Data Object
5.2 Describing the Reporting Entities
5.2.1 Reporting Entity Defined
5.2.2 Reporting Entities can be Organized into Hierarchies
5.2.3 Reporting Entities Can Reference “Full” Data Objects
5.3 Asset Production Volumes
5.3.1 Fluid Component Catalog
5.3.2 Different Volume Types
5.4 Well Tests and Well Production Parameters
5.5 Transfer and Tanker Lifting
6 Simple Product Volume: Worked Example
6.1 Reporting Entities: Physical and Commercial Layout
6.2 Reporting Entities: Organization in the Data Transfer
6.2.1 XML Objects
6.2.2 Reference to a WITSML Well Data Object
6.2.3 Defining the Hierarchies
6.3 Periodic Volume Reporting using Asset Production Volumes
6.3.1 Worked Example Content
6.3.2 Worked Example Volumes Walkthrough
6.4 Event-driven Production Reporting
6.4.1 Production Well Test
6.4.2 Well Production Parameters
6.4.3 Transfer
6.4.4 Terminal Lifting
6.4.5 Transfer and Terminal Lifting as Dispositions within Periodic Asset Production Volumes Reporting
7 Appendix for Simple Product Volume
7.1 Use Cases
7.1.1 Use Case 1 and 2: Direct Exchange of Production Data Between Partners
7.1.2 Use Case 3: Provide Historical Data Pre-Sale (“Divestiture”)
7.1.3 Use Case 4: Obtain Historical Production Data Post-Sale (“Acquisition”)
7.1.4 Use Cases 5 and 6: Transfer/Receive Data from Third-Party Source
7.2 Reporting Entity Kinds
8 Introduction to Fluid and PVT Analysis Data Objects
8.1 Overview of Fluid and PVT Analysis Reporting
8.2 Business Case: Why is a PVT Data-Exchange Standard Important?
8.2.1 Data Exchange Challenges
8.2.2 Process Challenges
8.2.3 Benefits of Use of PVT Data Objects
8.3 Scope of PVT Data Objects
8.4 Fluid and PVT Use Cases
9 Fluid and PVT Analysis: Use Cases
9.1 Use Case 1: Sample Acquisition
9.1.1 How the Solution Supports this Use Case
9.2 Use Case 2: Laboratory Analysis
9.3 Use Case 3: Fluid Sample Characterization
9.4 Use Case 4: Fluid System Characterization
9.5 Use Case 5: Data Storage
10 Fluid and PVT Analysis: Data Model
10.1 Fluid System Object
10.2 Fluid Sample Acquisition Job Object
10.3 Fluid Sample Data Object
10.4 Fluid Sample Container Object
10.5 Fluid Analysis Object
10.5.1 Types of Laboratory Analysis Supported
10.5.2 Sample Integrity and Preparation
10.5.3 Sample Contaminant
10.5.4 Hydrocarbon Analyses
10.5.5 Atmospheric Flash and Compositional Analysis
10.5.6 Constant Composition Expansion
10.5.7 Saturation Test
10.5.8 Differential Liberation
10.5.9 Constant Volume Depletion
10.5.10 Separator
10.5.11 Transport
10.5.12 Vapor-Liquid Equilibrium
10.5.13 Swelling Test
10.5.14 Slim Tube Test
10.5.15 Multiple Contact Miscibility
10.5.16 STO Analysis
10.5.17 Interfacial Tension
10.5.18 Water Analysis
10.6 Fluid Characterization
10.6.1 Model-Parametric Output
10.6.2 Tabular Output
10.7 Fluid Composition
11 Fluid and PVT Analysis: Worked Examples
11.1 End-to-End Worked Example
11.1.1 Fluid System
11.1.2 Fluid Sample Acquisition Job
11.1.3 Fluid Sample Container
11.1.4 Fluid Sample
11.1.5 Fluid Analysis
11.1.5.1 Hydrocarbon Analysis
11.1.5.2 Water Analysis
11.1.6 Fluid Characterization
11.2 Other examples
12 Appendix for Fluid and PVT Analysis
12.1 Fluid Components Defined in the Model
12.1.1 Pure Fluid Components
12.1.2 Pseudo Fluid Components
12.1.3 Plus Fluid Components
12.2 PVT Models
12.2.1 Correlation PVT Models – Viscosity
12.2.2 Compositional EoS
12.2.3 Compositional – Viscosity
12.2.4 Compositional – Thermal
12.3 Fluid Properties that can be Output to Tables
13 Introduction to DTS
13.1 Overview of DTS
13.2 The Business Case
13.2.1 Business Drivers and Benefits
13.2.2 Challenges with DTS Data
13.3 Scope and Use Cases
14 Use Cases and Key Concepts
14.1 Use Cases
14.1.1 Use Case 1: Represent an Optical Fiber Installation
14.1.2 Use Case 2: Capture DTS Measurements for Transport and Storage
14.1.3 Use Case 3: Manipulation of DTS-derived Temperature Log Curves
14.2 Key Data Model Concepts
14.2.1 Data Model Overview
14.3 Defining the Optical Path
14.3.1 Fiber Optical Path
14.3.2 Optical Path Inventory Representation
14.3.3 Optical Path Network Representation
14.3.4 Facility Mappings
14.3.5 Fiber Defects
14.3.6 Conveyance
14.3.7 Historical Information
14.4 Defining the DTS Instrument Box
14.5 Defining the Distributed Sensing Installed System
14.5.1 Distributed Sensing Installed System Concept
14.5.2 Distributed Sensing Installed System Examples
14.6 DTS Measurements
15 DTS Worked Examples
15.1 Use Case 1: Represent an Optical Fiber Installation
15.1.1 Instrument Box
15.1.2 Installed System
15.2 Use Case 2: Capturing DTS measurements for Transport and Storage
15.3 Use Case 3: Manipulation of DTS-derived Temperature Log Curves
16 Appendix for DTS: Fiber Optic Technology and DTS Measurements
16.1 Principles
16.2 Equipment: Instrument Box and Fiber
16.3 Installation in Wellbores
16.4 Calibrations
16.5 Measurements
17 Introduction to DAS
17.1 Overview of DAS
17.2 The Business Case
17.2.1 Benefits of DAS-based Systems
17.2.2 Challenges of DAS
17.3 Scope of DAS Data Objects
17.3.1 DAS Data Objects
17.4 DAS Use Cases and Workflow
17.4.1 DAS Workflow
18 DAS: Key Concepts, Workflow, and Use Cases
18.1 DAS Measurement Concepts
18.1.1 Terminology
18.1.2 Principles: Pulse and Backscatter of Light
18.1.2.1 Example: Intensity-Based, Single-Pulse DAS system
18.1.3 Measurements: Pulse Rate and Sample Locations
18.1.4 DAS Equipment and Data Types: Raw and Processed Data
18.2 DAS Data Life Cycle
19 DAS: Data Model
19.1 Data Model and Technology Overview
19.1.1 Technology
19.1.1.1 UML for Data Modeling and XSD Generation
19.1.1.2 XML
19.1.1.3 HDF5
19.1.1.4 EPC
19.1.1.5 Important Usage of these Technologies for DAS
19.2 Defining the Optical Path
19.3 Defining the DAS Instrument Box
19.4 Defining the DAS Installed System
19.5 Defining the DAS Acquisition Data (Raw and Processed Data)
19.5.1 High-Level Conceptual Model
19.5.2 Overview of the HDF5 File
19.5.3 HDF5 File Array Configuration Options
19.5.4 HDF5 Structure and Naming Conventions (Required for DAS)
19.5.5 Attributes in HDF5
19.6 Overview of the DAS Acquisition UML Model
19.7 DAS Acquisition Object Details
19.7.1 DAS Instrument Box
19.7.2 Fiber Optic Path
19.7.3 DAS Calibration
19.7.4 DAS Raw
19.7.5 DAS Custom
19.7.6 DAS Processed
19.7.7 DAS FBE
19.7.8 DAS Spectra
19.8 DAS Array
19.8.1 DAS Raw
19.8.2 DAS FBE Data
19.8.3 DAS Spectra Data
19.8.4 DAS Time Array
19.8.5 DAS External Dataset Part
19.8.5.1 Example
20 DAS Worked Example
20.1 Overview of the Example Files
20.2 EPC “Container ” File
20.3 Optical Path
20.4 Instrument Box
20.5 Relationships Between XML Metadata and Arrays
20.6 Acquisition Data
20.6.1 DAS Acquisition
20.6.1.1 Acquisition Timing
20.6.2 DAS Calibration
20.6.3 DAS Raw data
20.6.4 DAS FBE data
20.6.4.1 DAS FBE ‘trace’ Times
20.6.5 DAS Spectra data
20.6.5.1 DAS Spectra ‘trace’ times
21 Code Examples: Use Cases
22 Appendix for DAS
22.1 DAS Terminology
22.2 Use Cases
22.2.1 Actors
22.2.2 Use Case: Define Acquisition Requirements with Customer
22.2.3 Use Case: Represent Fiber Optic Installation
22.2.4 Use Case: Configure DAS Equipment for Acquisition
22.2.5 Use Case: Perform Data Acquisition
22.2.6 Use Case: Post-Process DAS Data
23 Wireline Formation Tester
23.1 Overview of Wireline Formation Tester and WftRun Data Object
23.2 WftRun Data Object Outline
24 Product Volume
24.1 Usage of Product Volume vs. Simple Product Volume Reporting
24.2 Overview of Product Volume
24.3 Product Volume Associated with Product Flow Model
24.4 Further Information on Product Volume
25 Product Flow Model
25.1 Overview of Product Flow Model
25.2 Simple Flow Network Example
25.2.1 Product Flow Model Construction
25.3 Further Information on Product Flow Network
26 Time Series
26.1 Time Series in Energistics
26.2 Time Series Data Object Overview
26.3 Asset Identifier
26.4 Value Status Attribute
26.5 Time Series Statistic Object
26.6 Further Information on Time Series
27 WellTest
27.1 WellTest Data Object Overview
28 Production Operation
28.1 Production Operation Data Object Overview
29 Data Object Reference List for PRODML v2.0
29.1 DasAcquisition
29.1.1 DasAcquisition
29.1.2 DasCalibration
29.1.3 DasCalibrationPoint
29.1.4 DasCalibrationType
29.1.5 DasCalibrationTypeExt
29.1.6 DasCustom
29.1.7 DasDimensions
29.1.8 DasExternalDatasetPart
29.1.9 DasFbe
29.1.10 DasFbeData
29.1.11 DasInstrumentBox
29.1.12 DasProcessed
29.1.13 DasRaw
29.1.14 DasRawData
29.1.15 DasSpectra
29.1.16 DasSpectraData
29.1.17 DasTimeArray
29.1.18 FacilityKind
29.2 DtsInstalledSystem
29.2.1 DtsCalibration
29.2.2 DtsInstalledSystem
29.3 DtsInstrumentBox
29.3.1 AbstractDtsEquipment
29.3.2 DtsInstrumentBox
29.3.3 DtsPatchCord
29.3.4 Instrument
29.4 DtsMeasurement
29.4.1 DtsInterpretationData
29.4.2 DtsInterpretationLogSet
29.4.3 DtsMeasurement
29.4.4 DtsMeasurementTrace
29.4.5 InterpretationProcessingType
29.4.6 OpticalPathConfiguration
29.4.7 TraceProcessingType
29.5 FiberOpticalPath
29.5.1 AbstractAttenuationMeasure
29.5.2 AbstractCable
29.5.3 AbstractFiberFacility
29.5.4 CableType
29.5.5 ControlLineEncapsulationSize
29.5.6 ControlLineEncapsulationType
29.5.7 ControlLineMaterial
29.5.8 ControlLineSize
29.5.9 FiberCommon
29.5.10 FiberConnection
29.5.11 FiberConnectorTypes
29.5.12 FiberControlLine
29.5.13 FiberConveyance
29.5.14 FiberEndType
29.5.15 FiberFacilityGeneric
29.5.16 FiberFacilityMapping
29.5.17 FiberFacilityMappingPart
29.5.18 FiberFacilityPipeline
29.5.19 FiberFacilityWell
29.5.20 FiberOneWayAttenuation
29.5.21 FiberOpticalPath
29.5.22 FiberOpticalPathInventory
29.5.23 FiberOpticalPathNetwork
29.5.24 FiberOpticalPathSegment
29.5.25 FiberOTDR
29.5.26 FiberOTDRInstrumentBox
29.5.27 FiberPathDefect
29.5.28 FiberPumpActivity
29.5.29 FiberRefractiveIndex
29.5.30 FiberSplice
29.5.31 FiberSpliceTypes
29.5.32 FiberTerminator
29.5.33 FiberTurnaround
29.5.34 Frequency
29.5.35 InterventionConveyance
29.5.36 InterventionConveyanceType
29.5.37 OTDRDirection
29.5.38 OTDRReason
29.5.39 PathDefectTypes
29.5.40 PermanentCable
29.5.41 PermanentCableInstallationType
29.5.42 TerminationType
29.5.43 WaveLength
29.6 FluidAnalysis
29.6.1 AbstractGasProducedRatioVolume
29.6.2 AbstractLiquidDropoutPercVolume
29.6.3 AbstractOilVolShrinkage
29.6.4 AtmosphericFlashTestAndCompositionalAnalysis
29.6.5 CompressibilityKind
29.6.6 ConstantCompositionExpansionTest
29.6.7 ConstantCompositionExpansionTestStep
29.6.8 ConstantVolumeDepletionTest
29.6.9 CumulativeGasProducedRatioStd
29.6.10 CumulativeGasProducedVol
29.6.11 DifferentialLiberationTest
29.6.12 FlashedGas
29.6.13 FlashedLiquid
29.6.14 FluidAnalysis
29.6.15 FluidAnalysisReport
29.6.16 FluidAnalysisStepCondition
29.6.17 FluidContaminant
29.6.18 FluidCvdTestStep
29.6.19 FluidDifferentialLiberationTestStep
29.6.20 FluidSeparatorTest
29.6.21 FluidSeparatorTestStep
29.6.22 FluidVolumeReference
29.6.23 HydrocarbonAnalysis
29.6.24 InjectedGas
29.6.25 InterfacialTensionTest
29.6.26 InterfacialTensionTestStep
29.6.27 LiquidDropoutFraction
29.6.28 LiquidVolume
29.6.29 MassBalance
29.6.30 MassIn
29.6.31 MassOut
29.6.32 MultipleContactMiscibilityTest
29.6.33 OilCompressibility
29.6.34 OilShrinkageFactor
29.6.35 OilVolume
29.6.36 OtherMeasurementTest
29.6.37 OtherMeasurementTestStep
29.6.38 PhaseDensity
29.6.39 PhaseViscosity
29.6.40 ProducedGasProperties
29.6.41 ProducedOilProperties
29.6.42 RefInjectedGasAdded
29.6.43 RelativeVolumeRatio
29.6.44 ReportLocation
29.6.45 SampleContaminant
29.6.46 SampleIntegrityAndPreparation
29.6.47 SampleQuality
29.6.48 SampleRestoration
29.6.49 Sara
29.6.50 SaturationPressure
29.6.51 SaturationTemperature
29.6.52 SaturationTest
29.6.53 SeparatorConditions
29.6.54 SlimTubeSpecification
29.6.55 SlimTubeTest
29.6.56 SlimTubeTestStep
29.6.57 SlimTubeTestVolumeStep
29.6.58 STOAnalysis
29.6.59 STOFlashedLiquid
29.6.60 SwellingTest
29.6.61 SwellingTestStep
29.6.62 ThermodynamicPhase
29.6.63 VaporLiquidEquilibriumTest
29.6.64 ViscosityAtTemperature
29.6.65 VolumeReferenceKind
29.6.66 WaterAnalysis
