Validation passed with no Warnings/Errors!

Details

Named Semantic Graph


Name
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Goal
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Description
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Statements


Subject Subject Category Predicate Object Object Category
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected from formation log LWD log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Current operation #1 DDQUD.Drilling.ActualOperation has a Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron density #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
DCS #1 DDQUD.Drilling.DrillingControlSystem generates Bit Deppth #1 DDQUD.Drilling.RealTimeSignal
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #3 DDQUD.Drilling.LogTrace
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #2 DDQUD.Drilling.LogTrace
Drill Floor #1 DDQUD.Drilling.RigElement is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Wellbore DDQUD.Drilling.WellBore has a Corrected LWD #1 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Drill string #1 DDQUD.Drilling.DrillString has a Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Corrected LWD #1 DDQUD.Drilling.DepthBasedLog is corrected using Wireline log #1 DDQUD.Drilling.FormationLog
Trajectory #2 DDQUD.Drilling.Trajectory is measured using Survey instrument gyro based #2 DDQUD.Drilling.SurveyInstrument
DCS #1 DDQUD.Drilling.DrillingControlSystem utilizes Hoisting System #1 DDQUD.Drilling.HoistingSystem
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
Survey #1 DDQUD.Drilling.SurveyFile is valid for Depth Interval #1 DDQUD.Drilling.DepthInterval
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Survey #1a DDQUD.Drilling.SurveyFile belongs to Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Gamma ray trace #2 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Current operation #1 DDQUD.Drilling.ActualOperation has a Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog interpreted using Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Corrected Trajectory #1 DDQUD.Drilling.Trajectory is corrected using Sensor Fusion Method #1 DDQUD.Drilling.CorrectionMethod
Heave Signal #1 DDQUD.Drilling.RealTimeSignal is relative to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Gamma ray #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop
Bit Depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog interpreted using Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Current operation #1 DDQUD.Drilling.ActualOperation has a Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #3 DDQUD.Drilling.Trajectory is extended to Section TD #1 DDQUD.Drilling.WellDepth
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #3 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #3 DDQUD.Drilling.LogTrace
LWD #1 DDQUD.Drilling.FormationLoggingTool formation logging tool has a formation log LWD log #1 DDQUD.Drilling.FormationLog
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
Trajectory #1a DDQUD.Drilling.Trajectory utilizes Depth Interval #1a DDQUD.Drilling.DepthInterval
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Geo pressure #N DDQUD.Drilling.Parameter has a Alternative geo pressure #N DDQUD.Drilling.Parameter
Depth Stack #1 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron density trace #2 DDQUD.Drilling.LogTrace
Neutron porosity #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill string #1 DDQUD.Drilling.DrillString depends on Heave Compensator Signal #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem generates LWD log #1 DDQUD.Drilling.FormationLog
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #3 DDQUD.Drilling.Trajectory
DCS #1 DDQUD.Drilling.DrillingControlSystem utilizes Hoisting System #1 DDQUD.Drilling.HoistingSystem
Memory log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Survey #1 DDQUD.Drilling.SurveyFile is associated with Depth Interval #4 DDQUD.Drilling.DepthInterval
Trajectory #1b DDQUD.Drilling.Trajectory utilizes Depth Interval #1b DDQUD.Drilling.DepthInterval
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem generates Memory log #1 DDQUD.Drilling.TimeBasedLog
Survey #1 DDQUD.Drilling.SurveyFile is associated with Depth Interval #7 DDQUD.Drilling.DepthInterval
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Tide compensation 1 DDQUD.Drilling.Compensation
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Survey #1 DDQUD.Drilling.SurveyFile has a Corrected Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore has a Sea Bottom #1 DDQUD.Subsurface.GeoReference
Geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Wireline #1 DDQUD.Drilling.WireLine has a logging tool Logging tool #1 DDQUD.Drilling.LoggingTool
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Alternative geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Data Logging System DDQUD.Drilling.DataLoggingSystem has a Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Combined Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Operation #2 DDQUD.Drilling.ActualOperation has a Survey #2 DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore has a Additional Operation #3 DDQUD.Drilling.ActualOperation
Tubing Hanger #1 DDQUD.Drilling.DrillStringElement is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
3D property grid DDQUD.Subsurface.PropertyCube3D has a Amplitude #1 DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory has a Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Corrected LWD #1 DDQUD.Drilling.DepthBasedLog is corrected from LWD log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Combined Trajectory #1 DDQUD.Drilling.Trajectory is associated with Depth Interval #7 DDQUD.Drilling.DepthInterval
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1d DDQUD.Drilling.DepthInterval
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Formation evaluation logs #1 DDQUD.Drilling.FormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Planned Well Path #1 DDQUD.Drilling.WellPath is interpolated as Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Tubing string #1 DDQUD.Drilling.DrillString is referred to Tubing Hanger #1 DDQUD.Drilling.DrillStringElement
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume constrains Target Axis #1 DDQUD.Drilling.Trajectory
Layer #N DDQUD.Subsurface.Formation has a Geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Collision Probability Distribution #1 DDQUD.Drilling.Distribution is estimated using Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem has a depth log Depth based log #4 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory is measured using Survey instrument gravity based #1 DDQUD.Drilling.SurveyInstrument
Wellbore #1 DDQUD.Drilling.WellBore has a Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Equivalent Indicator forData Logging System DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Data Logging System DDQUD.Drilling.DataLoggingSystem
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Wellbore DDQUD.Drilling.WellBore
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Vertical datum #2 DDQUD.Subsurface.GeoReference is compensated using Heave compensation #2 DDQUD.Drilling.Compensation
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop is estimated using Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Target Axis #1 DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Sea Bottom #1 DDQUD.Subsurface.GeoReference is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected using formation log WL log #1 DDQUD.Drilling.FormationLog
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Combined Trajectory #1 DDQUD.Drilling.Trajectory is associated with Depth Interval #6 DDQUD.Drilling.DepthInterval
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Trajectory #1 DDQUD.Drilling.Trajectory has a Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron porosity #1 DDQUD.Drilling.RealTimeSignal
Vertical datum #2 DDQUD.Subsurface.GeoReference is compensated using Tide compensation #2 DDQUD.Drilling.Compensation
Data Logging System DDQUD.Drilling.DataLoggingSystem has indicator Equivalent Indicator forData Logging System DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Past Operation #2 DDQUD.Drilling.ActualOperation is relative to Vertical datum #2 DDQUD.Subsurface.GeoReference
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Heave compensation 1 DDQUD.Drilling.Compensation
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wireline #1 DDQUD.Drilling.WireLine generates Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Survey #2 DDQUD.Drilling.SurveyFile is valid for Depth Interval #2 DDQUD.Drilling.DepthInterval
Memory log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore has a Drill string #1 DDQUD.Drilling.DrillString
3D property grid DDQUD.Subsurface.PropertyCube3D has a Coherence #1 DDQUD.Drilling.Parameter