29.6.67 WaterAnalysisTest
29.6.68 WaterAnalysisTestStep
29.6.69 WaterSampleComponent
29.7 FluidCharacterization
29.7.1 AbstractCompositionalEoSModel
29.7.2 AbstractCompositionalModel
29.7.3 AbstractCompositionalViscosityModel
29.7.4 AbstractCorrelationGasViscosityModel
29.7.5 AbstractCorrelationModel
29.7.6 AbstractCorrelationViscosityBubblePointModel
29.7.7 AbstractCorrelationViscosityDeadModel
29.7.8 AbstractCorrelationViscosityModel
29.7.9 AbstractCorrelationViscosityUndersaturatedModel
29.7.10 AbstractPvtModel
29.7.11 ApplicationInfo
29.7.12 BerganAndSutton-Undersaturated
29.7.13 BerganSutton-Dead
29.7.14 BergmanSutton-BubblePoint
29.7.15 BinaryInteractionCoefficient
29.7.16 BinaryInteractionCoefficientSet
29.7.17 CarrDempsey
29.7.18 ComponentPropertySet
29.7.19 CompositionalThermalModel
29.7.20 CorrelationThermalModel
29.7.21 CSPedersen84
29.7.22 CSPedersen87
29.7.23 CustomPvtModelExtension
29.7.24 CustomPvtModelParameter
29.7.25 DeGhetto-BubblePoint
29.7.26 DeGhetto-Dead
29.7.27 DeGhetto-Undersaturated
29.7.28 DindorukChristman-BubblePoint
29.7.29 DindorukChristman-Dead
29.7.30 DindorukChristman-Undersaturated
29.7.31 FluidCharacterization
29.7.32 FluidCharacterizationModel
29.7.33 FluidCharacterizationSource
29.7.34 FluidCharacterizationTable
29.7.35 FluidCharacterizationTableColumn
29.7.36 FluidCharacterizationTableConstant
29.7.37 FluidCharacterizationTableFormat
29.7.38 FluidCharacterizationTableFormatSet
29.7.39 FluidCharacterizationTableRow
29.7.40 FluidComponentProperty
29.7.41 FrictionTheory
29.7.42 LeeGonzalez
29.7.43 Lohrenz-Bray-ClarkCorrelation
29.7.44 LondonoArcherBlasinggame
29.7.45 Lucas
29.7.46 MixingRule
29.7.47 OutputFluidProperty
29.7.48 OutputFluidPropertyExt
29.7.49 PengRobinson76_EOS
29.7.50 PengRobinson78_EOS
29.7.51 PetroskyFarshad-BubblePoint
29.7.52 PetroskyFarshad-Dead
29.7.53 PetroskyFarshad-Undersaturated
29.7.54 PrsvParameter
29.7.55 PvtModelParameter
29.7.56 PvtModelParameterKind
29.7.57 PvtModelParameterKindExt
29.7.58 PvtModelParameterSet
29.7.59 ReferenceSeparatorStage
29.7.60 saturationKind
29.7.61 Srk_EOS
29.7.62 Standing-BubblePoint
29.7.63 Standing-Dead
29.7.64 Standing-Undersaturated
29.7.65 TableDelimiter
29.8 FluidSample
29.8.1 FluidSample
29.8.2 FluidSampleAcquisitionJobSource
29.8.3 FluidSampleChainofCustodyEvent
29.8.4 FluidSampleComposition
29.8.5 FluidSampleKind
29.8.6 SampleAction
29.8.7 SampleRecombinationRequirement
29.9 FluidSampleAcquisitionJob
29.9.1 DownholeSampleAcquisition
29.9.2 FacilitySampleAcquisition
29.9.3 FluidSampleAcquisition
29.9.4 FluidSampleAcquisitionJob
29.9.5 SeparatorSampleAcquisition
29.9.6 WellheadSampleAcquisition
29.9.7 WftSampleAcquisitionJob
29.10 FluidSampleContainer
29.10.1 FluidSampleContainer
29.11 FluidSystem
29.11.1 FluidSystem
29.11.2 PhasePresent
29.11.3 ReservoirLifeCycleState
29.12 ProdmlCommon
29.12.1 AbstractDateTimeClass
29.12.2 AbstractFluidComponent
29.12.3 AddressKindEnum
29.12.4 AddressQualifier
29.12.5 BusinessAssociate
29.12.6 BusinessUnitKind
29.12.7 CalendarMonth
29.12.8 CalendarYear
29.12.9 CalibrationParameter
29.12.10 DatedComment
29.12.11 EmailQualifierStruct
29.12.12 EndpointQualifiedDate
29.12.13 EndpointQualifiedDateTime
29.12.14 EndpointQualifier
29.12.15 EndpointQualifierInterval
29.12.16 FacilityIdentifier
29.12.17 FacilityIdentifierStruct
29.12.18 FacilityParameter
29.12.19 FiberMode
29.12.20 FlowQualifier
29.12.21 FlowSubQualifier
29.12.22 FluidComponent
29.12.23 FluidComponentCatalog
29.12.24 FormationWater
29.12.25 GeneralAddress
29.12.26 GeneralMeasureType
29.12.27 GeneralQualifiedMeasure
29.12.28 GeographicContext
29.12.29 GeologyFeature
29.12.30 GeologyType
29.12.31 IndexedObject
29.12.32 IntegerQualifiedCount
29.12.33 KeywordValueStruct
29.12.34 KindQualifiedString
29.12.35 LiquidComposition
29.12.36 MeasuredDepthCoord
29.12.37 MeasureOrQuantity
29.12.38 NameStruct
29.12.39 NaturalGas
29.12.40 NonNegativeFraction
29.12.41 NorthSeaOffshore
29.12.42 OffshoreLocation
29.12.43 OverallComposition
29.12.44 PersonName
29.12.45 PhoneNumberStruct
29.12.46 PhoneType
29.12.47 PlusComponentEnum
29.12.48 PlusComponentEnumExt
29.12.49 PlusFluidComponent
29.12.50 ProdmlRelativeIdentifier
29.12.51 ProductFlowExternalReference
29.12.52 ProductFlowNetwork
29.12.53 ProductFlowPortType
29.12.54 ProductFluidKind
29.12.55 PseudoComponentEnum
29.12.56 PseudoComponentEnumExt
29.12.57 PseudoFluidComponent
29.12.58 PureComponentEnum
29.12.59 PureComponentEnumExt
29.12.60 PureFluidComponent
29.12.61 ReportingDurationKind
29.12.62 ReportingEntityKind
29.12.63 ReportingFacility
29.12.64 ReportingFlow
29.12.65 ReportingProduct
29.12.66 ReservoirFluidKind
29.12.67 SafetyType
29.12.68 SaturationPointKind
29.12.69 ServiceFluidKind
29.12.70 StartEndDate
29.12.71 StartEndTime
29.12.72 StockTankOil
29.12.73 TimeSeriesKeyword
29.12.74 ValueStatus
29.12.75 VaporComposition
29.12.76 VolumeQualifiedMeasure
29.12.77 WellDirection
29.12.78 WellElevationCoord
29.12.79 WellFluid
29.12.80 WellVerticalDepthCoord
29.13 ProductFlowModel
29.13.1 ConnectedNode
29.13.2 ExpectedFlowQualifier
29.13.3 ProductFlowChangeLog
29.13.4 ProductFlowExpectedUnitProperty
29.13.5 ProductFlowExternalPort
29.13.6 ProductFlowModel
29.13.7 ProductFlowNetworkPlan
29.13.8 ProductFlowPort
29.13.9 ProductFlowQualifierExpected
29.13.10 ProductFlowUnit
29.13.11 Qualifier
29.13.12 RelativeCoordinate
29.14 ProductVolume
29.14.1 AbstractMeasureDataType
29.14.2 AbstractRefProductFlow
29.14.3 AbstractRelatedFacilityObject
29.14.4 BalanceDestinationType
29.14.5 BalanceEventKind
29.14.6 BalanceFlowPart
29.14.7 CalculationMethod
29.14.8 CommonPropertiesProductVolume
29.14.9 CurveData
29.14.10 CurveDefinition
29.14.11 FacilityParent
29.14.12 FacilityUnitPort
29.14.13 FluidComponentBasis
29.14.14 IntegerData
29.14.15 OwnershipBusinessAcct
29.14.16 Parentfacility
29.14.17 ProductVolume
29.14.18 ProductVolumeAlert
29.14.19 ProductVolumeBalanceDetail
29.14.20 ProductVolumeBalanceEvent
29.14.21 ProductVolumeBalanceSet
29.14.22 ProductVolumeBusinessSubUnit
29.14.23 ProductVolumeBusinessUnit
29.14.24 ProductVolumeComponentContent
29.14.25 ProductVolumeDestination
29.14.26 ProductVolumeFacility
29.14.27 ProductVolumeParameterSet
29.14.28 ProductVolumeParameterValue
29.14.29 ProductVolumePeriod
29.14.30 ProductVolumePortDifference
29.14.31 ProductVolumeProduct
29.14.32 ProductVolumeRelatedFacility
29.14.33 ReferenceFlow
29.14.34 StringData
29.14.35 WellOperationMethod
29.15 ProductionOperation
29.15.1 BeaufortScaleIntegerCode
29.15.2 CrewCount
29.15.3 CrewType
29.15.4 LostVolumeAndReason
29.15.5 OperationKind
29.15.6 ProductionOperation
29.15.7 ProductionOperationActivity
29.15.8 ProductionOperationAlarm
29.15.9 ProductionOperationCargoShipOperation
29.15.10 ProductionOperationHSE
29.15.11 ProductionOperationInstallationReport
29.15.12 ProductionOperationLostProduction
29.15.13 ProductionOperationMarineOperation
29.15.14 ProductionOperationOperationalComment
29.15.15 ProductionOperationSafety
29.15.16 ProductionOperationShutdown
29.15.17 ProductionOperationThirdPartyProcessing
29.15.18 ProductionOperationWaterCleaningQuality
29.15.19 ProductionOperationWeather
29.15.20 ReasonLost
29.15.21 SafetyCount
29.16 Report
29.16.1 Report
29.16.2 ReportVersionStatus
29.17 ReportingEntityModel
29.17.1 ReportingEntity
29.17.2 ReportingHierarchy
29.17.3 ReportingHierarchyNode
29.18 SimpleProductVolume
29.18.1 AbstractDisposition
29.18.2 AbstractProductQuantity
29.18.3 AbstractSimpleProductVolume
29.18.4 AssetProductionVolumes
29.18.5 DeferredProduction
29.18.6 DeferredProductionEvent
29.18.7 DispositionKind
29.18.8 DowntimeReasonCode
29.18.9 EstimationMethod
29.18.10 Injection
29.18.11 ProductDisposition
29.18.12 ProductFluid
29.18.13 ProductFluidKindExt
29.18.14 Production
29.18.15 ProductionWellPeriod
29.18.16 ProductionWellTest
29.18.17 ProductRate
29.18.18 QuantityMethod
29.18.19 ReportingEntityVolumes
29.18.20 ServiceFluid
29.18.21 ServiceFluidKindExt
29.18.22 TerminalLifting
29.18.23 TerminalLiftingDisposition
29.18.24 TestCondition
29.18.25 Transfer
29.18.26 TransferDisposition
29.18.27 TransferKind
29.18.28 WellFlowingCondition
29.18.29 WellProductionParameters
29.19 TimeSeriesData
29.19.1 AbstractValue
29.19.2 DoubleValue
29.19.3 StringValue
29.19.4 TimeSeriesData
29.19.5 TimeSeriesDoubleSample
29.19.6 TimeSeriesStringSample
29.20 TimeSeriesStatistic
29.20.1 EndpointDateTime
29.20.2 EndpointQuantity
29.20.3 TimeSeriesStatistic
29.20.4 TimeSeriesThreshold
29.21 WellTest
29.21.1 AbstractDatum
29.21.2 AbstractLocation
29.21.3 AbstractWellTest
29.21.4 DatumCRS
29.21.5 DatumName
29.21.6 EastingNorthing
29.21.7 InjectionFluid
29.21.8 LatitudeLongitude
29.21.9 LocalXY
29.21.10 Location
29.21.11 ProjectXY
29.21.12 TestReason
29.21.13 ValidationOperation
29.21.14 ValidationResult
29.21.15 ValidationState
29.21.16 WellContext
29.21.17 WellDatum
29.21.18 WellKnownNameStruct
29.21.19 WellTest
29.21.20 WellTestBottomholeData
29.21.21 WellTestCumulative
29.21.22 WellTestElectricSubmersiblePumpData
29.21.23 WellTestFluidLevelTest
29.21.24 WellTestFluidRate
29.21.25 WellTestInjectionTestData
29.21.26 WellTestInterval
29.21.27 WellTestPointData
29.21.28 WellTestProductionTestData
29.21.29 WellTestProductionTestResults
29.21.30 WellTestSeparatorData
29.21.31 WellTestTestVolume
29.21.32 WellTestValidationOperation
29.21.33 WellTestWellheadData
29.21.34 WestingSouthing
29.22 WftRun
29.22.1 WftCurveSection
29.22.2 WftEvent
29.22.3 WftEventKind
29.22.4 WftFlowingIntervalKind
29.22.5 WftInOutParameter
29.22.6 WftResultReference
29.22.7 WftRun
29.22.8 WftSampleAcquisition
29.22.9 WftStation
29.22.10 WftStationKind
29.22.11 WftTest
29.22.12 WftTestData
29.22.13 WftTestDataRole
29.22.14 WftTestKind
29.22.15 WftTestResult
29.22.16 WftTestResultKind
RESQML v2.0.1
RESQML v2.0.1
1 Introduction
1.1 What is RESQML?
1.1.1 Subsurface Workflow Challenges
1.1.2 How RESQML Helps Address These Challenges
1.1.3 RESQML Workflow: A Simple Example
1.2 Audience, Purpose, and Scope
1.2.1 Scope for 2.0.1
1.3 Documentation Conventions
1.3.1 RESQML Jargon
1.4 Resource Set
1.4.1 Energistics Resource Set
1.5 What’s New for RESQML v2.0.1?
1.5.1 Design Objectives for RESQML v2.0
1.5.2 New Capabilities in v2.0
1.5.3 Energistics Common Technical Architecture (CTA)
1.5.4 Moving from RESQML v1.1 to v2.0 +
1.6 Where to Begin
1.6.1 Further Development, Refinement of Use, and Experimentation
2 Standards and Technology Used in RESQML
2.1 Information Technology Standards
2.1.1 Data Modeling with UML and EA
2.1.1.1 Energistics and RESQML Conventions
2.1.2 XML and HDF5
2.1.2.1 XML
2.1.2.2 Hierarchical Data Format 5 (HDF5 )
2.1.3 Universally Unique Identifiers (UUIDs)
2.2 Energistics Standards
2.2.1 Energistics Packaging Conventions (EPC)
2.2.2 Coordinate Reference System (CRS)
2.2.2.1 EPSG Codes
2.2.2.2 Geographic Markup Language
2.2.3 Energy Industry Profile of ISO Metadata Standards
2.2.4 Units of Measure
2.2.5 Property Kinds
2.3 RESQML Conventions
2.3.1 Business Rules
2.3.2 Naming Conventions
2.4 RESQML Known Issues
2.4.1 The Schema Does Not Constrain Storage Size of Integers
3 Organization and Key Concepts: Overview
3.1 From Hierarchical to Object-Relationship Data Model
3.1.1 Challenges of This Data Model
3.2 Definitions and Concepts
3.2.1 RESQML Data Objects
3.2.1.1 Data object Identification and Traceability
3.2.1.2 Relationships and References
3.2.1.3 Packaging Together Data Objects
3.2.1.4 "Content" of a Data Object and Partial Model Transfer
3.2.1.5 Abstraction from Super Classes in the UML Data Model
3.2.2 Using UUIDs and EIP Metadata for Traceability to Help Manage Different Versions of a Data Object
3.2.2.1 Overview
3.2.2.2 How it Works
3.2.2.3 Conflict Resolution: Frequent Exchange in One Session
3.2.2.4 Conflict Resolution: Exchange in Multiple Sessions with Persistent Data Store
3.2.2.5 Conflict Resolution Example
3.2.3 "Knowledge Hierarchy": Features, Interpretations, Representations , and Properties
3.2.4 Topology and Geometry
3.2.5 Specifying Relationships in RESQML
3.2.6 EPC File for Grouping Data Files
3.2.6.1 HDF5 Files and EPC External Part Reference
3.3 UML Model/Schema Organization
3.4 High-Level Organization
3.4.1 Mapping of v1.1 Data Objects to v2.0 Data Objects
3.4.2 Common Data Objects
3.4.3 Feature and Interpretations
3.4.4 Representations
3.4.5 Geometry
3.4.6 Propert ies
3.4.7 Earth Model
3.4.8 Grids
3.4.9 Wells
3.4.10 Seismic Surveys
4 Common Data Objects
4.1 Background: Standardizing the Standards
4.2 Energistics Common Technical Architecture (common)
4.2.1 Abstract Objects
4.2.1.1 ObjectAlias
4.2.1.2 CustomData
4.2.1.3 Citation
4.2.1.4 AbstractCitedDataObject
4.2.1.5 Identifiers
4.2.1.6 SchemaVersion
4.2.2 Base Types
4.2.3 Object Reference
4.2.4 CRS
4.2.5 Units of Measure
4.2.5.1 Measure Types
4.2.5.2 Quantity Classes
4.3 RESQML Common Architecture (Common)
4.3.1 RESQML Abstract
4.3.1.1 Extending Data Object Definitions with NameValuePair
4.3.2 Local Coordinates Reference Systems
4.3.3 Time: Time Index, Time Series, Time Stamps , and Property Series
4.3.3.1 Examples
4.3.4 RESQML Jagged Array Construction
5 Knowledge Hierarchy : Features, Interpretations, Representations , and Properties
5.1 Features, Interpretations, Representations , and Properties
5.2 Topology and Geometry
5.3 How These Concepts are Used in the Knowledge Hierarchy
5.3.1 Feature Level
5.3.2 Interpretation Level
5.3.3 Representation Level
5.3.4 Property Level
5.4 Specifying Relationships in RESQML
5.4.1 Relationship Mechanisms: Data Object Reference
5.4.1.1 "Direction" of Data Object References
5.4.2 Example: "FIRP" Relationships
5.5 References
6 Representations (Shared Concepts)
6.1 Representations Overview
6.1.1 Differences between Patch and Subrepresentation
6.1.2 Representations can be Associated with an Interpretation
6.2 Indexing
6.2.1 Indexable Elements
6.2.2 Multi-Dimensional Arrays and HDF5 Data Storage
6.3 Patches
6.3.1 Characteristics of Patches
6.4 Subrepresentations
6.4.1 How to Create a Subrepresentation Based on Multiple Representations
6.5 Representation Identities
6.6 Redefined Geometry Representations
6.7 Representation Set Representation
7 Geometry
7.1 Overview
7.2 Points, Lines, and Planes
7.3 Parametric Points and Lines
7.3.1 Cubic Splines
7.3.2 Tangential Cubic Splines
7.3.3 Natural Cubic Splines
7.3.4 Z Linear Cubic Splines
7.3.5 Minimum-Curvature Splines
7.3.6 Example: Tangential and Natural Cubic Splines
7.4 References for Geometry
8 Properties
8.1 Overview of How it Works
8.2 Property
8.2.1 Property Kind
8.2.2 Facets
8.2.3 Mapping Simulator Key Words to Property Aliases
8.2.4 Units of Measure
8.3 Geometrical Information Stored as a Property
8.4 Property Set
8.5 Time Information: Time Step and Time Series
9 Earth Model
9.1 What is a RESQML Earth Model and how can it be Used?
9.1.1 Earth Model Feature
9.1.2 Earth Model Interpretation
9.1.3 Use of Earth Model Interpretations
9.2 Components of Earth Model Organizations
9.2.1 Features
9.2.2 Structural and Stratigraphic Interpretations
9.2.2.1 Individual Feature Interpretations
9.2.2.2 Contact Interpretations
9.2.2.2.1 Contact Interpretation Part
9.2.2.3 Organization Interpretations
9.3 Examples: How to Use RESQML in the Life Cycle of an Earth Model
9.3.1 Example 1: Creating an Earth Model
9.3.1.1 Step 1: Prospect Creation after Seismic Interpretation
9.3.1.1.1 Preparing for Data Exchange
9.3.1.1.2 Organization Interpretations Set Up
9.3.1.2 Step 2: Structural Modeling
9.3.1.2.1 Creation of New Surface Representations
9.3.1.2.2 Creating a Structural Organization Interpretation and a Non-Sealed Surface Framework Representation
9.3.1.2.3 Creating a Sealed Surface Framework Representation in a Structural Organization Interpretation
9.3.1.3 Step 3: Stratigraphic Modeling
9.3.1.3.1 Creating a Stratigraphic Organization Interpretation and a Sealed Volume Framework Representation
9.3.1.3.2 Creating a Stratigraphic Organization Interpretation and a Grid Representation
9.3.2 Example 2: Possible Next Steps: How to Reuse/Update a Complete Earth Model for Static Property Modeling and Flow Simulation
9.3.2.1 Elements Contained in EPC_5
9.3.2.2 Strategy that can be Used to Update the Earth Model
9.3.3 Example 3: Strategy to Re-Engineer an “Ancient” 3D Grid
9.4 References
10 Structural and Stratigraphic Representations
10.1 Introduction
10.2 Individual Representations
10.2.1 Patch Management
10.2.2 Points
10.2.3 Polylines
10.2.3.1 Polyline Representations
10.2.3.2 Polyline Set Representations
10.2.4 Surfaces
10.2.4.1 Triangulated Set Representations
10.2.4.2 Grid 2D Representation and Grid 2D Set Representation
10.2.4.3 How to Use a Point3D Lattice to Complement the Geometry of a 2D Grid Representation
10.2.5 Plane Set Representation
10.3 Organization Representations (Representation Sets and Frameworks)
10.3.1 Representation Set Representation
10.3.2 Framework Representations
10.3.2.1 Non-sealed Surface Framework Representation
10.3.2.2 Sealed Surface Framework Representation
10.3.2.3 Sealed Volume Framework Representation
11 Grids
11.1 Grids: Quick Start
11.1.1 Topology
11.1.2 Geometry
11.1.3 Feature Interpretations
11.1.4 Properties
11.1.5 Advice on Grid Export
11.1.6 Advice on Grid Import
11.2 Example of Grids that can be Transferred with RESQML
11.2.1 Local Grids
11.3 Grid Topology
11.3.1 Fundamental Grid Classes
11.3.2 Truncated Cell Grids
11.3.3 General Purpose Grid
11.3.3.1 Examples of Use
11.3.3.2 Indexing
11.4 Grid Cell Geometry
11.4.1 Block-Centered Cells
11.4.2 Column-Layer Cells
11.4.3 Unstructured Cells
11.5 Grid Element Indexing
11.5.1 Indexes that Cannot be Uniquely Determined
11.5.2 Multi-Dimensional Arrays
11.5.3 Elements per Object
11.6 Faulted Grids
11.6.1 How to Transfer Fault Blocks
11.7 Additional Grid Geometry and Topology
11.7.1 Higher Order Grid Geometry and Properties
11.7.2 Finite Element Subnodes
11.8 Local, Child and Parent Grids
11.8.1 Local Grids
11.8.2 Parentage and Re-Gridding
11.8.2.1 Example Regridding: Radial Grid Near a Well
11.9 Link between Grids and other Domain Objects
11.10 Unstructured Grids
11.10.1 Unstructured Geometry
11.10.1.1 Unstructured Geometry Extensions
11.10.2 Unstructured Grid Representation
11.10.2.1 Alternate Indexing Use Case
11.10.3 Unstructured Grid Indexable Elements
11.11 Column-Layer Grid Geometry
11.11.1 Pillars and Columns
11.11.2 Coordinate Lines
11.11.3 Additional Information Included in this Construction
11.11.4 Supported Extensions
11.12 IJK Grids
11.12.1 IJK Grid Geometry
11.12.2 IJK Grid Representation
11.12.3 IJK Grid Indexable Elements
11.12.3.1 Special Consideration: Column Edge
11.12.4 IJK Grid Origin
11.12.5 IJK Cartesian and Radial Cell Interpolation
11.13 Unstructured Column-Layer Grids
11.13.1 Unstructured Column-Layer Grid Geometry
11.13.2 Unstructured Column-Layer Grid Representation
11.13.3 Unstructured Column-Layer Grid Indexable Elements
11.14 Truncated Column-Layer Grid Representation
11.15 General Purpose (GP) Grid Representation
11.16 Grid Connection Set Representation
11.17 How to Transfer Active Cells (Ex: actnum)
11.18 How to Transfer Regions for Flow Simulation Initialization
11.19 Grid Examples
11.19.1 Eclipse GRDECL File as an IJK Grid
11.19.2 4x3x2 Faulted IJK Grid
11.19.3 Fault Representations on the 4x3x2 Faulted IJK Grid
11.19.4 Stratigraphic Column Representations on an IJK Grid
11.19.5 Small IJK Grid with Nested Local Grid Refinement
11.19.6 IJK Grid with Proportional Layering
11.19.7 Higher Order Finite Element Prism24 Unstructured Column-layer Grid
11.19.8 Block-Centered General Purpose Grid
11.19.9 Unstructured Grid with Discontinuous Properties
11.20 References
12 Wells
12.1 Special Requirements for Using WITSML 1.4.1 Data Objects with RESQML (in an EPC File)
12.2 Wellbore Organization Overview
12.2.1 Wellbore Feature
12.2.2 Wellbore Interpretation
12.2.3 Wellbore Location
12.2.3.1 Wellbore Trajectory Representation
12.2.3.2 MD Datum
12.2.3.3 Deviation Survey
12.3 Well Logs
12.4 Markers and Links to Geological Boundaries
12.4.1 How to Transfer Dip and Azimuth of a Well Marker
12.5 Interpretations and Links to Organizations
12.6 Blocked Wells
12.7 Example: Two Vertical Wells
12.7.1 Class Diagram
12.7.2 Instance Diagram
13 Seismic
13.1 Seismic Lattice
13.2 Seismic Lattice Representation
13.3 Seismic Line
13.4 Seismic Survey as a Part of the Geometry of the Business Object
13.4.1 Example
13.5 Seismic Survey as Extra Information on the Geometry of a Representation
13.6 How to Exchange Horizons on a Seismic 2D Section
13.6.1 Use Case
13.6.2 Interpretation from a 2D Line
13.6.3 Interpretation of a 2D Extract from a 3D Dataset
13.7 Seismic Survey Representations on a Grid
14 Data Object Reference List for RESQML v2.0.1
14.1 Introduction
14.1.1 Data Modeling with UML and EA
14.1.2 Audience, Purpose, and Scope
14.1.2.1 Audience Assumptions
14.1.3 Documentation Conventions
14.1.4 Resource Set
14.1.4.1 Energistics Resource Set
14.1.5 Model Overview
14.2 Common
14.2.1 AbstractLocal3dCrs
14.2.2 AbstractResqmlDataObject
14.2.3 LocalDepth3dCrs
14.2.4 LocalTime3dCrs
14.2.5 NameValuePair
14.2.6 Point3d
14.2.7 ResqmlJaggedArray
14.2.8 TimeIndex
14.2.9 TimeSeries
14.2.10 TimeSeriesParentage
14.2.11 Timestamp
14.3 Features
14.3.1 <Main Package>
14.3.1.1 AbstractFeature
14.3.2 Geologic Features
14.3.2.1 Phase
14.3.2.2 FluidContact
14.3.2.3 GeneticBoundaryKind
14.3.2.4 OrganizationKind
14.3.2.5 TectonicBoundaryKind
14.3.2.6 AbstractGeologicFeature
14.3.2.7 BoundaryFeature
14.3.2.8 ChronostratigraphicRank
14.3.2.9 FluidBoundaryFeature
14.3.2.10 GeneticBoundaryFeature
14.3.2.11 GeobodyFeature
14.3.2.12 GeologicUnitFeature
14.3.2.13 GlobalChronostratigraphicColumn
14.3.2.14 OrganizationFeature
14.3.2.15 RockFluidUnitFeature
14.3.2.16 StratigraphicUnitFeature
14.3.2.17 TectonicBoundaryFeature
14.3.3 Technical Features
14.3.3.1 AbstractSeismicSurveyFeature
14.3.3.2 AbstractTechnicalFeature
14.3.3.3 FrontierFeature
14.3.3.4 SeismicLatticeFeature
14.3.3.5 SeismicLatticeSetFeature
14.3.3.6 SeismicLineFeature
14.3.3.7 SeismicLineSetFeature
14.3.3.8 WellboreFeature
14.3.3.9 WitsmlWellboreReference
14.4 Geometry
14.4.1 AbstractGeometry
14.4.2 AbstractParametricLineArray
14.4.3 AbstractParametricLineGeometry
14.4.4 AbstractPlaneGeometry
14.4.5 AbstractPoint3dArray
14.4.6 HorizontalPlaneGeometry
14.4.7 ParametricLineArray
14.4.8 ParametricLineFromRepresentationGeometry
14.4.9 ParametricLineFromRepresentationLatticeArray
14.4.10 ParametricLineGeometry
14.4.11 ParametricLineIntersections
14.4.12 Point2dHdf5Array
14.4.13 Point3dFromRepresentationLatticeArray
14.4.14 Point3dHdf5Array
14.4.15 Point3dLatticeArray
14.4.16 Point3dOffset
14.4.17 Point3dParametricArray
14.4.18 Point3dZValueArray
14.4.19 PointGeometry
14.4.20 ThreePoint3d
14.4.21 TiltedPlaneGeometry
14.5 Interpretations
14.5.1 ContactRelationship
14.5.2 ContactSide
14.5.3 Domain
14.5.4 ContactMode
14.5.5 ContactVerb
14.5.6 GeologicUnitComposition
14.5.7 Geobody3dShape
14.5.8 SequenceStratigraphySurface
14.5.9 DepositionMode
14.5.10 BoundaryRelation
14.5.11 GeologicUnitMaterialImplacement
14.5.12 OrderingCriteria
14.5.13 ThrowKind
14.5.14 AbstractContactInterpretationPart
14.5.15 AbstractFeatureInterpretation
14.5.16 AbstractOrganizationInterpretation
14.5.17 AbstractStratigraphicOrganizationInterpretation
14.5.18 BinaryContactInterpretationPart
14.5.19 BoundaryFeatureInterpretation
14.5.20 ContactElementReference
14.5.21 EarthModelInterpretation
14.5.22 FaultInterpretation
14.5.23 FaultThrow
14.5.24 GenericFeatureInterpretation
14.5.25 GeobodyBoundaryInterpretation
14.5.26 GeobodyInterpretation
14.5.27 GeologicUnitInterpretation
14.5.28 GeologicUnitInterpretationIndex
14.5.29 HorizonInterpretation
14.5.30 HorizonInterpretationIndex
14.5.31 MultipleContactInterpretationPart
14.5.32 RockFluidOrganizationInterpretation
14.5.33 RockFluidUnitInterpretation
14.5.34 RockFluidUnitInterpretationIndex
14.5.35 StratigraphicColumn
14.5.36 StratigraphicColumnRankInterpretation
14.5.37 StratigraphicOccurrenceInterpretation
14.5.38 StratigraphicUnitInterpretation
14.5.39 StratigraphicUnitInterpretationIndex
14.5.40 StructuralOrganizationInterpretation
14.5.41 TimeInterval