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Planned Well Path #1 DDQUD.Drilling.WellPath belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Data Logging System DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Wellbore DDQUD.Drilling.WellBore
Survey #3 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #3 DDQUD.Drilling.SurveyInstrument
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #3 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Target Axis #1 DDQUD.Drilling.Trajectory
Tide Signal #1 DDQUD.Drilling.RealTimeSignal is relative to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Planned Well Path #1 DDQUD.Drilling.WellPath belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Depth Interval #1a DDQUD.Drilling.DepthInterval is associated with Survey #1a DDQUD.Drilling.SurveyFile
Separation Distance #1 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal is reset using Truthed event #1 DDQUD.Drilling.OperationEvent
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #3 DDQUD.Drilling.LogTrace
Geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop is estimated using Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
Trajectory #3 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #4 DDQUD.Drilling.LogTrace
Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore DDQUD.Drilling.WellBore has indicator Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
TWT Stack #1 DDQUD.Subsurface.Seismic has a 3D property grid DDQUD.Subsurface.PropertyCube3D
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Former Drilling Operation #1 DDQUD.Drilling.ActualOperation
Basin #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #3 DDQUD.Subsurface.DepthStack
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD Log #1 DDQUD.Drilling.DepthBasedLog
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1 DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Corrected Depth Trace #5 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation log is corrected using real time signal Depth Correction #2 DDQUD.Drilling.DepthCorrection
Collision Probability Distribution #1 DDQUD.Drilling.Distribution is estimated using Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Depth Trace #1 DDQUD.Drilling.LogTrace
Overburden #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #1 DDQUD.Subsurface.DepthStack
Overburden #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #1 DDQUD.Subsurface.DepthStack
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation logging tool has a formation log WL log #1 DDQUD.Drilling.FormationLog
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #2 DDQUD.Drilling.LogTrace
Trajectory #1 DDQUD.Drilling.Trajectory is extended to End of well depth #1 DDQUD.Drilling.WellDepth
Stratigraphy #1 DDQUD.Subsurface.Stratigraphy has a Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Operation #2 DDQUD.Drilling.ActualOperation
Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Drill-string #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Data Logging System DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Drilling operation #1 DDQUD.Drilling.ActualOperation has a DBR #1 DDQUD.Drilling.DailyDrillingReport
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Trajectory #1b DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Survey #1 DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Depth based log #3 DDQUD.Drilling.DepthBasedLog is transferred to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Combined Trajectory #2 DDQUD.Drilling.Trajectory utilizes Depth Interval #4 DDQUD.Drilling.DepthInterval
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Wireline #1 DDQUD.Drilling.WireLine generates Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has a Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem generates Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Trajectory #1b DDQUD.Drilling.Trajectory utilizes Depth Interval #1d DDQUD.Drilling.DepthInterval
3D property grid DDQUD.Subsurface.PropertyCube3D has a Coherence #1 DDQUD.Drilling.Parameter
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Drill string #1 DDQUD.Drilling.DrillString depends on Block Position Signal #1 DDQUD.Drilling.RealTimeSignal
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Depth Interval #1c DDQUD.Drilling.DepthInterval is associated with Survey # 1c DDQUD.Drilling.SurveyFile
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #2 DDQUD.Subsurface.DepthStack
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem has a depth log Depth based log #4 DDQUD.Drilling.DepthBasedLog
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #4 DDQUD.Drilling.LogTrace
Trajectory #1a DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Memory log #1 DDQUD.Drilling.TimeBasedLog is stored In memory storage #1 DDQUD.Drilling.InMemoryStorage
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #3 DDQUD.Drilling.LogTrace
Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #2 DDQUD.Drilling.WellDepth
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Separation Distance #1 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1b DDQUD.Drilling.DepthInterval
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Survey Instrument #3 DDQUD.Drilling.SurveyInstrument is associated with Depth Interval #3 DDQUD.Drilling.DepthInterval
Trajectory #4 DDQUD.Drilling.Trajectory has lower vertical bound Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
Vertical datum #1 DDQUD.Subsurface.GeoReference is compensated using Subsidence compensation 1 DDQUD.Drilling.Compensation
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1a DDQUD.Drilling.SurveyFile
Data Logging #1 DDQUD.Drilling.DataLoggingSystem generates LWD log #1 DDQUD.Drilling.FormationLog
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation is relative to Vertical datum #1 DDQUD.Subsurface.GeoReference
Survey #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool is corrected by Depth Correction #2 DDQUD.Drilling.DepthCorrection
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Survey #3 DDQUD.Drilling.SurveyFile is associated with Depth Interval #5 DDQUD.Drilling.DepthInterval
DrillString #1 DDQUD.Drilling.DrillString belongs to Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Combined Trajectory #2 DDQUD.Drilling.Trajectory utilizes Depth Interval #5 DDQUD.Drilling.DepthInterval
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal is relative to Drillbit #1 DDQUD.Drilling.DrillStringElement
Wireline #1 DDQUD.Drilling.WireLine has a logging tool Logging tool #1 DDQUD.Drilling.LoggingTool
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill Floor #1 DDQUD.Drilling.RigElement depends on Tide Signal #1 DDQUD.Drilling.RealTimeSignal
Geo pressure #N DDQUD.Drilling.Parameter has a Alternative geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Survey #2 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #2 DDQUD.Drilling.SurveyInstrument
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #0 DDQUD.Drilling.LogTrace
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Drill-string #1 DDQUD.Drilling.DrillString belongs to Drilling Operation #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool is corrected by Depth Correction #1 DDQUD.Drilling.DepthCorrection
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Diverter #1 DDQUD.Drilling.Diverter belongs to Wellbore #1 DDQUD.Drilling.WellBore
Rig #1 DDQUD.Drilling.Rig has a Hoisting System #1 DDQUD.Drilling.HoistingSystem
Distance log #1 DDQUD.Drilling.RealTimeSignal is estimated using Trajectory #2 DDQUD.Drilling.Trajectory
Bit on bottom event #1 DDQUD.Drilling.OperationEvent has a Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System DDQUD.Drilling.DataLoggingSystem
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Logging tool #1 DDQUD.Drilling.LoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Alternative geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Basin #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #3 DDQUD.Subsurface.DepthStack
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Truthed event #1 DDQUD.Drilling.OperationEvent is caused by e-tally #1 DDQUD.Drilling.ElectronicTally
Current Operation #1 DDQUD.Drilling.ActualOperation is drilled using Fixed platform #1 DDQUD.Drilling.Rig
Diverter #1 DDQUD.Drilling.Diverter is referred to Drill Floor #1 DDQUD.Drilling.RigElement
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal estimates Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory is described by Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
Rig #1 DDQUD.Drilling.Rig has a DCS #1 DDQUD.Drilling.DrillingControlSystem
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1a DDQUD.Drilling.Trajectory
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Geomodel #1 DDQUD.Subsurface.GeoModel has a TWT Stack #1 DDQUD.Subsurface.Seismic
TWT Stack #1 DDQUD.Subsurface.Seismic has a 3D property grid DDQUD.Subsurface.PropertyCube3D
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Survey #1 DDQUD.Drilling.Trajectory is relative to Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has a Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Corrected LWD log #1 DDQUD.Drilling.FormationLog