14.5.42 WellboreInterpretation
14.6 Properties
14.6.1 Facet
14.6.2 TimeSetKind
14.6.3 ResqmlPropertyKind
14.6.4 ResqmlUom
14.6.5 AbstractBooleanArray
14.6.6 AbstractDoubleArray
14.6.7 AbstractIntegerArray
14.6.8 AbstractProperty
14.6.9 AbstractPropertyKind
14.6.10 AbstractPropertyLookup
14.6.11 AbstractValueArray
14.6.12 AbstractValuesProperty
14.6.13 BooleanArrayFromDiscretePropertyArray
14.6.14 BooleanArrayFromIndexArray
14.6.15 BooleanConstantArray
14.6.16 BooleanHdf5Array
14.6.17 CategoricalProperty
14.6.18 CommentProperty
14.6.19 ContinuousProperty
14.6.20 DiscreteProperty
14.6.21 DoubleConstantArray
14.6.22 DoubleHdf5Array
14.6.23 DoubleLatticeArray
14.6.24 DoubleLookup
14.6.25 DoubleTableLookup
14.6.26 IntegerArrayFromBooleanMaskArray
14.6.27 IntegerConstantArray
14.6.28 IntegerHdf5Array
14.6.29 IntegerLatticeArray
14.6.30 IntegerRangeArray
14.6.31 LocalPropertyKind
14.6.32 PatchOfPoints
14.6.33 PatchOfValues
14.6.34 PointsProperty
14.6.35 PropertyKind
14.6.36 PropertyKindFacet
14.6.37 PropertySet
14.6.38 StandardPropertyKind
14.6.39 StringHdf5Array
14.6.40 StringLookup
14.6.41 StringTableLookup
14.7 Representations
14.7.1 <Main Package>
14.7.1.1 IndexableElements
14.7.1.2 IdentityKind
14.7.1.3 AbstractRepresentation
14.7.1.4 ElementIdentity
14.7.1.5 ElementIndices
14.7.1.6 Patch
14.7.1.7 Patch1d
14.7.1.8 PatchOfGeometry
14.7.1.9 RedefinedGeometryRepresentation
14.7.1.10 RepresentationIdentity
14.7.1.11 RepresentationIdentitySet
14.7.1.12 RepresentationSetRepresentation
14.7.1.13 SubRepresentation
14.7.1.14 SubRepresentationPatch
14.7.2 Seismic Representations
14.7.2.1 AbstractSeismicCoordinates
14.7.2.2 Seismic2dCoordinates
14.7.2.3 Seismic3dCoordinates
14.7.3 Grids
14.7.3.1 IjkIndexableElements
14.7.3.2 KDirection
14.7.3.3 PillarShape
14.7.3.4 GridGeometryAttachment
14.7.3.5 CellShape
14.7.3.6 ColumnShape
14.7.3.7 SubnodeNodeObject
14.7.3.8 UnstructuredCellIndexableElements
14.7.3.9 UnstructuredColumnLayerIndexableElements
14.7.3.10 AbstractColumnLayerGridGeometry
14.7.3.11 AbstractColumnLayerGridRepresentation
14.7.3.12 AbstractGridGeometry
14.7.3.13 AbstractGridRepresentation
14.7.3.14 AbstractParentWindow
14.7.3.15 AbstractTruncatedColumnLayerGridRepresentation
14.7.3.16 Activation
14.7.3.17 AdditionalGridPoints
14.7.3.18 AdditionalGridTopology
14.7.3.19 CellFluidPhaseUnits
14.7.3.20 CellOverlap
14.7.3.21 CellParentWindow
14.7.3.22 CellStratigraphicUnits
14.7.3.23 ColumnLayerParentWindow
14.7.3.24 ColumnLayerSplitColumnEdges
14.7.3.25 ColumnLayerSplitCoordinateLines
14.7.3.26 ColumnLayerSubnodeTopology
14.7.3.27 ColumnSubnodePatch
14.7.3.28 ConnectionInterpretations
14.7.3.29 Edges
14.7.3.30 GpGridColumnLayerGrid
14.7.3.31 GpGridIjkGridPatch
14.7.3.32 GpGridRepresentation
14.7.3.33 GpGridUnstructuredColumnLayerGridPatch
14.7.3.34 GpGridUnstructuredGridPatch
14.7.3.35 GridConnectionSetRepresentation
14.7.3.36 IjGaps
14.7.3.37 IjkGridGeometry
14.7.3.38 IjkGridRepresentation
14.7.3.39 IjkParentWindow
14.7.3.40 IjSplitColumnEdges
14.7.3.41 Intervals
14.7.3.42 IntervalStratigraphicUnits
14.7.3.43 KGaps
14.7.3.44 LocalGridSet
14.7.3.45 NodesPerCell
14.7.3.46 OverlapVolume
14.7.3.47 Regrid
14.7.3.48 SplitEdges
14.7.3.49 SplitFaces
14.7.3.50 SplitNodePatch
14.7.3.51 SubnodePatch
14.7.3.52 SubnodeTopology
14.7.3.53 TruncatedIjkGridRepresentation
14.7.3.54 TruncatedUnstructuredColumnLayerGridRepresentation
14.7.3.55 TruncationCellPatch
14.7.3.56 UniformSubnodePatch
14.7.3.57 UnstructuredColumnEdges
14.7.3.58 UnstructuredColumnLayerGridGeometry
14.7.3.59 UnstructuredColumnLayerGridRepresentation
14.7.3.60 UnstructuredGridGeometry
14.7.3.61 UnstructuredGridHingeNodeFaces
14.7.3.62 UnstructuredGridRepresentation
14.7.3.63 UnstructuredSubnodeTopology
14.7.3.64 VariableSubnodePatch
14.7.4 Structural Representations
14.7.4.1 LineRole
14.7.4.2 SurfaceRole
14.7.4.3 AbstractContactRepresentationPart
14.7.4.4 AbstractSurfaceFrameworkRepresentation
14.7.4.5 AbstractSurfaceRepresentation
14.7.4.6 ContactIdentity
14.7.4.7 ContactPatch
14.7.4.8 ContactRepresentationReference
14.7.4.9 EdgePatch
14.7.4.10 Grid2dPatch
14.7.4.11 Grid2dRepresentation
14.7.4.12 Grid2dSetRepresentation
14.7.4.13 NodePatch
14.7.4.14 NonSealedContactRepresentationPart
14.7.4.15 NonSealedSurfaceFrameworkRepresentation
14.7.4.16 OrientedMacroFace
14.7.4.17 PatchBoundaries
14.7.4.18 PlaneSetRepresentation
14.7.4.19 PointSetRepresentation
14.7.4.20 PolylineRepresentation
14.7.4.21 PolylineSetPatch
14.7.4.22 PolylineSetRepresentation
14.7.4.23 SealedContactRepresentationPart
14.7.4.24 SealedSurfaceFrameworkRepresentation
14.7.4.25 SealedVolumeFrameworkRepresentation
14.7.4.26 TrianglePatch
14.7.4.27 TriangulatedSetRepresentation
14.7.4.28 VolumeRegion
14.7.4.29 VolumeShell
14.7.5 Well Representatios
14.7.5.1 MdReference
14.7.5.2 MdDomain
14.7.5.3 GeologicBoundaryKind
14.7.5.4 WellboreFrameIndexableElements
14.7.5.5 FluidMarker
14.7.5.6 BlockedWellboreRepresentation
14.7.5.7 DeviationSurveyRepresentation
14.7.5.8 MdDatum
14.7.5.9 WellboreFrameRepresentation
14.7.5.10 WellboreMarker
14.7.5.11 WellboreMarkerFrameRepresentation
14.7.5.12 WellboreTrajectoryParentIntersection
14.7.5.13 WellboreTrajectoryRepresentation
14.8 Appendix: New v2.0.1 Data Objects
14.8.1 Activity Model
14.8.1.1 AbstractActivityParameter
14.8.1.2 AbstractParameterKey
14.8.1.3 Activity
14.8.1.4 ActivityTemplate
14.8.1.5 DataObjectParameter
14.8.1.6 FloatingPointQuantityParameter
14.8.1.7 IntegerQuantityParameter
14.8.1.8 ObjectParameterKey
14.8.1.9 ParameterKind
14.8.1.10 ParameterTemplate
14.8.1.11 StringParameter
14.8.1.12 TimeIndexParameter
14.8.1.13 TimeIndexParameterKey
14.8.2 Property Series
14.8.2.1 CategoricalPropertySeries
14.8.2.2 CommentPropertySeries
14.8.2.3 ContinuousPropertySeries
14.8.2.4 DiscretePropertySeries
14.8.2.5 TimeIndices
14.8.3 Streamlines
14.8.3.1 IntervalGridCells
14.8.3.2 StreamlineFlux
14.8.3.3 StreamlinePolylineSet
14.8.3.4 StreamlinesFeature
14.8.3.5 StreamlinesRepresentation
14.8.3.6 StreamlineWellbores
14.9 Appendix: RESQML UOM
14.9.1 ResqmlUom
15 Appendix: Standards Used in RESQML
16 Appendix: Release Notes for v2.0.1
16.1 Version 2.0.1
17 Appendix: New Data Objects for v2.0.1
17.1 Activity Model
17.1.1 Use Cases
17.1.2 How it Works
17.1.3 Data Object Organization
17.1.3.1 Activity Template
17.1.3.2 Activity
17.1.3.3 Parameters with Multiple Values
17.1.3.4 Example
17.2 Property Series
17.2.1 Use Cases
17.2.2 Description
17.2.3 Indexing
17.2.3.1 Property Series Example
17.3 Streamlines
17.3.1 Streamlines and the RESQML Knowledge Hierarchy
17.3.2 Streamlines: Feature
17.3.2.1 Flux
17.3.3 Streamlines: Interpretation
17.3.4 Streamlines: Representation
17.3.4.1 Lines
17.3.4.2 Streamline Sources and Sinks
17.3.4.3 Streamline Geometry
17.3.4.4 Polyline Interval Grid Cells
17.3.5 References for Streamlines
18 Appendix: HDF5 Implementation Overview
18.1 Adding HDF5 to your Code
18.2 HDF5 Handles
18.3 Reading from a RESQML HDF5 File
18.3.1 Reading from a RESQML HDF5 File
18.4 Writing Data to a RESQML HDF5 File
18.4.1 Enabling Compression
18.4.2 Creating the Groups that Contain the Dataset
18.4.3 Creating the Dataspace
18.4.4 Creating the Dataset
18.4.5 Writing the Data
Common Technical Architecture: Overview
Common Technical Architecture (CTA) Overview Guide
1 Introduction
1.1 What are Energistics Data Exchange Standards?
1.2 What is Energistics Common Technical Architecture (CTA)?
1.3 Audience, Purpose and Scope
1.3.1 Audience Assumptions
1.4 Resource Set
1.4.1 What do You “Get” When You Download an Energistics Domain Standard?
1.4.2 CTA Resources
1.4.3 ML Resources
1.4.4 Documentation
2 CTA Overview
2.1 CTA: Main Components and What They Do
2.2 Information Technology Standards
2.2.1 Data Modeling with UML and EA
2.2.2 File Formats: XML and HDF5
2.2.2.1 XML
2.2.2.2 Hierarchical Data Format 5 (HDF5 )
2.2.3 Universally Unique Identifiers (UUIDs)
2.3 Energistics Standards
2.3.1 Energistics Transfer Protocol (ETP)
2.3.2 Energistics Packaging Conventions (EPC)
2.3.3 Coordinate Reference System (CRS)
2.3.4 Energy Industry Profile of ISO Metadata Standards
2.3.5 Energistics Unit of Measure Standard
2.3.6 Energistics Identifier Specification
3 Key Concepts
3.1 Top-Level Data Object
3.2 Specifying Relationships between Data Objects
3.3 Activity Model
3.4 Data Assurance
4 The Energistics Common Package
4.1 Abstract
4.1.1 AbstractObject
4.1.1.1 SchemaVersion
4.1.1.2 Identifiers
4.1.2 Citation
4.1.3 CustomData
4.1.4 ObjectAlias
4.2 Activit ies
4.2.1 How it Works
4.2.2 Data Object Organization
4.2.2.1 Activity Template
4.2.2.2 Parameter Template
4.2.2.2.1 SubActivity
4.2.2.3 Activity
4.2.2.3.1 Activity Parameters
4.2.2.4 Parameters with Multiple Values
4.2.3 RESQML Use Cases
4.2.4 RESQML Example
4.3 Base Types
4.4 Value Types
4.5 Common Enumerations
4.6 Common Types
4.7 CRS
4.7.1 EPSG Codes
4.7.2 Geographic Markup Language
4.8 Data Assurance
4.8.1 WITSML Data Assurance Use Cases
4.9 Graphical Information
4.10 Units of Measure
4.10.1 Measure Types
4.10.2 Quantity Classes
4.11 Object Reference
4.11.1 Relationship Mechanisms: Data-Object Reference
4.11.2 "Direction" of Data-Object References
4.11.3 Example of DOR Usage from RESQML
5 Appendix: Standards Used by Energistics
Common v2.1 Data Object List
Energistics
common
v2.1 Data Object Reference List
1 Abstract
1.1 AbstractContextualObject
1.2 AbstractDataObject
1.3 AbstractObject
1.4 Citation
1.5 CustomData
1.6 CustomDataValue
1.7 ExtensionNameValue
1.8 ObjectAlias
2 Activities
2.1 AbstractActivityParameter
2.2 AbstractParameterKey
2.3 Activity
2.4 ActivityTemplate
2.5 DataObjectParameter
2.6 DoubleQuantityParameter
2.7 IntegerQuantityParameter
2.8 ObjectParameterKey
2.9 ParameterKind
2.10 ParameterTemplate
2.11 StringParameter
2.12 TimeIndexParameter
2.13 TimeIndexParameterKey
3 BaseTypes
3.1 AbstractBooleanArray
3.2 AbstractFloatingPointArray
3.3 AbstractIntegerArray
3.4 AbstractMeasure
3.5 AbstractNumericArray
3.6 AbstractString
3.7 AbstractStringArray
3.8 AbstractValueArray
3.9 AuthorityQualifiedName
3.10 BooleanArrayFromIndexArray
3.11 BooleanConstantArray
3.12 BooleanExternalArray
3.13 DoubleExternalArray
3.14 EnumExtensionPattern
3.15 FloatExternalArray
3.16 FloatingPointConstantArray
3.17 FloatingPointExternalArray
3.18 FloatingPointLatticeArray
3.19 GenericMeasure
3.20 IntegerArrayFromBooleanMaskArray
3.21 IntegerConstantArray
3.22 IntegerExternalArray
3.23 IntegerLatticeArray
3.24 IntegerRangeArray
3.25 JaggedArray
3.26 MdInterval
3.27 NonNegativeLong
3.28 PositiveLong
3.29 String2000
3.30 String64
3.31 StringConstantArray
3.32 StringExternalArray
3.33 StringMeasure
3.34 TimeStamp
3.35 TimeZone
3.36 TvdInterval
3.37 TypeEnum
3.38 UomEnum
3.39 UuidString
4 ValueTypes
4.1 AbsolutePressure
4.2 AbstractPressureValue
4.3 AbstractTemperaturePressure
4.4 DensityValue
4.5 FlowRateValue
4.6 GaugePressure
4.7 PressureValue
4.8 ReferencePressure
4.9 ReferencePressureKind
4.10 ReferenceTemperaturePressure
4.11 RelativePressure
4.12 TemperaturePressure
4.13 VolumeValue
5 CommonEnumerations
5.1 ChannelClassKind
5.2 ChannelClassKindExt
5.3 ExistenceKind
5.4 GeochronologicalRank
5.5 LithologyKind
5.6 LithologyKindExt
5.7 LithologyQualifierKind
5.8 LithologyQualifierKindExt
5.9 LithostratigraphicRank
5.10 MatrixCementKind
5.11 MeasureClass
5.12 QuantityClassKind
5.13 ReferenceCondition
5.14 ReferenceConditionExt
5.15 UnitOfMeasure
5.16 UnitOfMeasureExt
5.17 WellboreDatumReference
5.18 WellStatus
6 CommonTypes
6.1 GeologicTime
6.2 PropertyKind
6.3 PropertyKindDictionary
6.4 TimeIndex
6.5 TimeIndices
6.6 TimeSeries
6.7 TimeSeriesParentage
7 CRS
7.1 AbstractGeodeticCrs
7.2 AbstractProjectedCrs
7.3 AbstractVerticalCrs
7.4 AxisOrder2d
7.5 GeodeticCrs
7.6 GeodeticEpsgCrs
7.7 GeodeticGmlCrs
7.8 GeodeticLocalAuthorityCrs
7.9 GeodeticUnknownCrs
7.10 GeodeticWktCrs
7.11 ProjectedCrs
7.12 ProjectedEpsgCrs
7.13 ProjectedGmlCrs
7.14 ProjectedLocalAuthorityCrs
7.15 ProjectedUnknownCrs
7.16 ProjectedWktCrs
7.17 VerticalCrs
7.18 VerticalDirection
7.19 VerticalEpsgCrs
7.20 VerticalGmlCrs
7.21 VerticalLocalAuthorityCrs
7.22 VerticalUnknownCrs
7.23 VerticalWktCrs
8 DataAssurance
8.1 DataAssuranceRecord
8.2 FailingRule
8.3 IndexRange
9 GraphicalInformation
9.1 AbstractGraphicalInformation
9.2 GraphicalInformationSet
10 MeasureType
10.1 AbsorbedDoseMeasure
10.2 AbsorbedDoseMeasureExt
10.3 ActivityOfRadioactivityMeasure
10.4 ActivityOfRadioactivityMeasureExt
10.5 AmountOfSubstanceMeasure
10.6 AmountOfSubstanceMeasureExt
10.7 AmountOfSubstancePerAmountOfSubstanceMeasure
10.8 AmountOfSubstancePerAmountOfSubstanceMeasureExt
10.9 AmountOfSubstancePerAreaMeasure
10.10 AmountOfSubstancePerAreaMeasureExt
10.11 AmountOfSubstancePerTimeMeasure
10.12 AmountOfSubstancePerTimeMeasureExt
10.13 AmountOfSubstancePerTimePerAreaMeasure
10.14 AmountOfSubstancePerTimePerAreaMeasureExt
10.15 AmountOfSubstancePerVolumeMeasure
10.16 AmountOfSubstancePerVolumeMeasureExt
10.17 AnglePerLengthMeasure
10.18 AnglePerLengthMeasureExt
10.19 AnglePerVolumeMeasure
10.20 AnglePerVolumeMeasureExt
10.21 AngularAccelerationMeasure
10.22 AngularAccelerationMeasureExt
10.23 AngularVelocityMeasure
10.24 AngularVelocityMeasureExt
10.25 APIGammaRayMeasure
10.26 APIGammaRayMeasureExt
10.27 APIGravityMeasure
10.28 APIGravityMeasureExt
10.29 APINeutronMeasure
10.30 APINeutronMeasureExt
10.31 AreaMeasure
10.32 AreaMeasureExt
10.33 AreaPerAmountOfSubstanceMeasure
10.34 AreaPerAmountOfSubstanceMeasureExt
10.35 AreaPerAreaMeasure
10.36 AreaPerAreaMeasureExt
10.37 AreaPerCountMeasure
10.38 AreaPerCountMeasureExt
10.39 AreaPerMassMeasure
10.40 AreaPerMassMeasureExt
10.41 AreaPerTimeMeasure
10.42 AreaPerTimeMeasureExt
10.43 AreaPerVolumeMeasure
10.44 AreaPerVolumeMeasureExt
10.45 AttenuationPerFrequencyIntervalMeasure
10.46 AttenuationPerFrequencyIntervalMeasureExt
10.47 CapacitanceMeasure
10.48 CapacitanceMeasureExt
10.49 CationExchangeCapacityMeasure
10.50 CationExchangeCapacityMeasureExt
10.51 DataTransferSpeedMeasure
10.52 DataTransferSpeedMeasureExt
10.53 DiffusionCoefficientMeasure
10.54 DiffusionCoefficientMeasureExt
10.55 DiffusiveTimeOfFlightMeasure
10.56 DiffusiveTimeOfFlightMeasureExt
10.57 DigitalStorageMeasure
10.58 DigitalStorageMeasureExt
10.59 DimensionlessMeasure
10.60 DimensionlessMeasureExt
10.61 DipoleMomentMeasure
10.62 DipoleMomentMeasureExt
10.63 DoseEquivalentMeasure
10.64 DoseEquivalentMeasureExt
10.65 DynamicViscosityMeasure
10.66 DynamicViscosityMeasureExt
10.67 ElectricalResistivityMeasure
10.68 ElectricalResistivityMeasureExt
10.69 ElectricChargeMeasure
10.70 ElectricChargeMeasureExt
10.71 ElectricChargePerAreaMeasure
10.72 ElectricChargePerAreaMeasureExt
10.73 ElectricChargePerMassMeasure
10.74 ElectricChargePerMassMeasureExt
10.75 ElectricChargePerVolumeMeasure
10.76 ElectricChargePerVolumeMeasureExt
10.77 ElectricConductanceMeasure
10.78 ElectricConductanceMeasureExt
10.79 ElectricConductivityMeasure
10.80 ElectricConductivityMeasureExt
10.81 ElectricCurrentDensityMeasure
10.82 ElectricCurrentDensityMeasureExt
10.83 ElectricCurrentMeasure
10.84 ElectricCurrentMeasureExt
10.85 ElectricFieldStrengthMeasure
10.86 ElectricFieldStrengthMeasureExt
10.87 ElectricPotentialDifferenceMeasure
10.88 ElectricPotentialDifferenceMeasureExt
10.89 ElectricResistanceMeasure
10.90 ElectricResistanceMeasureExt
10.91 ElectricResistancePerLengthMeasure
10.92 ElectricResistancePerLengthMeasureExt
10.93 ElectromagneticMomentMeasure
10.94 ElectromagneticMomentMeasureExt
10.95 EnergyLengthPerAreaMeasure
10.96 EnergyLengthPerAreaMeasureExt
10.97 EnergyLengthPerTimeAreaTemperatureMeasure
10.98 EnergyLengthPerTimeAreaTemperatureMeasureExt
10.99 EnergyMeasure
10.100 EnergyMeasureExt
10.101 EnergyPerAreaMeasure
10.102 EnergyPerAreaMeasureExt
10.103 EnergyPerLengthMeasure
10.104 EnergyPerLengthMeasureExt
10.105 EnergyPerMassMeasure
10.106 EnergyPerMassMeasureExt
10.107 EnergyPerMassPerTimeMeasure
10.108 EnergyPerMassPerTimeMeasureExt
10.109 EnergyPerVolumeMeasure
10.110 EnergyPerVolumeMeasureExt
10.111 ForceAreaMeasure
10.112 ForceAreaMeasureExt
10.113 ForceLengthPerLengthMeasure
10.114 ForceLengthPerLengthMeasureExt
10.115 ForceMeasure
10.116 ForceMeasureExt
10.117 ForcePerForceMeasure
10.118 ForcePerForceMeasureExt
10.119 ForcePerLengthMeasure
10.120 ForcePerLengthMeasureExt
10.121 ForcePerVolumeMeasure
10.122 ForcePerVolumeMeasureExt
10.123 FrequencyIntervalMeasure
10.124 FrequencyIntervalMeasureExt
10.125 FrequencyMeasure
10.126 FrequencyMeasureExt
10.127 HeatCapacityMeasure
10.128 HeatCapacityMeasureExt
10.129 HeatFlowRateMeasure
10.130 HeatFlowRateMeasureExt
10.131 HeatTransferCoefficientMeasure
10.132 HeatTransferCoefficientMeasureExt
10.133 IlluminanceMeasure
10.134 IlluminanceMeasureExt
10.135 InductanceMeasure
10.136 InductanceMeasureExt
10.137 IsothermalCompressibilityMeasure
10.138 IsothermalCompressibilityMeasureExt
10.139 KinematicViscosityMeasure
10.140 KinematicViscosityMeasureExt
10.141 LengthMeasure
10.142 LengthMeasureExt
10.143 LengthPerLengthMeasure
10.144 LengthPerLengthMeasureExt
10.145 LengthPerMassMeasure
10.146 LengthPerMassMeasureExt
10.147 LengthPerPressureMeasure
10.148 LengthPerPressureMeasureExt
10.149 LengthPerTemperatureMeasure
10.150 LengthPerTemperatureMeasureExt
10.151 LengthPerTimeMeasure
10.152 LengthPerTimeMeasureExt
10.153 LengthPerVolumeMeasure
10.154 LengthPerVolumeMeasureExt
10.155 LightExposureMeasure
10.156 LightExposureMeasureExt
10.157 LinearAccelerationMeasure
10.158 LinearAccelerationMeasureExt
10.159 LinearThermalExpansionMeasure
10.160 LinearThermalExpansionMeasureExt
10.161 LogarithmicPowerRatioMeasure
10.162 LogarithmicPowerRatioMeasureExt
10.163 LogarithmicPowerRatioPerLengthMeasure
10.164 LogarithmicPowerRatioPerLengthMeasureExt
10.165 LuminanceMeasure
10.166 LuminanceMeasureExt
10.167 LuminousEfficacyMeasure
10.168 LuminousEfficacyMeasureExt
10.169 LuminousFluxMeasure
10.170 LuminousFluxMeasureExt
10.171 LuminousIntensityMeasure
10.172 LuminousIntensityMeasureExt
10.173 MagneticDipoleMomentMeasure
10.174 MagneticDipoleMomentMeasureExt
10.175 MagneticFieldStrengthMeasure
10.176 MagneticFieldStrengthMeasureExt
10.177 MagneticFluxDensityMeasure
10.178 MagneticFluxDensityMeasureExt
10.179 MagneticFluxDensityPerLengthMeasure
10.180 MagneticFluxDensityPerLengthMeasureExt
10.181 MagneticFluxMeasure
10.182 MagneticFluxMeasureExt
10.183 MagneticPermeabilityMeasure
10.184 MagneticPermeabilityMeasureExt
10.185 MagneticVectorPotentialMeasure
10.186 MagneticVectorPotentialMeasureExt
10.187 MassLengthMeasure
10.188 MassLengthMeasureExt
10.189 MassMeasure
10.190 MassMeasureExt
10.191 MassPerAreaMeasure
10.192 MassPerAreaMeasureExt
10.193 MassPerEnergyMeasure
10.194 MassPerEnergyMeasureExt
10.195 MassPerLengthMeasure
10.196 MassPerLengthMeasureExt
10.197 MassPerMassMeasure
10.198 MassPerMassMeasureExt
10.199 MassPerTimeMeasure
10.200 MassPerTimeMeasureExt
10.201 MassPerTimePerAreaMeasure
10.202 MassPerTimePerAreaMeasureExt
10.203 MassPerTimePerLengthMeasure
10.204 MassPerTimePerLengthMeasureExt
10.205 MassPerVolumeMeasure
10.206 MassPerVolumeMeasureExt
10.207 MassPerVolumePerLengthMeasure
10.208 MassPerVolumePerLengthMeasureExt
10.209 MassPerVolumePerPressureMeasure
10.210 MassPerVolumePerPressureMeasureExt
10.211 MassPerVolumePerTemperatureMeasure
10.212 MassPerVolumePerTemperatureMeasureExt
10.213 MobilityMeasure
10.214 MobilityMeasureExt
10.215 MolarEnergyMeasure
10.216 MolarEnergyMeasureExt
10.217 MolarHeatCapacityMeasure
10.218 MolarHeatCapacityMeasureExt
10.219 MolarVolumeMeasure
10.220 MolarVolumeMeasureExt
10.221 MolecularWeightMeasure
10.222 MolecularWeightMeasureExt
10.223 MomentOfForceMeasure
10.224 MomentOfForceMeasureExt
10.225 MomentOfInertiaMeasure
10.226 MomentOfInertiaMeasureExt
10.227 MomentumMeasure
10.228 MomentumMeasureExt
10.229 NormalizedPowerMeasure
10.230 NormalizedPowerMeasureExt
10.231 PermeabilityLengthMeasure
10.232 PermeabilityLengthMeasureExt
10.233 PermeabilityRockMeasure
10.234 PermeabilityRockMeasureExt
10.235 PermittivityMeasure
10.236 PermittivityMeasureExt
10.237 PlaneAngleMeasure
10.238 PlaneAngleMeasureExt
10.239 PotentialDifferencePerPowerDropMeasure
10.240 PotentialDifferencePerPowerDropMeasureExt
10.241 PowerMeasure
10.242 PowerMeasureExt
10.243 PowerPerAreaMeasure
10.244 PowerPerAreaMeasureExt
10.245 PowerPerPowerMeasure
10.246 PowerPerPowerMeasureExt
10.247 PowerPerVolumeMeasure
10.248 PowerPerVolumeMeasureExt
10.249 PressureMeasure
10.250 PressureMeasureExt
10.251 PressurePerPressureMeasure
10.252 PressurePerPressureMeasureExt
10.253 PressurePerTimeMeasure
10.254 PressurePerTimeMeasureExt
10.255 PressurePerVolumeMeasure
10.256 PressurePerVolumeMeasureExt
10.257 PressureSquaredMeasure
10.258 PressureSquaredMeasureExt
10.259 PressureSquaredPerForceTimePerAreaMeasure
10.260 PressureSquaredPerForceTimePerAreaMeasureExt
10.261 PressureTimePerVolumeMeasure
10.262 PressureTimePerVolumeMeasureExt
10.263 QuantityOfLightMeasure
10.264 QuantityOfLightMeasureExt
10.265 RadianceMeasure
10.266 RadianceMeasureExt
10.267 RadiantIntensityMeasure
10.268 RadiantIntensityMeasureExt
10.269 ReciprocalAreaMeasure
10.270 ReciprocalAreaMeasureExt
10.271 ReciprocalElectricPotentialDifferenceMeasure
10.272 ReciprocalElectricPotentialDifferenceMeasureExt
10.273 ReciprocalForceMeasure
10.274 ReciprocalForceMeasureExt
10.275 ReciprocalLengthMeasure
10.276 ReciprocalLengthMeasureExt
10.277 ReciprocalMassMeasure
10.278 ReciprocalMassMeasureExt
10.279 ReciprocalMassTimeMeasure
10.280 ReciprocalMassTimeMeasureExt
10.281 ReciprocalPressureMeasure
10.282 ReciprocalPressureMeasureExt
10.283 ReciprocalTimeMeasure
10.284 ReciprocalTimeMeasureExt
10.285 ReciprocalVolumeMeasure
10.286 ReciprocalVolumeMeasureExt
10.287 ReluctanceMeasure
10.288 ReluctanceMeasureExt
10.289 SecondMomentOfAreaMeasure
10.290 SecondMomentOfAreaMeasureExt
10.291 SignalingEventPerTimeMeasure
10.292 SignalingEventPerTimeMeasureExt
10.293 SolidAngleMeasure
10.294 SolidAngleMeasureExt
10.295 SpecificHeatCapacityMeasure
10.296 SpecificHeatCapacityMeasureExt
10.297 TemperatureIntervalMeasure
10.298 TemperatureIntervalMeasureExt
10.299 TemperatureIntervalPerLengthMeasure
10.300 TemperatureIntervalPerLengthMeasureExt
10.301 TemperatureIntervalPerPressureMeasure
10.302 TemperatureIntervalPerPressureMeasureExt
10.303 TemperatureIntervalPerTimeMeasure
10.304 TemperatureIntervalPerTimeMeasureExt
10.305 ThermalConductanceMeasure
10.306 ThermalConductanceMeasureExt
10.307 ThermalConductivityMeasure
10.308 ThermalConductivityMeasureExt
10.309 ThermalDiffusivityMeasure
10.310 ThermalDiffusivityMeasureExt
10.311 ThermalInsulanceMeasure
10.312 ThermalInsulanceMeasureExt
10.313 ThermalResistanceMeasure
10.314 ThermalResistanceMeasureExt
10.315 ThermodynamicTemperatureMeasure
10.316 ThermodynamicTemperatureMeasureExt
10.317 ThermodynamicTemperaturePerThermodynamicTemperatureMeasure
10.318 ThermodynamicTemperaturePerThermodynamicTemperatureMeasureExt
10.319 TimeMeasure
10.320 TimeMeasureExt
10.321 TimePerLengthMeasure
10.322 TimePerLengthMeasureExt
10.323 TimePerMassMeasure
10.324 TimePerMassMeasureExt
10.325 TimePerTimeMeasure
10.326 TimePerTimeMeasureExt
10.327 TimePerVolumeMeasure
10.328 TimePerVolumeMeasureExt
10.329 VerticalCoordinateMeasure
10.330 VerticalCoordinateMeasureExt
10.331 VolumeFlowRatePerVolumeFlowRateMeasure
10.332 VolumeFlowRatePerVolumeFlowRateMeasureExt
10.333 VolumeMeasure
10.334 VolumeMeasureExt
10.335 VolumePerAreaMeasure
10.336 VolumePerAreaMeasureExt
10.337 VolumePerLengthMeasure
10.338 VolumePerLengthMeasureExt
10.339 VolumePerMassMeasure
10.340 VolumePerMassMeasureExt
10.341 VolumePerPressureMeasure
10.342 VolumePerPressureMeasureExt
10.343 VolumePerRotationMeasure
10.344 VolumePerRotationMeasureExt
10.345 VolumePerTimeLengthMeasure
10.346 VolumePerTimeLengthMeasureExt
10.347 VolumePerTimeMeasure
10.348 VolumePerTimeMeasureExt
10.349 VolumePerTimePerAreaMeasure
10.350 VolumePerTimePerAreaMeasureExt
10.351 VolumePerTimePerLengthMeasure
10.352 VolumePerTimePerLengthMeasureExt
10.353 VolumePerTimePerPressureLengthMeasure
10.354 VolumePerTimePerPressureLengthMeasureExt
10.355 VolumePerTimePerPressureMeasure
10.356 VolumePerTimePerPressureMeasureExt
10.357 VolumePerTimePerTimeMeasure
10.358 VolumePerTimePerTimeMeasureExt
10.359 VolumePerTimePerVolumeMeasure
10.360 VolumePerTimePerVolumeMeasureExt
10.361 VolumePerVolumeMeasure
10.362 VolumePerVolumeMeasureExt
10.363 VolumetricHeatTransferCoefficientMeasure