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected from LWD log #1 DDQUD.Drilling.FormationLog
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #2 DDQUD.Drilling.ActualOperation
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #4 DDQUD.Drilling.LogTrace
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron porosity trace #2 DDQUD.Drilling.LogTrace
Survey # 1c DDQUD.Drilling.SurveyFile belongs to Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
WireLine #1 DDQUD.Drilling.WireLine belongs to actual operation Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Neutron density #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
DCS #1 DDQUD.Drilling.DrillingControlSystem generates Bit Depth signal #1 DDQUD.Drilling.RealTimeSignal
Truthed event #2 DDQUD.Drilling.OperationEvent is caused by Bit on bottom event #1 DDQUD.Drilling.OperationEvent
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1c DDQUD.Drilling.DepthInterval
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Past Operation #2 DDQUD.Drilling.ActualOperation is drilled using Semi sub #2 DDQUD.Drilling.Rig
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Drilling operation #1 DDQUD.Drilling.ActualOperation utilizes Rig #1 DDQUD.Drilling.Rig
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Wellbore DDQUD.Drilling.WellBore has indicator Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Wellbore #1 DDQUD.Drilling.WellBore has a Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Data Logging #1 DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System DDQUD.Drilling.DataLoggingSystem
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #4 DDQUD.Drilling.LogTrace
Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Layer #N DDQUD.Subsurface.Formation has a Geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
3D property grid DDQUD.Subsurface.PropertyCube3D has a Impedance #1 DDQUD.Drilling.Parameter
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Combined Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Gamma ray #1 DDQUD.Drilling.RealTimeSignal
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Trajectory #1c DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #3 DDQUD.Subsurface.DepthStack
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Geological Target Boundary #1 DDQUD.Subsurface.Bounds has a Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty
Survey #1 DDQUD.Drilling.Trajectory is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Survey #1a DDQUD.Drilling.SurveyFile is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #3 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore has a Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Separation Distance #2 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal is referred to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Survey #1b DDQUD.Drilling.SurveyFile belongs to Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
Logging tool #1 DDQUD.Drilling.LoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem generates Memory log #1 DDQUD.Drilling.TimeBasedLog
WireLine #1 DDQUD.Drilling.WireLine has a WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Stack #1 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #1 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Rig #1 DDQUD.Drilling.Rig has a DCS #1 DDQUD.Drilling.DrillingControlSystem
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal estimates Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Reservoir #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #2 DDQUD.Subsurface.DepthStack
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected using WL log #1 DDQUD.Drilling.FormationLog
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Corrected Trajectory #1 DDQUD.Drilling.Trajectory originates from Combined Trajectory #2 DDQUD.Drilling.Trajectory
TWT Stack #1 DDQUD.Subsurface.Seismic is a Seismic cube #1 DDQUD.Subsurface.Seismic
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
3D property grid DDQUD.Subsurface.PropertyCube3D has a Impedance #1 DDQUD.Drilling.Parameter
Depth based log #3 DDQUD.Drilling.DepthBasedLog is stored File storage #1 DDQUD.Drilling.InFileStorage
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Past Operation #2 DDQUD.Drilling.ActualOperation
Separation Distance #2 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #4 DDQUD.Drilling.LogTrace
Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Gamma ray trace #2 DDQUD.Drilling.LogTrace
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
Trajectory #2 DDQUD.Drilling.Trajectory is described by Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
Depth Interval #1d DDQUD.Drilling.DepthInterval belongs to Survey #1a DDQUD.Drilling.SurveyFile
Survey #2 DDQUD.Drilling.SurveyFile is associated with Depth Interval #6 DDQUD.Drilling.DepthInterval
Wellbore #1 DDQUD.Drilling.WellBore has a Planned Well Path #1 DDQUD.Drilling.WellPath
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Distance log #1 DDQUD.Drilling.RealTimeSignal is estimated using Trajectory #1 DDQUD.Drilling.Trajectory
Corrected Depth Trace #5 DDQUD.Drilling.LogTrace is corrected using Depth Trace #4 DDQUD.Drilling.LogTrace
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation log is corrected using real time signal Depth Correction #1 DDQUD.Drilling.DepthCorrection
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Depth based log #3 DDQUD.Drilling.DepthBasedLog is transferred to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Depth trace #0 DDQUD.Drilling.LogTrace
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Depth trace #0 DDQUD.Drilling.LogTrace
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #3 DDQUD.Drilling.LogTrace
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom hole depth #1 DDQUD.Drilling.WellDepth
Drilling operation #1 DDQUD.Drilling.ActualOperation utilizes Rig #1 DDQUD.Drilling.Rig
Reservoir #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #2 DDQUD.Subsurface.DepthStack
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal has a MD uncertainty #1 DDQUD.Drilling.Uncertainty
Depth based log #3 DDQUD.Drilling.DepthBasedLog is stored File storage #1 DDQUD.Drilling.InFileStorage
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron porosity trace #2 DDQUD.Drilling.LogTrace
WireLine #1 DDQUD.Drilling.WireLine has a formation logging tool WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Depth Interval #1b DDQUD.Drilling.DepthInterval is associated with Survey #1b DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling Operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #3 DDQUD.Drilling.SurveyFile
Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geomodel #1 DDQUD.Subsurface.GeoModel has a TWT Stack #1 DDQUD.Subsurface.Seismic
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a e-tally #1 DDQUD.Drilling.ElectronicTally
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Depth Trace #1 DDQUD.Drilling.LogTrace
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem generates Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
3D property grid DDQUD.Subsurface.PropertyCube3D has a AVO #1 DDQUD.Drilling.Parameter
Wireline #1 DDQUD.Drilling.WireLine belongs to actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is interpolated using Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
TWT Stack #1 DDQUD.Subsurface.Seismic is a Seismic cube #1 DDQUD.Subsurface.Seismic
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Drill string #1 DDQUD.Drilling.DrillString is referred to Drill Floor #1 DDQUD.Drilling.RigElement
Earth Model #1 DDQUD.Subsurface.GeoModel has a Wellbore #1 DDQUD.Drilling.WellBore
Adjacent wellbore #2 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Combined Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Tubing string #1 DDQUD.Drilling.DrillString belongs to Current operation #2 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Surveying Program #1 DDQUD.Drilling.MeasurementProgram
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore formation logging tool has a formation log Corrected LWD log #1 DDQUD.Drilling.FormationLog
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #0 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Drill string #1 DDQUD.Drilling.DrillString has a Drillbit #1 DDQUD.Drilling.DrillStringElement
Rig #1 DDQUD.Drilling.Rig has a Hoisting System #1 DDQUD.Drilling.HoistingSystem
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom hole depth #1 DDQUD.Drilling.WellDepth
Memory log #1 DDQUD.Drilling.TimeBasedLog is stored In memory storage #1 DDQUD.Drilling.InMemoryStorage
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Operation (wireline) #1 DDQUD.Drilling.ActualOperation
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron density trace #2 DDQUD.Drilling.LogTrace
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #2 DDQUD.Subsurface.DepthStack