10.364 VolumetricHeatTransferCoefficientMeasureExt
10.365 VolumetricThermalExpansionMeasure
10.366 VolumetricThermalExpansionMeasureExt
11 ObjectReference
11.1 DataObjectReference
11.2 EpcExternalPartReference
11.3 ExternalDataset
11.4 ExternalDatasetPart
12 QuantityClass
12.1 AbsorbedDoseUom
12.2 AbsorbedDoseUomExt
12.3 ActivityOfRadioactivityUom
12.4 ActivityOfRadioactivityUomExt
12.5 AmountOfSubstancePerAmountOfSubstanceUom
12.6 AmountOfSubstancePerAmountOfSubstanceUomExt
12.7 AmountOfSubstancePerAreaUom
12.8 AmountOfSubstancePerAreaUomExt
12.9 AmountOfSubstancePerTimePerAreaUom
12.10 AmountOfSubstancePerTimePerAreaUomExt
12.11 AmountOfSubstancePerTimeUom
12.12 AmountOfSubstancePerTimeUomExt
12.13 AmountOfSubstancePerVolumeUom
12.14 AmountOfSubstancePerVolumeUomExt
12.15 AmountOfSubstanceUom
12.16 AmountOfSubstanceUomExt
12.17 AnglePerLengthUom
12.18 AnglePerLengthUomExt
12.19 AnglePerVolumeUom
12.20 AnglePerVolumeUomExt
12.21 AngularAccelerationUom
12.22 AngularAccelerationUomExt
12.23 AngularVelocityUom
12.24 AngularVelocityUomExt
12.25 APIGammaRayUom
12.26 APIGammaRayUomExt
12.27 APIGravityUom
12.28 APIGravityUomExt
12.29 APINeutronUom
12.30 APINeutronUomExt
12.31 AreaPerAmountOfSubstanceUom
12.32 AreaPerAmountOfSubstanceUomExt
12.33 AreaPerAreaUom
12.34 AreaPerAreaUomExt
12.35 AreaPerCountUom
12.36 AreaPerCountUomExt
12.37 AreaPerMassUom
12.38 AreaPerMassUomExt
12.39 AreaPerTimeUom
12.40 AreaPerTimeUomExt
12.41 AreaPerVolumeUom
12.42 AreaPerVolumeUomExt
12.43 AreaUom
12.44 AreaUomExt
12.45 AttenuationPerFrequencyIntervalUom
12.46 AttenuationPerFrequencyIntervalUomExt
12.47 CapacitanceUom
12.48 CapacitanceUomExt
12.49 CationExchangeCapacityUom
12.50 CationExchangeCapacityUomExt
12.51 DataTransferSpeedUom
12.52 DataTransferSpeedUomExt
12.53 DiffusionCoefficientUom
12.54 DiffusionCoefficientUomExt
12.55 DiffusiveTimeOfFlightUom
12.56 DiffusiveTimeOfFlightUomExt
12.57 DigitalStorageUom
12.58 DigitalStorageUomExt
12.59 DimensionlessUom
12.60 DimensionlessUomExt
12.61 DipoleMomentUom
12.62 DipoleMomentUomExt
12.63 DoseEquivalentUom
12.64 DoseEquivalentUomExt
12.65 DynamicViscosityUom
12.66 DynamicViscosityUomExt
12.67 ElectricalResistivityUom
12.68 ElectricalResistivityUomExt
12.69 ElectricChargePerAreaUom
12.70 ElectricChargePerAreaUomExt
12.71 ElectricChargePerMassUom
12.72 ElectricChargePerMassUomExt
12.73 ElectricChargePerVolumeUom
12.74 ElectricChargePerVolumeUomExt
12.75 ElectricChargeUom
12.76 ElectricChargeUomExt
12.77 ElectricConductanceUom
12.78 ElectricConductanceUomExt
12.79 ElectricConductivityUom
12.80 ElectricConductivityUomExt
12.81 ElectricCurrentDensityUom
12.82 ElectricCurrentDensityUomExt
12.83 ElectricCurrentUom
12.84 ElectricCurrentUomExt
12.85 ElectricFieldStrengthUom
12.86 ElectricFieldStrengthUomExt
12.87 ElectricPotentialDifferenceUom
12.88 ElectricPotentialDifferenceUomExt
12.89 ElectricResistancePerLengthUom
12.90 ElectricResistancePerLengthUomExt
12.91 ElectricResistanceUom
12.92 ElectricResistanceUomExt
12.93 ElectromagneticMomentUom
12.94 ElectromagneticMomentUomExt
12.95 EnergyLengthPerAreaUom
12.96 EnergyLengthPerAreaUomExt
12.97 EnergyLengthPerTimeAreaTemperatureUom
12.98 EnergyLengthPerTimeAreaTemperatureUomExt
12.99 EnergyPerAreaUom
12.100 EnergyPerAreaUomExt
12.101 EnergyPerLengthUom
12.102 EnergyPerLengthUomExt
12.103 EnergyPerMassPerTimeUom
12.104 EnergyPerMassPerTimeUomExt
12.105 EnergyPerMassUom
12.106 EnergyPerMassUomExt
12.107 EnergyPerVolumeUom
12.108 EnergyPerVolumeUomExt
12.109 EnergyUom
12.110 EnergyUomExt
12.111 ForceAreaUom
12.112 ForceAreaUomExt
12.113 ForceLengthPerLengthUom
12.114 ForceLengthPerLengthUomExt
12.115 ForcePerForceUom
12.116 ForcePerForceUomExt
12.117 ForcePerLengthUom
12.118 ForcePerLengthUomExt
12.119 ForcePerVolumeUom
12.120 ForcePerVolumeUomExt
12.121 ForceUom
12.122 ForceUomExt
12.123 FrequencyIntervalUom
12.124 FrequencyIntervalUomExt
12.125 FrequencyUom
12.126 FrequencyUomExt
12.127 HeatCapacityUom
12.128 HeatCapacityUomExt
12.129 HeatFlowRateUom
12.130 HeatFlowRateUomExt
12.131 HeatTransferCoefficientUom
12.132 HeatTransferCoefficientUomExt
12.133 IlluminanceUom
12.134 IlluminanceUomExt
12.135 InductanceUom
12.136 InductanceUomExt
12.137 IsothermalCompressibilityUom
12.138 IsothermalCompressibilityUomExt
12.139 KinematicViscosityUom
12.140 KinematicViscosityUomExt
12.141 LengthPerLengthUom
12.142 LengthPerLengthUomExt
12.143 LengthPerMassUom
12.144 LengthPerMassUomExt
12.145 LengthPerPressureUom
12.146 LengthPerPressureUomExt
12.147 LengthPerTemperatureUom
12.148 LengthPerTemperatureUomExt
12.149 LengthPerTimeUom
12.150 LengthPerTimeUomExt
12.151 LengthPerVolumeUom
12.152 LengthPerVolumeUomExt
12.153 LengthUom
12.154 LengthUomExt
12.155 LightExposureUom
12.156 LightExposureUomExt
12.157 LinearAccelerationUom
12.158 LinearAccelerationUomExt
12.159 LinearThermalExpansionUom
12.160 LinearThermalExpansionUomExt
12.161 LogarithmicPowerRatioPerLengthUom
12.162 LogarithmicPowerRatioPerLengthUomExt
12.163 LogarithmicPowerRatioUom
12.164 LogarithmicPowerRatioUomExt
12.165 LuminanceUom
12.166 LuminanceUomExt
12.167 LuminousEfficacyUom
12.168 LuminousEfficacyUomExt
12.169 LuminousFluxUom
12.170 LuminousFluxUomExt
12.171 LuminousIntensityUom
12.172 LuminousIntensityUomExt
12.173 MagneticDipoleMomentUom
12.174 MagneticDipoleMomentUomExt
12.175 MagneticFieldStrengthUom
12.176 MagneticFieldStrengthUomExt
12.177 MagneticFluxDensityPerLengthUom
12.178 MagneticFluxDensityPerLengthUomExt
12.179 MagneticFluxDensityUom
12.180 MagneticFluxDensityUomExt
12.181 MagneticFluxUom
12.182 MagneticFluxUomExt
12.183 MagneticPermeabilityUom
12.184 MagneticPermeabilityUomExt
12.185 MagneticVectorPotentialUom
12.186 MagneticVectorPotentialUomExt
12.187 MassLengthUom
12.188 MassLengthUomExt
12.189 MassPerAreaUom
12.190 MassPerAreaUomExt
12.191 MassPerEnergyUom
12.192 MassPerEnergyUomExt
12.193 MassPerLengthUom
12.194 MassPerLengthUomExt
12.195 MassPerMassUom
12.196 MassPerMassUomExt
12.197 MassPerTimePerAreaUom
12.198 MassPerTimePerAreaUomExt
12.199 MassPerTimePerLengthUom
12.200 MassPerTimePerLengthUomExt
12.201 MassPerTimeUom
12.202 MassPerTimeUomExt
12.203 MassPerVolumePerLengthUom
12.204 MassPerVolumePerLengthUomExt
12.205 MassPerVolumePerPressureUom
12.206 MassPerVolumePerPressureUomExt
12.207 MassPerVolumePerTemperatureUom
12.208 MassPerVolumePerTemperatureUomExt
12.209 MassPerVolumeUom
12.210 MassPerVolumeUomExt
12.211 MassUom
12.212 MassUomExt
12.213 MobilityUom
12.214 MobilityUomExt
12.215 MolarEnergyUom
12.216 MolarEnergyUomExt
12.217 MolarHeatCapacityUom
12.218 MolarHeatCapacityUomExt
12.219 MolarVolumeUom
12.220 MolarVolumeUomExt
12.221 MolecularWeightUom
12.222 MolecularWeightUomExt
12.223 MomentOfForceUom
12.224 MomentOfForceUomExt
12.225 MomentOfInertiaUom
12.226 MomentOfInertiaUomExt
12.227 MomentumUom
12.228 MomentumUomExt
12.229 NormalizedPowerUom
12.230 NormalizedPowerUomExt
12.231 PermeabilityLengthUom
12.232 PermeabilityLengthUomExt
12.233 PermeabilityRockUom
12.234 PermeabilityRockUomExt
12.235 PermittivityUom
12.236 PermittivityUomExt
12.237 PlaneAngleUom
12.238 PlaneAngleUomExt
12.239 PotentialDifferencePerPowerDropUom
12.240 PotentialDifferencePerPowerDropUomExt
12.241 PowerPerAreaUom
12.242 PowerPerAreaUomExt
12.243 PowerPerPowerUom
12.244 PowerPerPowerUomExt
12.245 PowerPerVolumeUom
12.246 PowerPerVolumeUomExt
12.247 PowerUom
12.248 PowerUomExt
12.249 PressurePerPressureUom
12.250 PressurePerPressureUomExt
12.251 PressurePerTimeUom
12.252 PressurePerTimeUomExt
12.253 PressurePerVolumeUom
12.254 PressurePerVolumeUomExt
12.255 PressureSquaredPerForceTimePerAreaUom
12.256 PressureSquaredPerForceTimePerAreaUomExt
12.257 PressureSquaredUom
12.258 PressureSquaredUomExt
12.259 PressureTimePerVolumeUom
12.260 PressureTimePerVolumeUomExt
12.261 PressureUom
12.262 PressureUomExt
12.263 QuantityOfLightUom
12.264 QuantityOfLightUomExt
12.265 RadianceUom
12.266 RadianceUomExt
12.267 RadiantIntensityUom
12.268 RadiantIntensityUomExt
12.269 ReciprocalAreaUom
12.270 ReciprocalAreaUomExt
12.271 ReciprocalElectricPotentialDifferenceUom
12.272 ReciprocalElectricPotentialDifferenceUomExt
12.273 ReciprocalForceUom
12.274 ReciprocalForceUomExt
12.275 ReciprocalLengthUom
12.276 ReciprocalLengthUomExt
12.277 ReciprocalMassTimeUom
12.278 ReciprocalMassTimeUomExt
12.279 ReciprocalMassUom
12.280 ReciprocalMassUomExt
12.281 ReciprocalPressureUom
12.282 ReciprocalPressureUomExt
12.283 ReciprocalTimeUom
12.284 ReciprocalTimeUomExt
12.285 ReciprocalVolumeUom
12.286 ReciprocalVolumeUomExt
12.287 ReluctanceUom
12.288 ReluctanceUomExt
12.289 SecondMomentOfAreaUom
12.290 SecondMomentOfAreaUomExt
12.291 SignalingEventPerTimeUom
12.292 SignalingEventPerTimeUomExt
12.293 SolidAngleUom
12.294 SolidAngleUomExt
12.295 SpecificHeatCapacityUom
12.296 SpecificHeatCapacityUomExt
12.297 TemperatureIntervalPerLengthUom
12.298 TemperatureIntervalPerLengthUomExt
12.299 TemperatureIntervalPerPressureUom
12.300 TemperatureIntervalPerPressureUomExt
12.301 TemperatureIntervalPerTimeUom
12.302 TemperatureIntervalPerTimeUomExt
12.303 TemperatureIntervalUom
12.304 TemperatureIntervalUomExt
12.305 ThermalConductanceUom
12.306 ThermalConductanceUomExt
12.307 ThermalConductivityUom
12.308 ThermalConductivityUomExt
12.309 ThermalDiffusivityUom
12.310 ThermalDiffusivityUomExt
12.311 ThermalInsulanceUom
12.312 ThermalInsulanceUomExt
12.313 ThermalResistanceUom
12.314 ThermalResistanceUomExt
12.315 ThermodynamicTemperaturePerThermodynamicTemperatureUom
12.316 ThermodynamicTemperaturePerThermodynamicTemperatureUomExt
12.317 ThermodynamicTemperatureUom
12.318 ThermodynamicTemperatureUomExt
12.319 TimePerLengthUom
12.320 TimePerLengthUomExt
12.321 TimePerMassUom
12.322 TimePerMassUomExt
12.323 TimePerTimeUom
12.324 TimePerTimeUomExt
12.325 TimePerVolumeUom
12.326 TimePerVolumeUomExt
12.327 TimeUom
12.328 TimeUomExt
12.329 VerticalCoordinateUom
12.330 VerticalCoordinateUomExt
12.331 VolumeFlowRatePerVolumeFlowRateUom
12.332 VolumeFlowRatePerVolumeFlowRateUomExt
12.333 VolumePerAreaUom
12.334 VolumePerAreaUomExt
12.335 VolumePerLengthUom
12.336 VolumePerLengthUomExt
12.337 VolumePerMassUom
12.338 VolumePerMassUomExt
12.339 VolumePerPressureUom
12.340 VolumePerPressureUomExt
12.341 VolumePerRotationUom
12.342 VolumePerRotationUomExt
12.343 VolumePerTimeLengthUom
12.344 VolumePerTimeLengthUomExt
12.345 VolumePerTimePerAreaUom
12.346 VolumePerTimePerAreaUomExt
12.347 VolumePerTimePerLengthUom
12.348 VolumePerTimePerLengthUomExt
12.349 VolumePerTimePerPressureLengthUom
12.350 VolumePerTimePerPressureLengthUomExt
12.351 VolumePerTimePerPressureUom
12.352 VolumePerTimePerPressureUomExt
12.353 VolumePerTimePerTimeUom
12.354 VolumePerTimePerTimeUomExt
12.355 VolumePerTimePerVolumeUom
12.356 VolumePerTimePerVolumeUomExt
12.357 VolumePerTimeUom
12.358 VolumePerTimeUomExt
12.359 VolumePerVolumeUom
12.360 VolumePerVolumeUomExt
12.361 VolumetricHeatTransferCoefficientUom
12.362 VolumetricHeatTransferCoefficientUomExt
12.363 VolumetricThermalExpansionUom
12.364 VolumetricThermalExpansionUomExt
12.365 VolumeUom
12.366 VolumeUomExt
13 gml
13.1 Gml
13.1.1 AbstractCoordinateOperation
13.1.2 AbstractCoordinateOperationType
13.1.3 AbstractCoordinateSystem
13.1.4 AbstractCoordinateSystemType
13.1.5 AbstractCRS
13.1.6 AbstractCRSType
13.1.7 AbstractDatum
13.1.8 AbstractDatumType
13.1.9 AbstractGeneralConversion
13.1.10 AbstractGeneralConversionType
13.1.11 AbstractGeneralDerivedCRS
13.1.12 AbstractGeneralDerivedCRSType
13.1.13 AbstractGML
13.1.14 AbstractGMLType
13.1.15 AbstractObject
13.1.16 AbstractOperation
13.1.17 AbstractSingleCRS
13.1.18 AbstractSingleOperation
13.1.19 AbstractTimeObject
13.1.20 AbstractTimeObjectType
13.1.21 AbstractTimePrimitive
13.1.22 AbstractTimePrimitiveType
13.1.23 AggregationAttributeGroup
13.1.24 AggregationType
13.1.25 anchorDefinition
13.1.26 AngleType
13.1.27 anyURI
13.1.28 AssociationAttributeGroup
13.1.29 axis
13.1.30 axisAbbrev
13.1.31 axisDirection
13.1.32 baseGeodeticCRS
13.1.33 CartesianCS
13.1.34 cartesianCS
13.1.35 CartesianCSPropertyType
13.1.36 CartesianCSType
13.1.37 CodeType
13.1.38 CodeWithAuthorityType
13.1.39 conversion
13.1.40 coordinateOperationAccuracy
13.1.41 CoordinateSystemAxis
13.1.42 CoordinateSystemAxisPropertyType
13.1.43 CoordinateSystemAxisType
13.1.44 CRSPropertyType
13.1.45 Definition
13.1.46 DefinitionBaseType
13.1.47 DefinitionType
13.1.48 description
13.1.49 descriptionReference
13.1.50 domainOfValidity
13.1.51 double
13.1.52 ellipsoid
13.1.53 Ellipsoid
13.1.54 ellipsoidalCS
13.1.55 EllipsoidalCS
13.1.56 EllipsoidalCSPropertyType
13.1.57 EllipsoidalCSType
13.1.58 EllipsoidPropertyType
13.1.59 EllipsoidType
13.1.60 GeneralConversionPropertyType
13.1.61 GeodeticCRS
13.1.62 GeodeticCRSPropertyType
13.1.63 GeodeticCRSType
13.1.64 geodeticDatum
13.1.65 GeodeticDatum
13.1.66 GeodeticDatumPropertyType
13.1.67 GeodeticDatumType
13.1.68 greenwichLongitude
13.1.69 id
13.1.70 IdentifiedObjectType
13.1.71 identifier
13.1.72 LengthType
13.1.73 maximumValue
13.1.74 MeasureType
13.1.75 minimumValue
13.1.76 ModelGroup1
13.1.77 ModelGroup2
13.1.78 name
13.1.79 NilReasonType
13.1.80 operationVersion
13.1.81 OwnershipAttributeGroup
13.1.82 primeMeridian
13.1.83 PrimeMeridian
13.1.84 PrimeMeridianPropertyType
13.1.85 PrimeMeridianType
13.1.86 ProjectedCRS
13.1.87 ProjectedCRSType
13.1.88 rangeMeaning
13.1.89 realizationEpoch
13.1.90 ReferenceType
13.1.91 RelatedTimeType
13.1.92 remarks
13.1.93 scope
13.1.94 secondDefiningParameter
13.1.95 SecondDefiningParameter
13.1.96 semiMajorAxis
13.1.97 SimpleTypeClass1
13.1.98 sourceCRS
13.1.99 sphericalCS
13.1.100 SphericalCS
13.1.101 SphericalCSPropertyType
13.1.102 SphericalCSType
13.1.103 StandardObjectProperties
13.1.104 string
13.1.105 StringOrRefType
13.1.106 targetCRS
13.1.107 TimePrimitivePropertyType
13.1.108 UomIdentifier
13.1.109 UomSymbol
13.1.110 UomURI
13.1.111 VerticalCRS
13.1.112 VerticalCRSType
13.1.113 VerticalCS
13.1.114 verticalCS
13.1.115 VerticalCSPropertyType
13.1.116 VerticalCSType
13.1.117 VerticalDatum
13.1.118 verticalDatum
13.1.119 VerticalDatumPropertyType
13.1.120 VerticalDatumType
14 xlink
14.1 Xlinks
14.1.1 actuate
14.1.2 arcrole
14.1.3 href
14.1.4 role
14.1.5 show
14.1.6 simpleLink
14.1.7 SimpleTypeClass1
14.1.8 SimpleTypeClass2
14.1.9 title
Common v2.0 Data Object List
Energistics
common
v2.0 Data Object Reference List
1 Introduction
1.1 Energistics Common Technical Architecture (common)
1.2 Audience, Purpose and Scope
1.2.1 Audience Assumptions
2 Abstract
2.1 AbstractCitedDataObject
2.2 AbstractObject
2.3 Citation
2.4 CustomData
2.5 ObjectAlias
2.6 AbstractContextualObject
2.7 AbstractDataObject
3 BaseTypes
4 CRS
4.1 VerticalDirection
4.2 AxisOrder2d
4.3 AbstractProjectedCrs
4.4 AbstractVerticalCrs
4.5 GmlProjectedCrsDefinition
4.6 GmlVerticalCrsDefinition
4.7 ProjectedCrs
4.8 ProjectedCrsEpsgCode
4.9 ProjectedUnknownCrs
4.10 VerticalCrs
4.11 VerticalCrsEpsgCode
4.12 VerticalUnknownCrs
5 MeasureType
5.1 AbsorbedDoseMeasure
5.2 ActivityOfRadioactivityMeasure
5.3 AmountOfSubstanceMeasure
5.4 AmountOfSubstancePerAmountOfSubstanceMeasure
5.5 AmountOfSubstancePerAreaMeasure
5.6 AmountOfSubstancePerTimeMeasure
5.7 AmountOfSubstancePerTimePerAreaMeasure
5.8 AmountOfSubstancePerVolumeMeasure
5.9 AnglePerLengthMeasure
5.10 AnglePerVolumeMeasure
5.11 AngularAccelerationMeasure
5.12 AngularVelocityMeasure
5.13 APIGammaRayMeasure
5.14 APIGravityMeasure
5.15 APINeutronMeasure
5.16 AreaMeasure
5.17 AreaPerAmountOfSubstanceMeasure
5.18 AreaPerAreaMeasure
5.19 AreaPerMassMeasure
5.20 AreaPerTimeMeasure
5.21 AreaPerVolumeMeasure
5.22 AttenuationPerFrequencyIntervalMeasure
5.23 CapacitanceMeasure
5.24 DataTransferSpeedMeasure
5.25 DiffusionCoefficientMeasure
5.26 DigitalStorageMeasure
5.27 DimensionlessMeasure
5.28 DipoleMomentMeasure
5.29 DoseEquivalentMeasure
5.30 DynamicViscosityMeasure
5.31 ElectricalResistivityMeasure
5.32 ElectricChargeMeasure
5.33 ElectricChargePerAreaMeasure
5.34 ElectricChargePerMassMeasure
5.35 ElectricChargePerVolumeMeasure
5.36 ElectricConductanceMeasure
5.37 ElectricConductivityMeasure
5.38 ElectricCurrentDensityMeasure
5.39 ElectricCurrentMeasure
5.40 ElectricFieldStrengthMeasure
5.41 ElectricPotentialDifferenceMeasure
5.42 ElectricResistanceMeasure
5.43 ElectricResistancePerLengthMeasure
5.44 ElectromagneticMomentMeasure
5.45 EnergyLengthPerAreaMeasure
5.46 EnergyLengthPerTimeAreaTemperatureMeasure
5.47 EnergyMeasure
5.48 EnergyPerAreaMeasure
5.49 EnergyPerLengthMeasure
5.50 EnergyPerMassMeasure
5.51 EnergyPerMassPerTimeMeasure
5.52 EnergyPerVolumeMeasure
5.53 ForceAreaMeasure
5.54 ForceLengthPerLengthMeasure
5.55 ForceMeasure
5.56 ForcePerForceMeasure
5.57 ForcePerLengthMeasure
5.58 ForcePerVolumeMeasure
5.59 FrequencyIntervalMeasure
5.60 FrequencyMeasure
5.61 HeatCapacityMeasure
5.62 HeatFlowRateMeasure
5.63 HeatTransferCoefficientMeasure
5.64 IlluminanceMeasure
5.65 InductanceMeasure
5.66 IsothermalCompressibilityMeasure
5.67 KinematicViscosityMeasure
5.68 LengthMeasure
5.69 LengthPerLengthMeasure
5.70 LengthPerMassMeasure
5.71 LengthPerPressureMeasure
5.72 LengthPerTemperatureMeasure
5.73 LengthPerTimeMeasure
5.74 LengthPerVolumeMeasure
5.75 LightExposureMeasure
5.76 LinearAccelerationMeasure
5.77 LinearThermalExpansionMeasure
5.78 LogarithmicPowerRatioMeasure
5.79 LogarithmicPowerRatioPerLengthMeasure
5.80 LuminanceMeasure
5.81 LuminousEfficacyMeasure
5.82 LuminousFluxMeasure
5.83 LuminousIntensityMeasure
5.84 MagneticDipoleMomentMeasure
5.85 MagneticFieldStrengthMeasure
5.86 MagneticFluxDensityMeasure
5.87 MagneticFluxDensityPerLengthMeasure
5.88 MagneticFluxMeasure
5.89 MagneticPermeabilityMeasure
5.90 MagneticVectorPotentialMeasure
5.91 MassLengthMeasure
5.92 MassMeasure
5.93 MassPerAreaMeasure
5.94 MassPerEnergyMeasure
5.95 MassPerLengthMeasure
5.96 MassPerMassMeasure
5.97 MassPerTimeMeasure
5.98 MassPerTimePerAreaMeasure
5.99 MassPerTimePerLengthMeasure
5.100 MassPerVolumeMeasure
5.101 MassPerVolumePerLengthMeasure
5.102 MobilityMeasure
5.103 MolarEnergyMeasure
5.104 MolarHeatCapacityMeasure
5.105 MolarVolumeMeasure
5.106 MolecularWeightMeasure
5.107 MomentOfForceMeasure
5.108 MomentOfInertiaMeasure
5.109 MomentumMeasure
5.110 NormalizedPowerMeasure
5.111 PermeabilityLengthMeasure
5.112 PermeabilityRockMeasure
5.113 PermittivityMeasure
5.114 PlaneAngleMeasure
5.115 PotentialDifferencePerPowerDropMeasure
5.116 PowerMeasure
5.117 PowerPerAreaMeasure
5.118 PowerPerPowerMeasure
5.119 PowerPerVolumeMeasure
5.120 PressureMeasure
5.121 PressurePerTimeMeasure
5.122 PressurePerVolumeMeasure
5.123 PressureSquaredMeasure
5.124 PressureSquaredPerForceTimePerAreaMeasure
5.125 PressureTimePerVolumeMeasure
5.126 QuantityOfLightMeasure
5.127 RadianceMeasure
5.128 RadiantIntensityMeasure
5.129 ReciprocalAreaMeasure
5.130 ReciprocalElectricPotentialDifferenceMeasure
5.131 ReciprocalForceMeasure
5.132 ReciprocalLengthMeasure
5.133 ReciprocalMassMeasure
5.134 ReciprocalMassTimeMeasure
5.135 ReciprocalPressureMeasure
5.136 ReciprocalTimeMeasure
5.137 ReciprocalVolumeMeasure
5.138 ReluctanceMeasure
5.139 SecondMomentOfAreaMeasure
5.140 SignalingEventPerTimeMeasure
5.141 SolidAngleMeasure
5.142 SpecificHeatCapacityMeasure
5.143 TemperatureIntervalMeasure
5.144 TemperatureIntervalPerLengthMeasure
5.145 TemperatureIntervalPerPressureMeasure
5.146 TemperatureIntervalPerTimeMeasure
5.147 ThermalConductanceMeasure
5.148 ThermalConductivityMeasure
5.149 ThermalDiffusivityMeasure
5.150 ThermalInsulanceMeasure
5.151 ThermalResistanceMeasure
5.152 ThermodynamicTemperatureMeasure
5.153 TimeMeasure
5.154 TimePerLengthMeasure
5.155 TimePerMassMeasure
5.156 TimePerTimeMeasure
5.157 TimePerVolumeMeasure
5.158 VolumeFlowRatePerVolumeFlowRateMeasure
5.159 VolumeMeasure
5.160 VolumePerAreaMeasure
5.161 VolumePerLengthMeasure
5.162 VolumePerMassMeasure
5.163 VolumePerPressureMeasure
5.164 VolumePerRotationMeasure
5.165 VolumePerTimeLengthMeasure
5.166 VolumePerTimeMeasure
5.167 VolumePerTimePerAreaMeasure
5.168 VolumePerTimePerLengthMeasure
5.169 VolumePerTimePerPressureLengthMeasure
5.170 VolumePerTimePerPressureMeasure
5.171 VolumePerTimePerTimeMeasure
5.172 VolumePerTimePerVolumeMeasure
5.173 VolumePerVolumeMeasure
5.174 VolumetricHeatTransferCoefficientMeasure
5.175 VolumetricThermalExpansionMeasure
6 ObjectReference
6.1 DataObjectReference
6.2 EpcExternalPartReference
6.3 Hdf5Dataset
7 QuantityClass
7.1 PowerPerVolumeUom
7.2 PowerPerPowerUom
7.3 PowerUom
7.4 PressurePerVolumeUom
7.5 PressurePerTimeUom
7.6 PowerPerAreaUom
7.7 PermeabilityRockUom
7.8 PermeabilityLengthUom
7.9 PermittivityUom
7.10 PotentialDifferencePerPowerDropUom
7.11 PlaneAngleUom
7.12 ReciprocalAreaUom
7.13 RadiantIntensityUom
7.14 ReciprocalElectricPotentialDifferenceUom
7.15 ReciprocalLengthUom
7.16 ReciprocalForceUom
7.17 RadianceUom
7.18 PressureSquaredUom
7.19 PressureSquaredPerForceTimePerAreaUom
7.20 PressureTimePerVolumeUom
7.21 QuantityOfLightUom
7.22 PressureUom
7.23 MassPerTimePerAreaUom
7.24 MassPerMassUom
7.25 MassPerTimePerLengthUom
7.26 MassPerVolumePerLengthUom
7.27 MassPerTimeUom
7.28 MassPerLengthUom
7.29 MagneticVectorPotentialUom
7.30 MagneticPermeabilityUom
7.31 MassLengthUom
7.32 MassPerEnergyUom
7.33 MassPerAreaUom
7.34 MomentOfForceUom
7.35 MolecularWeightUom
7.36 MomentOfInertiaUom
7.37 NormalizedPowerUom
7.38 MomentumUom
7.39 MolarVolumeUom
7.40 MassUom
7.41 MassPerVolumeUom
7.42 MobilityUom
7.43 MolarHeatCapacityUom
7.44 MolarEnergyUom
7.45 VolumePerMassUom
7.46 VolumePerLengthUom
7.47 VolumePerPressureUom
7.48 VolumePerTimeLengthUom
7.49 VolumePerRotationUom
7.50 VolumePerAreaUom
7.51 TimePerVolumeUom
7.52 TimePerTimeUom
7.53 TimeUom
7.54 VolumeFlowRatePerVolumeFlowRateUom
7.55 VerticalCoordinateUom
7.56 VolumePerVolumeUom
7.57 VolumePerTimeUom
7.58 VolumetricHeatTransferCoefficientUom
7.59 VolumeUom
7.60 VolumetricThermalExpansionUom
7.61 VolumePerTimePerVolumeUom
7.62 VolumePerTimePerLengthUom
7.63 VolumePerTimePerAreaUom
7.64 VolumePerTimePerPressureLengthUom
7.65 VolumePerTimePerTimeUom
7.66 VolumePerTimePerPressureUom
7.67 SignalingEventPerTimeUom
7.68 SecondMomentOfAreaUom
7.69 SolidAngleUom
7.70 TemperatureIntervalPerLengthUom
7.71 SpecificHeatCapacityUom
7.72 ReluctanceUom
7.73 ReciprocalMassUom
7.74 ReciprocalMassTimeUom
7.75 ReciprocalPressureUom
7.76 ReciprocalVolumeUom
7.77 ReciprocalTimeUom
7.78 ThermalResistanceUom
7.79 ThermalInsulanceUom
7.80 ThermodynamicTemperatureUom
7.81 TimePerMassUom
7.82 TimePerLengthUom
7.83 ThermalDiffusivityUom
7.84 TemperatureIntervalPerTimeUom
7.85 TemperatureIntervalPerPressureUom
7.86 TemperatureIntervalUom
7.87 ThermalConductivityUom
7.88 ThermalConductanceUom
7.89 DynamicViscosityUom
7.90 DoseEquivalentUom
7.91 ElectricalResistivityUom
7.92 ElectricChargePerMassUom
7.93 ElectricChargePerAreaUom
7.94 DipoleMomentUom
7.95 DataTransferSpeedUom
7.96 CapacitanceUom
7.97 DiffusionCoefficientUom
7.98 DimensionlessUom
7.99 DigitalStorageUom
7.100 ElectricPotentialDifferenceUom
7.101 ElectricFieldStrengthUom
7.102 ElectricResistancePerLengthUom
7.103 ElectromagneticMomentUom
7.104 ElectricResistanceUom
7.105 ElectricCurrentUom
7.106 ElectricChargeUom
7.107 ElectricChargePerVolumeUom
7.108 ElectricConductanceUom
7.109 ElectricCurrentDensityUom
7.110 ElectricConductivityUom
7.111 AmountOfSubstanceUom
7.112 AmountOfSubstancePerVolumeUom
7.113 AnglePerLengthUom
7.114 AngularAccelerationUom
7.115 AnglePerVolumeUom
7.116 AmountOfSubstancePerTimeUom
7.117 ActivityOfRadioactivityUom
7.118 AbsorbedDoseUom
7.119 AmountOfSubstancePerAmountOfSubstanceUom
7.120 AmountOfSubstancePerTimePerAreaUom
7.121 AmountOfSubstancePerAreaUom
7.122 AreaPerTimeUom
7.123 AreaPerMassUom
7.124 AreaPerVolumeUom
7.125 AttenuationPerFrequencyIntervalUom
7.126 AreaUom
7.127 AreaPerAreaUom
7.128 APIGammaRayUom
7.129 AngularVelocityUom
7.130 APIGravityUom
7.131 AreaPerAmountOfSubstanceUom
7.132 APINeutronUom
7.133 LengthUom
7.134 LengthPerVolumeUom
7.135 LightExposureUom
7.136 LinearThermalExpansionUom
7.137 LinearAccelerationUom
7.138 LengthPerTimeUom
7.139 LengthPerLengthUom
7.140 KinematicViscosityUom
7.141 LengthPerMassUom
7.142 LengthPerTemperatureUom
7.143 LengthPerPressureUom
7.144 MagneticFieldStrengthUom
7.145 MagneticDipoleMomentUom
7.146 MagneticFluxDensityPerLengthUom
7.147 MagneticFluxUom
7.148 MagneticFluxDensityUom
7.149 LuminousIntensityUom
7.150 LogarithmicPowerRatioUom
7.151 LogarithmicPowerRatioPerLengthUom
7.152 LuminanceUom