Survey #1 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Corrected Depth Trace #5 DDQUD.Drilling.LogTrace is corrected from Depth Trace #1 DDQUD.Drilling.LogTrace
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Diverter #1 DDQUD.Drilling.Diverter depends on Expansion joint signal #1 DDQUD.Drilling.RealTimeSignal
Planned Well Path #1 DDQUD.Drilling.WellPath is interpolated as Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Planned Well Path #1 DDQUD.Drilling.WellPath
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Bit Deppth #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
WireLine #1 DDQUD.Drilling.WireLine belongs to Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Tubing string #1 DDQUD.Drilling.DrillString
Trajectory #5 DDQUD.Drilling.Trajectory has higher vertical bound Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Combined Trajectory #2 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Depth Stack #2 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
3D property grid DDQUD.Subsurface.PropertyCube3D has a Amplitude #1 DDQUD.Drilling.Parameter
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Wireline #1 DDQUD.Drilling.WireLine belongs to actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Drill Floor #1 DDQUD.Drilling.RigElement depends on Heave Signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #4 DDQUD.Drilling.LogTrace
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume has a Geological Target Boundary #1 DDQUD.Subsurface.Bounds
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal is reset using Truthed event #2 DDQUD.Drilling.OperationEvent
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool has a WL log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Depth Stack #3 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Surveying Program #1 DDQUD.Drilling.MeasurementProgram
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #3 DDQUD.Drilling.LogTrace
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is interpolated using Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
Earth Model #1 DDQUD.Subsurface.GeoModel has a Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
3D property grid DDQUD.Subsurface.PropertyCube3D has a AVO #1 DDQUD.Drilling.Parameter
Trajectory #1a DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation

Nodes


Node Name Node Category URI
Corrected LWD log #1 DDQUD.Drilling.FormationLog
LWD log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory
Planned Operation #1 DDQUD.Drilling.PlannedOperation
Current operation #1 DDQUD.Drilling.ActualOperation
Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool
Neutron density #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore
Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Wireline #1 DDQUD.Drilling.WireLine
Logging tool #1 DDQUD.Drilling.FormationLoggingTool
DCS #1 DDQUD.Drilling.DrillingControlSystem
Bit Deppth #1 DDQUD.Drilling.RealTimeSignal
Depth based log #3 DDQUD.Drilling.DepthBasedLog
Neutron density trace #3 DDQUD.Drilling.LogTrace
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Memory log #1 DDQUD.Drilling.TimeBasedLog
Time trace #2 DDQUD.Drilling.LogTrace
Drill Floor #1 DDQUD.Drilling.RigElement
Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Wellbore DDQUD.Drilling.WellBore
Corrected LWD #1 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory
Planned Operation #1 DDQUD.Drilling.PlannedOperation
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Current operation #1 DDQUD.Drilling.ActualOperation
Drill string #1 DDQUD.Drilling.DrillString
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Trajectory #1 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Wireline log #1 DDQUD.Drilling.FormationLog
Trajectory #2 DDQUD.Drilling.Trajectory
Survey instrument gyro based #2 DDQUD.Drilling.SurveyInstrument
DCS #1 DDQUD.Drilling.DrillingControlSystem
Hoisting System #1 DDQUD.Drilling.HoistingSystem
DrillString #1 DDQUD.Drilling.DrillString
Drilling operation #1 DDQUD.Drilling.ActualOperation
Survey #1 DDQUD.Drilling.SurveyFile
Depth Interval #1 DDQUD.Drilling.DepthInterval
Trajectory #1 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Survey #1a DDQUD.Drilling.SurveyFile
Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog
Gamma ray trace #2 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Current operation #1 DDQUD.Drilling.ActualOperation
Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Corrected Trajectory #1 DDQUD.Drilling.Trajectory
Sensor Fusion Method #1 DDQUD.Drilling.CorrectionMethod
Heave Signal #1 DDQUD.Drilling.RealTimeSignal
Sea Bottom #1 DDQUD.Subsurface.GeoReference
Gamma ray #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Survey #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop
Bit Depth signal #1 DDQUD.Drilling.RealTimeSignal wits://10.0.0.106:4096/?record=1&item=8
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Depth Stack #1 DDQUD.Subsurface.DepthStack
Surface #1 DDQUD.Subsurface.FormationTop
Current operation #1 DDQUD.Drilling.ActualOperation
Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #3 DDQUD.Drilling.Trajectory
Section TD #1 DDQUD.Drilling.WellDepth
Depth based log #3 DDQUD.Drilling.DepthBasedLog
Neutron porosity trace #3 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Uncertainty #1 DDQUD.Drilling.Uncertainty
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Neutron porosity trace #3 DDQUD.Drilling.LogTrace
LWD #1 DDQUD.Drilling.FormationLoggingTool
LWD log #1 DDQUD.Drilling.FormationLog
Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Wireline log #1 DDQUD.Drilling.FormationLog
LWD log #1 DDQUD.Drilling.FormationLog
Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Wireline operation #1 DDQUD.Drilling.ActualOperation
Trajectory #1a DDQUD.Drilling.Trajectory
Depth Interval #1a DDQUD.Drilling.DepthInterval
Layer #N DDQUD.Subsurface.Formation
TVT parameter #N DDQUD.Drilling.Parameter
Geo pressure #N DDQUD.Drilling.Parameter
Alternative geo pressure #N DDQUD.Drilling.Parameter
Depth Stack #1 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack
Neutron density trace #2 DDQUD.Drilling.LogTrace
Neutron porosity #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore
Drilling operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill string #1 DDQUD.Drilling.DrillString
Heave Compensator Signal #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
LWD log #1 DDQUD.Drilling.FormationLog
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
Depth Stack #1 DDQUD.Subsurface.DepthStack
Surface #1 DDQUD.Subsurface.FormationTop
Wellbore #1 DDQUD.Drilling.WellBore
Wireline operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #3 DDQUD.Drilling.Trajectory
DCS #1 DDQUD.Drilling.DrillingControlSystem
Hoisting System #1 DDQUD.Drilling.HoistingSystem
Survey #1 DDQUD.Drilling.SurveyFile
Depth Interval #4 DDQUD.Drilling.DepthInterval
Trajectory #1b DDQUD.Drilling.Trajectory
Depth Interval #1b DDQUD.Drilling.DepthInterval
Survey #1 DDQUD.Drilling.SurveyFile
Depth Interval #7 DDQUD.Drilling.DepthInterval
MD uncertainty #1 DDQUD.Drilling.Uncertainty
Tide compensation 1 DDQUD.Drilling.Compensation
Trajectory #1 DDQUD.Drilling.Trajectory
Planned Operation #1 DDQUD.Drilling.PlannedOperation
Trajectory #5 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Survey #1 DDQUD.Drilling.SurveyFile
Corrected Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore
Sea Bottom #1 DDQUD.Subsurface.GeoReference
Geo pressure #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Depth Stack DDQUD.Subsurface.DepthStack
Surface DDQUD.Subsurface.FormationTop
Wireline #1 DDQUD.Drilling.WireLine
Logging tool #1 DDQUD.Drilling.LoggingTool
Wireline #1 DDQUD.Drilling.WireLine
Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty
Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
DrillString #1 DDQUD.Drilling.DrillString
LWD #1 DDQUD.Drilling.FormationLoggingTool
Alternative geo pressure #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Data Logging System DDQUD.Drilling.DataLoggingSystem
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog
DrillString #1 DDQUD.Drilling.DrillString
Drilling operation #1 DDQUD.Drilling.ActualOperation
Combined Trajectory #2 DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Operation #2 DDQUD.Drilling.ActualOperation
Survey #2 DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore
Additional Operation #3 DDQUD.Drilling.ActualOperation
Tubing Hanger #1 DDQUD.Drilling.DrillStringElement
Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
3D property grid DDQUD.Subsurface.PropertyCube3D
Amplitude #1 DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
LWD log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
LWD log #1 DDQUD.Drilling.FormationLog
Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Combined Trajectory #1 DDQUD.Drilling.Trajectory
Depth Interval #7 DDQUD.Drilling.DepthInterval
Trajectory #1c DDQUD.Drilling.Trajectory
Depth Interval #1d DDQUD.Drilling.DepthInterval
Depth Stack DDQUD.Subsurface.DepthStack
Layer #N DDQUD.Subsurface.Formation
Wellbore #1 DDQUD.Drilling.WellBore
Wellbore DDQUD.Drilling.WellBore https://norce-my.sharepoint.com/personal/erca_norceresearch_no/_layouts/15/onedrive.aspx?id=%2Fpersonal%2Ferca%5Fnorceresearch%5Fno%2FDocuments%2Fdoc%2FDrillingProgram%2Epdf&parent=%2Fpersonal%2Ferca%5Fnorceresearch%5Fno%2FDocuments%2Fdoc
Wellbore #1 DDQUD.Drilling.WellBore https://norce-my.sharepoint.com/personal/erca_norceresearch_no/_layouts/15/onedrive.aspx?id=%2Fpersonal%2Ferca%5Fnorceresearch%5Fno%2FDocuments%2Fdoc%2FDrillingProgram%2Epdf&parent=%2Fpersonal%2Ferca%5Fnorceresearch%5Fno%2FDocuments%2Fdoc
Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Current Operation #1 DDQUD.Drilling.ActualOperation
Planned Well Path #1 DDQUD.Drilling.WellPath
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Tubing string #1 DDQUD.Drilling.DrillString
Tubing Hanger #1 DDQUD.Drilling.DrillStringElement
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume
Target Axis #1 DDQUD.Drilling.Trajectory
Layer #N DDQUD.Subsurface.Formation
Geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Collision Probability Distribution #1 DDQUD.Drilling.Distribution
Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
LWD log #1 DDQUD.Drilling.FormationLog
Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Depth based log #4 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory
Survey instrument gravity based #1 DDQUD.Drilling.SurveyInstrument
Wellbore #1 DDQUD.Drilling.WellBore
Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Equivalent Indicator forData Logging System DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Vertical datum #2 DDQUD.Subsurface.GeoReference
Heave compensation #2 DDQUD.Drilling.Compensation
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Target Axis #1 DDQUD.Drilling.Trajectory
Current operation #1 DDQUD.Drilling.ActualOperation
Sea Bottom #1 DDQUD.Subsurface.GeoReference
Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Corrected LWD log #1 DDQUD.Drilling.FormationLog
WL log #1 DDQUD.Drilling.FormationLog
Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Wireline log #1 DDQUD.Drilling.FormationLog
TVT parameter #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Combined Trajectory #1 DDQUD.Drilling.Trajectory
Depth Interval #6 DDQUD.Drilling.DepthInterval
Depth Stack DDQUD.Subsurface.DepthStack
Surface DDQUD.Subsurface.FormationTop
Trajectory #5 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Trajectory #1 DDQUD.Drilling.Trajectory
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Depth Stack #1 DDQUD.Subsurface.DepthStack
Surface #1 DDQUD.Subsurface.FormationTop
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
LWD #1 DDQUD.Drilling.FormationLoggingTool
Neutron porosity #1 DDQUD.Drilling.RealTimeSignal
Vertical datum #2 DDQUD.Subsurface.GeoReference
Tide compensation #2 DDQUD.Drilling.Compensation
Past Operation #2 DDQUD.Drilling.ActualOperation
Vertical datum #2 DDQUD.Subsurface.GeoReference
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #1 DDQUD.Drilling.ActualOperation
MD uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
MD uncertainty #1 DDQUD.Drilling.Uncertainty
Heave compensation 1 DDQUD.Drilling.Compensation
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Wireline #1 DDQUD.Drilling.WireLine
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
Survey #2 DDQUD.Drilling.SurveyFile
Depth Interval #2 DDQUD.Drilling.DepthInterval
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Uncertainty #1 DDQUD.Drilling.Uncertainty
Drilling operation #1 DDQUD.Drilling.ActualOperation https://norce-my.sharepoint.com/:b:/r/personal/erca_norceresearch_no/Documents/doc/Detailed%20procedure%20drilling%206%20x%207.pdf?csf=1&web=1&e=kh3b9o
Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore
Drill string #1 DDQUD.Drilling.DrillString
3D property grid DDQUD.Subsurface.PropertyCube3D
Coherence #1 DDQUD.Drilling.Parameter
Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Planned Well Path #1 DDQUD.Drilling.WellPath
Current operation #1 DDQUD.Drilling.ActualOperation
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Survey #3 DDQUD.Drilling.SurveyFile
Survey Instrument #3 DDQUD.Drilling.SurveyInstrument
Gamma ray trace #3 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Target Axis #1 DDQUD.Drilling.Trajectory
Tide Signal #1 DDQUD.Drilling.RealTimeSignal
Sea Bottom #1 DDQUD.Subsurface.GeoReference
Planned Well Path #1 DDQUD.Drilling.WellPath
Current operation #1 DDQUD.Drilling.ActualOperation
Depth Interval #1a DDQUD.Drilling.DepthInterval
Survey #1a DDQUD.Drilling.SurveyFile
Separation Distance #1 DDQUD.Drilling.Distance
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Truthed event #1 DDQUD.Drilling.OperationEvent
Depth Trace #3 DDQUD.Drilling.LogTrace
Geo pressure #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore
Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop
Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
Trajectory #3 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Depth Trace #4 DDQUD.Drilling.LogTrace
Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
TWT Stack #1 DDQUD.Subsurface.Seismic
3D property grid DDQUD.Subsurface.PropertyCube3D
Trajectory #2 DDQUD.Drilling.Trajectory
Former Drilling Operation #1 DDQUD.Drilling.ActualOperation
Basin #1 DDQUD.Subsurface.RockVolume
Depth Stack #3 DDQUD.Subsurface.DepthStack
Trajectory #2 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool
LWD Log #1 DDQUD.Drilling.DepthBasedLog
Wellbore #1 DDQUD.Drilling.WellBore
Survey #1 DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore
Wireline operation #1 DDQUD.Drilling.ActualOperation
DrillString #1 DDQUD.Drilling.DrillString
Drilling operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #2 DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
DrillString #1 DDQUD.Drilling.DrillString
LWD #1 DDQUD.Drilling.FormationLoggingTool
Corrected Depth Trace #5 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore
Drilling operation #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Correction #2 DDQUD.Drilling.DepthCorrection
Collision Probability Distribution #1 DDQUD.Drilling.Distribution
Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
LWD log #1 DDQUD.Drilling.FormationLog
Depth Trace #1 DDQUD.Drilling.LogTrace
Overburden #1 DDQUD.Subsurface.RockVolume
Depth Stack #1 DDQUD.Subsurface.DepthStack
Overburden #1 DDQUD.Subsurface.RockVolume
Depth Stack #1 DDQUD.Subsurface.DepthStack
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
WL log #1 DDQUD.Drilling.FormationLog
Time trace #2 DDQUD.Drilling.LogTrace
Trajectory #1 DDQUD.Drilling.Trajectory
End of well depth #1 DDQUD.Drilling.WellDepth
Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore
Operation #2 DDQUD.Drilling.ActualOperation
Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Drill-string #1 DDQUD.Drilling.DrillString
LWD #1 DDQUD.Drilling.FormationLoggingTool
DBR #1 DDQUD.Drilling.DailyDrillingReport https://norce-my.sharepoint.com/:b:/r/personal/erca_norceresearch_no/Documents/doc/21%20feb.pdf?csf=1&web=1&e=e4fbGg
Trajectory #1 DDQUD.Drilling.Trajectory
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Trajectory #1b DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Survey #1 DDQUD.Drilling.Trajectory
Current operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Combined Trajectory #2 DDQUD.Drilling.Trajectory
Depth Interval #4 DDQUD.Drilling.DepthInterval
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
DrillString #1 DDQUD.Drilling.DrillString
Trajectory #1b DDQUD.Drilling.Trajectory
Depth Interval #1d DDQUD.Drilling.DepthInterval
3D property grid DDQUD.Subsurface.PropertyCube3D
Coherence #1 DDQUD.Drilling.Parameter
LWD #1 DDQUD.Drilling.FormationLoggingTool https://www.bakerhughes.com/sites/bakerhughes/files/2020-09/ontrak-integrated-mwd-lwd-service-slsh.pdf
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal udp://224.0.0.1:19234/?endian=little&datatype=float&position=28
Drill string #1 DDQUD.Drilling.DrillString
Block Position Signal #1 DDQUD.Drilling.RealTimeSignal
DrillString #1 DDQUD.Drilling.DrillString
LWD #1 DDQUD.Drilling.FormationLoggingTool
Depth Interval #1c DDQUD.Drilling.DepthInterval
Survey # 1c DDQUD.Drilling.SurveyFile
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #2 DDQUD.Subsurface.DepthStack
Depth based log #4 DDQUD.Drilling.DepthBasedLog
Depth Stack DDQUD.Subsurface.DepthStack
Surface DDQUD.Subsurface.FormationTop
Neutron density trace #4 DDQUD.Drilling.LogTrace
Trajectory #1a DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
In memory storage #1 DDQUD.Drilling.InMemoryStorage
Gamma ray trace #3 DDQUD.Drilling.LogTrace
Trajectory #2 DDQUD.Drilling.Trajectory
Bottom Hole Depth #2 DDQUD.Drilling.WellDepth
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Current Operation #1 DDQUD.Drilling.ActualOperation
Separation Distance #1 DDQUD.Drilling.Distance
Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Trajectory #1c DDQUD.Drilling.Trajectory