7.153 LuminousFluxUom
7.154 LuminousEfficacyUom
7.155 EnergyUom
7.156 EnergyPerVolumeUom
7.157 ForceAreaUom
7.158 ForcePerForceUom
7.159 ForceLengthPerLengthUom
7.160 EnergyPerMassUom
7.161 EnergyLengthPerTimeAreaTemperatureUom
7.162 EnergyLengthPerAreaUom
7.163 EnergyPerAreaUom
7.164 EnergyPerMassPerTimeUom
7.165 EnergyPerLengthUom
7.166 HeatTransferCoefficientUom
7.167 HeatFlowRateUom
7.168 IlluminanceUom
7.169 IsothermalCompressibilityUom
7.170 InductanceUom
7.171 HeatCapacityUom
7.172 ForcePerVolumeUom
7.173 ForcePerLengthUom
7.174 ForceUom
7.175 FrequencyUom
7.176 FrequencyIntervalUom
Transfer Protocol (ETP) v1.1
Energistics Transfer Protocol (ETP) v1.1
1 Introduction to ETP
1.1 Document Details: Audience, Purpose, Scope
1.1.1 This Document is Created from the ETP UML Model
1.1.2 Stability Index
1.1.3 Resource Set
1.1.4 Documentation Conventions
1.2 Overview of ETP and How it Works
1.2.1 Protocols and Subprotocols
1.2.1.1 Identifying ETP Protocols
1.2.1.2 ETP Message Approach
1.2.2 WebSocket Transport
1.2.3 Avro Serialization
1.2.3.1 Serialization of URIs
1.2.4 Client, Servers, and Roles
1.3 Overview of ETP Protocols
1.3.1 Protocol 0: Session Management (or Core Protocol)
1.3.2 Protocol 1: Channel Streaming
2 Protocols
2.1 Core (0)
2.1.1 Requirements
2.1.2 Interface: IClient
2.1.2.1 Methods
2.1.2.2 State Machine
2.1.3 Interface: IServer
2.1.3.1 Methods
2.1.3.2 State Machine
2.2 ChannelStreaming (1)
2.2.1 Requirements
2.2.2 Interface: IChannelStreamingConsumer
2.2.2.1 Methods
2.2.2.2 Session
2.2.3 Interface: IChannelStreamingProducer
2.2.3.1 Methods
2.2.3.2 States for Interface IChannelStreamingProducer
2.3 Discovery (3)
2.3.1 Interface: IDiscoveryStore
2.3.1.1 Methods
2.3.2 Interface: IDiscoveryCustomer
2.3.2.1 Methods
2.3.3 Sequence
2.3.4 Description
2.3.4.1 Discovering “eml://” Must Return Supported URI Protocol Resources
2.3.4.2 Discovering “eml://witsml20” Must Return Folder Resources
2.3.4.3 Discovering a Data Object URI Must Return Folder Resources
2.3.4.4 Discovering a Child Data Object Type URI Must Return Data Object Resources
2.3.4.5 A Store May Limit the Maximum Number of Resources it Returns for Each GetResources Message
2.4 Store (4)
2.4.1 Requirements
2.4.2 Interface: IStoreStore
2.4.2.1 Methods
2.4.3 Interface: IStoreCustomer
2.4.3.1 Methods
2.5 StoreNotification (5)
2.5.1 Interface: IStoreNotificationStore
2.5.1.1 Methods
2.5.2 Interface: IStoreNotificationCustomer
2.5.2.1 Methods
2.6 GrowingObject (6)
2.6.1 Interface: IGrowingObjectCustomer
2.6.1.1 Methods
2.6.2 Interface: IGrowingObjectStore
2.6.2.1 Methods
2.7 DataArray (7)
2.7.1 Interface: IDataArrayStore
2.7.1.1 Methods
2.7.2 Interface: IDataArrayCustomer
2.7.2.1 Methods
3 Schemas
3.1 Energistics
3.2 All Applications Must Handle Optional Header in XML v1.0
3.3 Datatypes
3.3.1 WebSocket Headers
3.3.2 Record: ServerCapabilities
3.3.3 Protocols
3.3.4 Record: Version
3.3.5 Record: ArrayOfBoolean
3.3.6 Record: ArrayOfDouble
3.3.7 Record: ArrayOfInt
3.3.8 Record: ArrayOfFloat
3.3.9 Record: ArrayOfLong
3.3.10 Record: DataAttribute
3.3.11 Record: MessageHeader
3.3.12 Record: SupportedProtocol
3.3.13 Record: Contact
3.3.14 union: AnyArray
3.3.15 union: DataValue
3.3.16 ChannelData
3.3.16.1 Record: ChannelStreamingInfo
3.3.16.2 ChannelStatuses
3.3.16.3 Roles
3.3.16.4 IndexDirections
3.3.16.5 ChannelIndexTypes
3.3.16.6 Record: DataItem
3.3.16.7 Record: DataFrame
3.3.16.8 Record: IndexMetadataRecord
3.3.16.9 Record: ChannelMetadataRecord
3.3.16.10 Record: ChannelRangeInfo
3.3.16.11 union: StreamingStartIndex
3.3.17 Object
3.3.17.1 Record: ObjectChange
3.3.17.2 ObjectChangeTypes
3.3.17.3 Record: Resource
3.3.17.4 Record: DataObject
3.3.17.5 Record: NotificationRequestRecord
3.3.17.6 union: GrowingObjectIndex
3.4 Messages for Protocols
3.4.1 Core (0)
3.4.1.1 Message: RequestSession
3.4.1.2 Message: OpenSession
3.4.1.3 Message: CloseSession
3.4.1.4 Message: ProtocolException
3.4.1.5 Message: Acknowledge
3.4.1.6 Message: RenewSecurityToken
3.4.2 ChannelStreaming (1)
3.4.2.1 Message: Start
3.4.2.2 Message: ChannelDescribe
3.4.2.3 Message: ChannelMetadata
3.4.2.4 Message: ChannelData
3.4.2.5 Message: ChannelStreamingStart
3.4.2.6 Message: ChannelStreamingStop
3.4.2.7 Message: ChannelDataChange
3.4.2.8 Message: ChannelRemove
3.4.2.9 Message: ChannelRangeRequest
3.4.2.10 Message: ChannelStatusChange
3.4.3 ChannelDataFrame (2)
3.4.3.1 Message: RequestChannelData
3.4.3.2 Message: ChannelMetadata
3.4.3.3 Message: ChannelDataFrameSet
3.4.4 Discovery (3)
3.4.4.1 Message: GetResourcesResponse
3.4.4.2 Message: GetResources
3.4.5 Store (4)
3.4.5.1 Message: GetObject
3.4.5.2 Message: PutObject
3.4.5.3 Message: DeleteObject
3.4.5.4 Message: Object
3.4.6 StoreNotification (5)
3.4.6.1 Message: NotificationRequest
3.4.6.2 Message: ChangeNotification
3.4.6.3 Message: DeleteNotification
3.4.6.4 Message: CancelNotification
3.4.7 GrowingObject (6)
3.4.7.1 Message: GrowingObjectGetRange
3.4.7.2 Message: GrowingObjectPut
3.4.7.3 Message: ObjectFragment
3.4.7.4 Message: GrowingObjectDelete
3.4.7.5 Message: GrowingObjectDeleteRange
3.4.7.6 Message: GrowingObjectGet
3.4.8 DataArray (7)
3.4.8.1 Message: PutDataArray
3.4.8.2 Message: PutDataArraySlice
3.4.8.3 Message: GetDataArraySlice
3.4.8.4 Message: DataArray
3.4.8.5 Message: GetDataArray
3.4.9 WitsmlSoap (8)
3.4.9.1 Message: WMLS_AddToStore
3.4.9.2 Message: WMSL_AddToStoreResponse
3.4.9.3 Message: WMLS_DeleteFromStore
3.4.9.4 Message: WMSL_DeleteFromStoreResponse
3.4.9.5 Message: WMLS_GetBaseMsg
3.4.9.6 Message: WMSL_GetBaseMsgResponse
3.4.9.7 Message: WMLS_GetCap
3.4.9.8 Message: WMSL_GetCapResponse
3.4.9.9 Message: WMLS_GetFromStore
3.4.9.10 Message: WMSL_GetFromStoreResponse
3.4.9.11 Message: WMLS_GetVersion
3.4.9.12 Message: WMSL_GetVersionResponse
3.4.9.13 Message: WMLS_UpdateInStore
3.4.9.14 Message: WMSL_UpdateInStoreResponse
4 Security
4.1 JWT Token-based Authentication
4.1.1 Authentication Schema
4.1.2 Signing Algorithm
4.1.3 Required Claims
4.1.4 Token Expiry and Renewal
4.1.5 Token Verification
4.2 Basic Authentication
4.3 Other considerations
4.3.1 Unauthenticated Requests
4.3.2 Session State
4.3.3 Origin Header
4.4 Use of Secure WebSocket
5 Server Capabilities
6 Appendix: Error Codes
WITSML v2.0 Implementation Spec
ETP v1.1 for WITSML v2.0 Implementation Specification
1 Introduction
1.1 Audience, Purpose, and Scope
1.1.1 Scope of this Document
1.1.2 ETP Protocols in Scope
1.2 Resource Set
1.2.1 Documentation Conventions
2 General Rules and Concepts
2.1 Example Implementation
2.2 ETP Specification is the Primary Source
2.3 All Applications Must Handle Optional Header in XML v1.0
2.4 Energistics Identifiers
2.4.1 WITSML Hierarchies
2.5 Mapping Common Tasks from WITSML v1.x to v2.0
2.5.1 General API Mapping
2.5.2 Determine Server Capabilities
2.5.3 Determine Which Wells a User has Access to
2.5.4 Determine Which Wellbores a User has Access to
2.5.5 Determine Which Wellbore Child Objects a User has Access to
2.5.6 Retrieve a Static Data Object from the Store
2.5.7 Retrieve a Trajectory with Stations or Mud Log from the Store
2.5.8 Retrieve a Log from the Store
2.6 Using Data Objects from Energistics common
3 Making a Connection (Protocol 0: Core)
3.1 Example Messages
4 Streaming Channel Data (Protocol 1: ChannelStreaming)
4.1 Overview of Growing Objects and How They Work
4.1.1 Getting Historical Channel (Log) Data
4.2 Example: Streaming Log Channel Data
4.2.1 Start Message
4.2.2 ChannelDescribe Message
4.2.3 ChannelMetadata Message
4.2.4 ChannelStreamingStart Message
4.2.5 ChannelData Message
4.2.6 ChannelStreamingStop Message
4.2.7 ChannelRangeRequest Message
4.3 Example: Streaming Trajectory Stations
4.3.1 Start Message
4.3.2 ChannelDescribe Message
4.3.3 ChannelMetadata Message
4.3.4 ChannelStreamingStart Message
4.3.5 ChannelData Message
4.3.6 ChannelStreamingStop Message
4.4 Examples: Streaming Alarms, Alerts, and Annotations
4.4.1 Start Message and ChannelDescribe Message
4.4.2 ChannelMetadata Message
4.4.3 Send Alarm Example ChannelData Message
4.4.4 Example Send Alert ChannelData Message
4.4.5 Send Annotation Example ChannelData Message
5 Discovering the Content of a Store (Protocol 3: Discovery)
5.1 Discovering “eml://” Must Return Supported URI Protocol Resources
5.2 Discovering “eml://witsml20” Must Return Folder Resources
5.3 Discovering a Data Object URI Must Return Folder Resources
5.4 Discovering a Child Data Object Type URI Must Return Data Object Resources
5.5 A Store May Limit the Maximum Number of Resources it Returns for Each GetResources Message
6 Interacting with a Store (Protocol 4: Store)
6.1 Overview of How it Works
6.2 PutObject
6.3 GetObject
6.3.1 Getting a Historical Log
6.4 DeleteObject
7 Subscribing to Change Notices (Protocol 5: StoreNotification)
7.1 RequestNotification
7.2 CancelNotification
8 Managing the Growing Part of an Object (Protocol 6: GrowingObject)
8.1 GrowingObjectPut
8.2 GrowingObjectGet
8.3 GrowingObjectGetRange
8.4 GrowingObjectDelete
8.5 GrowingObjectDeleteRange
9 Receiver-Immutable Fields
WITSML v1.4.1.1 Implmentation Spec
ETP v1.1 for WITSML v1.4.1.1 Implementation Specification Title Page
1 Introduction
1.1 Audience, Purpose and Scope
1.1.1 ETP Protocols in Scope
1.2 Resource Set
1.2.1 Documentation Conventions
1.3 Overview of Supported Use Cases
1.4 Acronyms and Terminology
2 Rules and Concepts
2.1 ETP Specification is the Primary Source
2.2 Use and Construction of Identifiers
2.2.1 Case Sensitivity of URIs
2.3 Consistent Reference of Objects between WITSML and ETP
2.4 All Applications Must Handle Optional Header in XML v1.0
2.5 Content Types
3 Streaming Channel Data (Protocol 1: ChannelStreaming)
3.1 Channel Identification
3.2 Describable Object Types
3.3 Mapping WITSML LogCurveInfo to the ETP Channel Metadata Record
3.3.1 DomainObject
3.4 Mapping WITSML LogCurveInfo to the ETP Index Metadata Record
3.5 Creating the Underlying Log Object From the ChannelMetadata
4 Appendix: Use Cases
4.1 Use Case: Real-Time Streaming from a Sensor to an Aggregat ing Server
4.1.1 Actors
4.1.2 Simple Streamer: Aggregator Initiates the Connection
4.1.2.1 Preconditions
4.1.2.2 Flow Sequence
4.1.3 Simple Streamer: Sensor Initiates the Connection
4.1.4 Basic Streaming (i.e., not “simple streaming”)
4.2 Use Case: Real-Time Streaming from Wellsite to an Aggregating Server
4.2.1 Actors
4.2.2 Preconditions
4.2.3 Post Conditions
4.2.4 Flow Sequence
4.3 Use Case: Real-Time Streaming from an Aggregating Server to a Display Client
4.3.1 Preconditions
4.3.2 Actors
4.3.3 Flow Sequence
Packaging Conventions (EPC) v1.0
Energistics Packaging Conventions (EPC) v1.0
1 Introduction to EPC
1.1 What is Energistics Packaging Conventions (EPC)?
1.1.1 Challenge: Complex, Multi-File Datasets
1.1.2 Solution: Standards for Packaging Together Files
1.1.3 Why OPC?
1.2 Audience, Purpose, and Scope
1.2.1 EPC Scope
1.3 Documentation Conventions
1.4 Resource Set
1.4.1 OPC Resources
2 OPC Overview
2.1 Basic Characteristics
2.2 OPC Key Concepts
2.2.1 Content Type
2.2.2 Relationships
3 EPC-Specific Content and Structure
3.1 Package Naming Convention
3.2 The EPC Parts
3.2.1 Part Naming Conventions and Content Types
3.2.2 XML Data Objects
3.2.2.1 Rules for Using WITSML 1.4.1 Data Objects in an EPC file
3.2.3 EPC External Part References and HDF5 Files
3.3 Content Types
3.4 Relationships
3.4.1 Rules for Specifying Relationships
3.4.2 Relationship Types and Namespaces
3.5 Core Properties
3.5.1 Existence
3.5.2 Location
3.5.3 Contents
3.6 Directory Layout
Identifier Specification v4.0
Energistics Identifier Specification v4.0
1 Overview
1.1 Document Aims
1.2 Style Guidelines
2 Energistics Data Object
3 Energistics Identifier
4 Energistics Content Type
4.1 Format Details
4.1.1 Case Sensitivity
4.2 Example Content Types for Data Objects
4.3 Usage of Content Types in the Common Technical Architecture
5 Universally Unique Identifier (UUID)
5.1 UUID and the AbstractObject
5.2 Object References
6 Energistics URI
6.1 Scheme
6.2 Authority
6.2.1 Well-Known Authorities
6.3 Path
6.3.1 Identifier
6.3.2 Component-type
6.3.2.1 Reserved types
Usage, Intellectual Property Rights, and Copyright
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