Depth Interval #1b DDQUD.Drilling.DepthInterval
Survey Instrument #3 DDQUD.Drilling.SurveyInstrument
Depth Interval #3 DDQUD.Drilling.DepthInterval
Trajectory #4 DDQUD.Drilling.Trajectory
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
DrillString #1 DDQUD.Drilling.DrillString
Vertical datum #1 DDQUD.Subsurface.GeoReference
Subsidence compensation 1 DDQUD.Drilling.Compensation
Depth Stack DDQUD.Subsurface.DepthStack
Layer #N DDQUD.Subsurface.Formation
Wellbore #1 DDQUD.Drilling.WellBore
Survey #1a DDQUD.Drilling.SurveyFile
LWD log #1 DDQUD.Drilling.FormationLog witml://witsml/Store/WITSML?object=logs&uidWell=TestWell&uidWellbore=TestWellBore&uidLog=TestLog
DrillString #1 DDQUD.Drilling.DrillString
Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Vertical datum #1 DDQUD.Subsurface.GeoReference
Survey #1 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Correction #2 DDQUD.Drilling.DepthCorrection
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
Survey #3 DDQUD.Drilling.SurveyFile
Depth Interval #5 DDQUD.Drilling.DepthInterval
DrillString #1 DDQUD.Drilling.DrillString
Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Wireline operation #1 DDQUD.Drilling.ActualOperation
Layer #N DDQUD.Subsurface.Formation
TVT parameter #N DDQUD.Drilling.Parameter
Combined Trajectory #2 DDQUD.Drilling.Trajectory
Depth Interval #5 DDQUD.Drilling.DepthInterval
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal
Drillbit #1 DDQUD.Drilling.DrillStringElement
Logging tool #1 DDQUD.Drilling.LoggingTool
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #1 DDQUD.Drilling.ActualOperation
Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill Floor #1 DDQUD.Drilling.RigElement
Tide Signal #1 DDQUD.Drilling.RealTimeSignal
Geo pressure #N DDQUD.Drilling.Parameter
Alternative geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Neutron Density Trace #1 DDQUD.Drilling.LogTrace witml://witsml/Store/WITSML?object=logs&uidWell=TestWell&uidWellbore=TestWellBore&uidLog=TestLog&uidLogCurve=NeutronDensityTrace
Survey #2 DDQUD.Drilling.SurveyFile
Survey Instrument #2 DDQUD.Drilling.SurveyInstrument
Trajectory #5 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Time trace #0 DDQUD.Drilling.LogTrace
Depth Stack #1 DDQUD.Subsurface.DepthStack
Surface #1 DDQUD.Subsurface.FormationTop
Drill-string #1 DDQUD.Drilling.DrillString
Drilling Operation #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Correction #1 DDQUD.Drilling.DepthCorrection
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #1 DDQUD.Drilling.ActualOperation
Diverter #1 DDQUD.Drilling.Diverter
Wellbore #1 DDQUD.Drilling.WellBore
Rig #1 DDQUD.Drilling.Rig
Distance log #1 DDQUD.Drilling.RealTimeSignal
Trajectory #2 DDQUD.Drilling.Trajectory
Bit on bottom event #1 DDQUD.Drilling.OperationEvent
Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty
Trajectory #4 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
TVT parameter #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Alternative geo pressure #N DDQUD.Drilling.Parameter
Uncertainty map #N DDQUD.Drilling.Uncertainty
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #2 DDQUD.Drilling.Trajectory
Basin #1 DDQUD.Subsurface.RockVolume
Depth Stack #3 DDQUD.Subsurface.DepthStack
Truthed event #1 DDQUD.Drilling.OperationEvent
e-tally #1 DDQUD.Drilling.ElectronicTally
Current Operation #1 DDQUD.Drilling.ActualOperation
Fixed platform #1 DDQUD.Drilling.Rig
Diverter #1 DDQUD.Drilling.Diverter
Drill Floor #1 DDQUD.Drilling.RigElement
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory
Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
Wireline #1 DDQUD.Drilling.WireLine
LWD #1 DDQUD.Drilling.FormationLoggingTool
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal udp://224.0.0.1:19234/?endian=little&datatype=float&position=32
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1a DDQUD.Drilling.Trajectory
Depth Stack DDQUD.Subsurface.DepthStack
Surface DDQUD.Subsurface.FormationTop
Geomodel #1 DDQUD.Subsurface.GeoModel
TWT Stack #1 DDQUD.Subsurface.Seismic
TWT Stack #1 DDQUD.Subsurface.Seismic
3D property grid DDQUD.Subsurface.PropertyCube3D
Trajectory #2 DDQUD.Drilling.Trajectory
Current Operation #1 DDQUD.Drilling.ActualOperation
Survey #1 DDQUD.Drilling.Trajectory
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Corrected LWD log #1 DDQUD.Drilling.FormationLog
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Depth Stack #1 DDQUD.Subsurface.DepthStack
Corrected LWD log #1 DDQUD.Drilling.FormationLog
LWD log #1 DDQUD.Drilling.FormationLog
LWD #1 DDQUD.Drilling.FormationLoggingTool
LWD log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore
Current operation #2 DDQUD.Drilling.ActualOperation
Neutron density trace #4 DDQUD.Drilling.LogTrace
Neutron porosity trace #2 DDQUD.Drilling.LogTrace
Survey # 1c DDQUD.Drilling.SurveyFile
Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
WireLine #1 DDQUD.Drilling.WireLine
Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Neutron density #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Trajectory #5 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Truthed event #2 DDQUD.Drilling.OperationEvent
Bit on bottom event #1 DDQUD.Drilling.OperationEvent
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #1c DDQUD.Drilling.Trajectory
Depth Interval #1c DDQUD.Drilling.DepthInterval
Gamma ray Trace #1 DDQUD.Drilling.LogTrace witml://witsml/Store/WITSML?object=logs&uidWell=TestWell&uidWellbore=TestWellBore&uidLog=TestLog&uidLogCurve=GammaRayTrace
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Depth Stack #1 DDQUD.Subsurface.DepthStack
Past Operation #2 DDQUD.Drilling.ActualOperation
Semi sub #2 DDQUD.Drilling.Rig
Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #2 DDQUD.Drilling.Trajectory
Layer #N DDQUD.Subsurface.Formation
TVT parameter #N DDQUD.Drilling.Parameter
Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Wellbore #1 DDQUD.Drilling.WellBore
Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Trajectory #4 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Gamma ray trace #4 DDQUD.Drilling.LogTrace
Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace witml://witsml/Store/WITSML?object=logs&uidWell=TestWell&uidWellbore=TestWellBore&uidLog=TestLog&uidLogCurve=NeutronPorosityTrace
Layer #N DDQUD.Subsurface.Formation
Geo pressure #N DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory
Planned Operation #1 DDQUD.Drilling.PlannedOperation
3D property grid DDQUD.Subsurface.PropertyCube3D
Impedance #1 DDQUD.Drilling.Parameter
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Combined Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
LWD #1 DDQUD.Drilling.FormationLoggingTool
Gamma ray #1 DDQUD.Drilling.RealTimeSignal
Layer #N DDQUD.Subsurface.Formation
TVT parameter #N DDQUD.Drilling.Parameter
Trajectory #1c DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #3 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory
Geological Target Boundary #1 DDQUD.Subsurface.Bounds
Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty
Survey #1 DDQUD.Drilling.Trajectory
Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Survey #1a DDQUD.Drilling.SurveyFile
Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #3 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore
Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Separation Distance #2 DDQUD.Drilling.Distance
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal
Sea Bottom #1 DDQUD.Subsurface.GeoReference
Survey #1b DDQUD.Drilling.SurveyFile
Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
WireLine #1 DDQUD.Drilling.WireLine
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Stack #1 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #1 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #2 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Rig #1 DDQUD.Drilling.Rig
DCS #1 DDQUD.Drilling.DrillingControlSystem
Reservoir #1 DDQUD.Subsurface.RockVolume
Depth Stack #2 DDQUD.Subsurface.DepthStack
Corrected LWD log #1 DDQUD.Drilling.FormationLog
WL log #1 DDQUD.Drilling.FormationLog
Corrected Trajectory #1 DDQUD.Drilling.Trajectory
Combined Trajectory #2 DDQUD.Drilling.Trajectory
TWT Stack #1 DDQUD.Subsurface.Seismic
Seismic cube #1 DDQUD.Subsurface.Seismic
Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
3D property grid DDQUD.Subsurface.PropertyCube3D
Impedance #1 DDQUD.Drilling.Parameter
File storage #1 DDQUD.Drilling.InFileStorage
Trajectory #2 DDQUD.Drilling.Trajectory
Past Operation #2 DDQUD.Drilling.ActualOperation
Separation Distance #2 DDQUD.Drilling.Distance
Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Gamma ray trace #4 DDQUD.Drilling.LogTrace
Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Gamma ray trace #2 DDQUD.Drilling.LogTrace
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Depth Stack #1 DDQUD.Subsurface.DepthStack
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Uncertainty #1 DDQUD.Drilling.Uncertainty
Trajectory #2 DDQUD.Drilling.Trajectory
Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
Depth Interval #1d DDQUD.Drilling.DepthInterval
Survey #1a DDQUD.Drilling.SurveyFile
Survey #2 DDQUD.Drilling.SurveyFile
Depth Interval #6 DDQUD.Drilling.DepthInterval
Wellbore #1 DDQUD.Drilling.WellBore
Planned Well Path #1 DDQUD.Drilling.WellPath
Depth Stack DDQUD.Subsurface.DepthStack
Layer #N DDQUD.Subsurface.Formation
Distance log #1 DDQUD.Drilling.RealTimeSignal
Trajectory #1 DDQUD.Drilling.Trajectory
Depth Trace #4 DDQUD.Drilling.LogTrace
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Correction #1 DDQUD.Drilling.DepthCorrection
Depth trace #0 DDQUD.Drilling.LogTrace
DrillString #1 DDQUD.Drilling.DrillString
LWD #1 DDQUD.Drilling.FormationLoggingTool
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Depth trace #0 DDQUD.Drilling.LogTrace
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal udp://224.0.0.1:19234/?endian=little&datatype=float&position=24
Neutron density trace #3 DDQUD.Drilling.LogTrace
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Bottom hole depth #1 DDQUD.Drilling.WellDepth
Drilling operation #1 DDQUD.Drilling.ActualOperation
Rig #1 DDQUD.Drilling.Rig
Reservoir #1 DDQUD.Subsurface.RockVolume
Depth Stack #2 DDQUD.Subsurface.DepthStack
Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
MD uncertainty #1 DDQUD.Drilling.Uncertainty
File storage #1 DDQUD.Drilling.InFileStorage
Wireline #1 DDQUD.Drilling.WireLine
Wireline operation #1 DDQUD.Drilling.ActualOperation
Neutron porosity trace #2 DDQUD.Drilling.LogTrace
WireLine #1 DDQUD.Drilling.WireLine
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Wellbore #1 DDQUD.Drilling.WellBore
Wireline operation #1 DDQUD.Drilling.ActualOperation
Depth Interval #1b DDQUD.Drilling.DepthInterval
Survey #1b DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore
Drilling Operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore
Survey #3 DDQUD.Drilling.SurveyFile
Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geomodel #1 DDQUD.Subsurface.GeoModel
TWT Stack #1 DDQUD.Subsurface.Seismic
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore
e-tally #1 DDQUD.Drilling.ElectronicTally
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Depth Trace #1 DDQUD.Drilling.LogTrace witml://witsml/Store/WITSML?object=logs&uidWell=TestWell&uidWellbore=TestWellBore&uidLog=TestLog&uidLogCurve=DepthTrace
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
3D property grid DDQUD.Subsurface.PropertyCube3D
AVO #1 DDQUD.Drilling.Parameter
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
TWT Stack #1 DDQUD.Subsurface.Seismic
Seismic cube #1 DDQUD.Subsurface.Seismic
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
LWD #1 DDQUD.Drilling.FormationLoggingTool
LWD log #1 DDQUD.Drilling.FormationLog
Drill string #1 DDQUD.Drilling.DrillString
Drill Floor #1 DDQUD.Drilling.RigElement
Earth Model #1 DDQUD.Subsurface.GeoModel
Wellbore #1 DDQUD.Drilling.WellBore
Adjacent wellbore #2 DDQUD.Drilling.WellBore
Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Combined Trajectory #2 DDQUD.Drilling.Trajectory
Tubing string #1 DDQUD.Drilling.DrillString
Current operation #2 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Surveying Program #1 DDQUD.Drilling.MeasurementProgram
LWD #1 DDQUD.Drilling.FormationLoggingTool
LWD log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore
Corrected LWD log #1 DDQUD.Drilling.FormationLog
Time trace #0 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore
Operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Depth Stack #1 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack
Layer #N DDQUD.Subsurface.Formation
Drill string #1 DDQUD.Drilling.DrillString
Drillbit #1 DDQUD.Drilling.DrillStringElement
Rig #1 DDQUD.Drilling.Rig
Hoisting System #1 DDQUD.Drilling.HoistingSystem
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Bottom hole depth #1 DDQUD.Drilling.WellDepth
In memory storage #1 DDQUD.Drilling.InMemoryStorage
Wellbore #1 DDQUD.Drilling.WellBore
Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Neutron density trace #2 DDQUD.Drilling.LogTrace
Geomodel #1 DDQUD.Subsurface.GeoModel
Depth Stack #2 DDQUD.Subsurface.DepthStack
Survey #1 DDQUD.Drilling.SurveyFile
Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Diverter #1 DDQUD.Drilling.Diverter
Expansion joint signal #1 DDQUD.Drilling.RealTimeSignal
Planned Well Path #1 DDQUD.Drilling.WellPath
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore
Planned Well Path #1 DDQUD.Drilling.WellPath
Bit Deppth #1 DDQUD.Drilling.RealTimeSignal
Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Current Operation #1 DDQUD.Drilling.ActualOperation
WireLine #1 DDQUD.Drilling.WireLine
Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore
Tubing string #1 DDQUD.Drilling.DrillString
Trajectory #5 DDQUD.Drilling.Trajectory
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Combined Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory
Depth Stack #2 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack
Trajectory #1 DDQUD.Drilling.Trajectory
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
3D property grid DDQUD.Subsurface.PropertyCube3D
Amplitude #1 DDQUD.Drilling.Parameter
Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
Drill Floor #1 DDQUD.Drilling.RigElement
Heave Signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #4 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume
Geological Target Boundary #1 DDQUD.Subsurface.Bounds
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Truthed event #2 DDQUD.Drilling.OperationEvent
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
WL log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #5 DDQUD.Drilling.Trajectory
Depth Stack #3 DDQUD.Subsurface.DepthStack
Depth Stack DDQUD.Subsurface.DepthStack
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Wellbore #1 DDQUD.Drilling.WellBore
Drilling operation #1 DDQUD.Drilling.ActualOperation
Depth Trace #3 DDQUD.Drilling.LogTrace
Trajectory #4 DDQUD.Drilling.Trajectory
Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
Earth Model #1 DDQUD.Subsurface.GeoModel
Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
3D property grid DDQUD.Subsurface.PropertyCube3D
AVO #1 DDQUD.Drilling.Parameter
Trajectory #1a DDQUD.Drilling.Trajectory
Current operation #1 DDQUD.Drilling.ActualOperation

Plain english description

Corrected LWD log #1 is of type DDQUD.Drilling.FormationLog
LWD log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD log #1 is corrected from formation log LWD log #1
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Planned Operation #1 is of type DDQUD.Drilling.PlannedOperation
Trajectory #1 belongs to Planned Operation #1
Current operation #1 is of type DDQUD.Drilling.ActualOperation
Reconnect Sub Operation #1 is of type DDQUD.Drilling.ActualOperation
Current operation #1 has a Reconnect Sub Operation #1
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
Neutron density #1 is of type DDQUD.Drilling.RealTimeSignal
LWD #1 generates Neutron density #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Operation (drilling) #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has an actual operation Operation (drilling) #1
Wireline #1 is of type DDQUD.Drilling.WireLine
Logging tool #1 is of type DDQUD.Drilling.FormationLoggingTool
Wireline #1 has a Logging tool #1
DCS #1 is of type DDQUD.Drilling.DrillingControlSystem
Bit Deppth #1 is of type DDQUD.Drilling.RealTimeSignal
DCS #1 generates Bit Deppth #1
Depth based log #3 is of type DDQUD.Drilling.DepthBasedLog
Neutron density trace #3 is of type DDQUD.Drilling.LogTrace
Depth based log #3 has a log trace Neutron density trace #3
Neutron porosity signal #1 is of type DDQUD.Drilling.RealTimeSignal
Data acquisition in logging tool is of type DDQUD.Drilling.DataAcquisitionSystem
Neutron porosity signal #1 is acquired by Data acquisition in logging tool
Memory log #1 is of type DDQUD.Drilling.TimeBasedLog
Time trace #2 is of type DDQUD.Drilling.LogTrace
Memory log #1 has a log trace Time trace #2
Drill Floor #1 is of type DDQUD.Drilling.RigElement
Absolute Depth Reference (MSL) #1 is of type DDQUD.Subsurface.GeoReference
Drill Floor #1 is relative to Absolute Depth Reference (MSL) #1
Wellbore is of type DDQUD.Drilling.WellBore
Corrected LWD #1 is of type DDQUD.Drilling.DepthBasedLog
Wellbore has a Corrected LWD #1
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Planned Operation #1 is of type DDQUD.Drilling.PlannedOperation
Trajectory #1 belongs to Planned Operation #1
Bit Depth RT Source #1 is of type DDQUD.Drilling.RealTimeSignal
Current operation #1 is of type DDQUD.Drilling.ActualOperation
Bit Depth RT Source #1 belongs to Current operation #1
Drill string #1 is of type DDQUD.Drilling.DrillString
Gamma Ray Sensor #1 is of type DDQUD.Drilling.RealTimeSignal
Drill string #1 has a Gamma Ray Sensor #1
Gamma ray signal #1 is of type DDQUD.Drilling.RealTimeSignal
Gamma ray signal #1 is acquired by Data acquisition in logging tool
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Current Operation #1 is of type DDQUD.Drilling.ActualOperation
Trajectory #1 belongs to Current Operation #1
Wireline log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD #1 is corrected using Wireline log #1
Trajectory #2 is of type DDQUD.Drilling.Trajectory
Survey instrument gyro based #2 is of type DDQUD.Drilling.SurveyInstrument
Trajectory #2 is measured using Survey instrument gyro based #2
DCS #1 is of type DDQUD.Drilling.DrillingControlSystem
Hoisting System #1 is of type DDQUD.Drilling.HoistingSystem
DCS #1 utilizes Hoisting System #1
DrillString #1 is of type DDQUD.Drilling.DrillString
Drilling operation #1 is of type DDQUD.Drilling.ActualOperation
DrillString #1 belongs to Drilling operation #1
Survey #1 is of type DDQUD.Drilling.SurveyFile
Depth Interval #1 is of type DDQUD.Drilling.DepthInterval
Survey #1 is valid for Depth Interval #1
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Current Operation #1 is of type DDQUD.Drilling.ActualOperation
Trajectory #1 belongs to Current Operation #1
Survey #1a is of type DDQUD.Drilling.SurveyFile
Drilling Sub Operation #1 is of type DDQUD.Drilling.ActualOperation
Survey #1a belongs to Drilling Sub Operation #1
Gamma ray trace #2 is of type DDQUD.Drilling.LogTrace
Memory log #1 has a log trace Gamma ray trace #2
Wellbore #1 is of type DDQUD.Drilling.WellBore
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Wellbore #1 has a Trajectory #1
Current operation #1 has a Drilling Sub Operation #1
Facies logs #1 is of type DDQUD.Subsurface.InterpretedFormationLog
Petrophysical logs #1 is of type DDQUD.Subsurface.InterpretedFormationLog
Facies logs #1 interpreted using Petrophysical logs #1
Corrected Trajectory #1 is of type DDQUD.Drilling.Trajectory
Sensor Fusion Method #1 is of type DDQUD.Drilling.CorrectionMethod
Corrected Trajectory #1 is corrected using Sensor Fusion Method #1
Heave Signal #1 is of type DDQUD.Drilling.RealTimeSignal
Sea Bottom #1 is of type DDQUD.Subsurface.GeoReference
Heave Signal #1 is relative to Sea Bottom #1
Gamma ray #1 is of type DDQUD.Drilling.RealTimeSignal
Data Logging #1 is of type DDQUD.Drilling.DataLoggingSystem
Gamma ray #1 is acquired by Data Logging #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Wellbore #1 has a Trajectory #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Survey #1 is of type DDQUD.Drilling.Trajectory
Wellbore #1 has a Survey #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Trajectory #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Prognosed Formation Tops #1 is of type DDQUD.Subsurface.FormationTop
Wellbore #1 has a Prognosed Formation Tops #1
Bit Depth signal #1 is of type DDQUD.Drilling.RealTimeSignal
Data Logging #1 is of type DDQUD.Drilling.DataLoggingSystem
Bit Depth signal #1 is acquired by Data Logging #1
Formation evaluation logs #1 is of type DDQUD.Drilling.FormationLog
Petrophysical logs #1 interpreted using Formation evaluation logs #1
Depth Stack #1 is of type DDQUD.Subsurface.DepthStack
Surface #1 is of type DDQUD.Subsurface.FormationTop
Depth Stack #1 has top Surface #1
Reaming Sub Operation #1 is of type DDQUD.Drilling.ActualOperation
Current operation #1 has a Reaming Sub Operation #1
Geomodel #1 is of type DDQUD.Subsurface.GeoModel
Geomodel #1 has a Depth Stack #1
Trajectory #3 is of type DDQUD.Drilling.Trajectory
Section TD #1 is of type DDQUD.Drilling.WellDepth
Trajectory #3 is extended to Section TD #1
Neutron porosity trace #3 is of type DDQUD.Drilling.LogTrace
Depth based log #3 has a log trace Neutron porosity trace #3
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Drilling operation #1
Stochastic Trajectory Generator #2 is of type DDQUD.Drilling.Generator
Confidence Factor #2 is of type DDQUD.Drilling.ConfidenceFactor
Stochastic Trajectory Generator #2 is estimated using Confidence Factor #2
Stratigraphic column #1 is of type DDQUD.Subsurface.Stratigraphy
Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Stratigraphic column #1 has a Uncertainty #1
Interpolated Trajectory #1 is of type DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Interpolated Trajectory #1 has a Wellbore Position Uncertainty #1
Depth based log #3 has a log trace Neutron porosity trace #3
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
LWD #1 formation logging tool has a formation log LWD log #1
Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Uncertainty #1 is estimated using Confidence Factor #1
Logging tool #1 has a Wireline log #1
LWD log #1 is of type DDQUD.Drilling.FormationLog
Neutron Density Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Neutron Density Trace #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wireline operation #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Wireline operation #1
Trajectory #1a is of type DDQUD.Drilling.Trajectory
Depth Interval #1a is of type DDQUD.Drilling.DepthInterval
Trajectory #1a utilizes Depth Interval #1a
Layer #N is of type DDQUD.Subsurface.Formation
TVT parameter #N is of type DDQUD.Drilling.Parameter
Layer #N has a TVT parameter #N
Geo pressure #N is of type DDQUD.Drilling.Parameter
Alternative geo pressure #N is of type DDQUD.Drilling.Parameter
Geo pressure #N has a Alternative geo pressure #N
Depth Stack is of type DDQUD.Subsurface.DepthStack
Depth Stack #1 is a Depth Stack
Neutron density trace #2 is of type DDQUD.Drilling.LogTrace
Memory log #1 has a log trace Neutron density trace #2
Neutron porosity #1 is of type DDQUD.Drilling.RealTimeSignal
Neutron porosity #1 is acquired by Data Logging #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Current operation #1
Wellbore #1 has a Drilling operation #1
Wellbore Position Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Wellbore Position Uncertainty #1 is estimated using Confidence Factor #1
Heave Compensator Signal #1 is of type DDQUD.Drilling.RealTimeSignal
Drill string #1 depends on Heave Compensator Signal #1
Data Logging #1 generates LWD log #1
Wireline tool depth signal #1 is of type DDQUD.Drilling.RealTimeSignal
Wireline data acquisition #1 is of type DDQUD.Drilling.DataAcquisitionSystem
Wireline tool depth signal #1 is acquired by Wireline data acquisition #1
Depth Stack #1 is of type DDQUD.Subsurface.DepthStack
Surface #1 is of type DDQUD.Subsurface.FormationTop
Depth Stack #1 has top Surface #1
Wellbore #1 has a Wireline operation #1
Wellbore #1 has a Trajectory #3
Hoisting System #1 is of type DDQUD.Drilling.HoistingSystem
DCS #1 utilizes Hoisting System #1
Memory log #1 is merged into Depth based log #3
Depth Interval #4 is of type DDQUD.Drilling.DepthInterval
Survey #1 is associated with Depth Interval #4
Trajectory #1b is of type DDQUD.Drilling.Trajectory
Depth Interval #1b is of type DDQUD.Drilling.DepthInterval
Trajectory #1b utilizes Depth Interval #1b
Data acquisition in logging tool generates Memory log #1
Depth Interval #7 is of type DDQUD.Drilling.DepthInterval
Survey #1 is associated with Depth Interval #7
MD uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Tide compensation 1 is of type DDQUD.Drilling.Compensation
MD uncertainty #1 is estimated using Tide compensation 1
Planned Operation #1 is of type DDQUD.Drilling.PlannedOperation
Trajectory #1 belongs to Planned Operation #1
Trajectory #5 is of type DDQUD.Drilling.Trajectory
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Trajectory #5 is estimated using Confidence Factor #1
Survey #1 has a Corrected Trajectory #1
Trajectory #5 is of type DDQUD.Drilling.Trajectory
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Trajectory #5 is estimated using Confidence Factor #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Sea Bottom #1
Uncertainty map #N is of type DDQUD.Drilling.Uncertainty
Geo pressure #N has a Uncertainty map #N
Depth Stack is of type DDQUD.Subsurface.DepthStack
Surface is of type DDQUD.Subsurface.FormationTop
Depth Stack has top Surface
Wireline #1 is of type DDQUD.Drilling.WireLine
Logging tool #1 is of type DDQUD.Drilling.LoggingTool
Wireline #1 has a logging tool Logging tool #1
Wireline #1 has a Logging tool #1
Prognosed Top Uncertainties #1 is of type DDQUD.Drilling.Uncertainty
Formation Layer Uncertainties #1 is of type DDQUD.Drilling.Uncertainty
Prognosed Top Uncertainties #1 is estimated using Formation Layer Uncertainties #1
DrillString #1 is of type DDQUD.Drilling.DrillString
DrillString #1 has a formation logging tool LWD #1
Alternative geo pressure #N is of type DDQUD.Drilling.Parameter
Uncertainty map #N is of type DDQUD.Drilling.Uncertainty
Alternative geo pressure #N has a Uncertainty map #N
Data Logging System is of type DDQUD.Drilling.DataLoggingSystem
Corrected Depth log #5 is of type DDQUD.Drilling.DepthBasedLog
Data Logging System has a Corrected Depth log #5
Drilling operation #1 is of type DDQUD.Drilling.ActualOperation
DrillString #1 belongs to actual operation Drilling operation #1
Combined Trajectory #2 is of type DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 is of type DDQUD.Drilling.WellDepth
Combined Trajectory #2 is extended to Bottom Hole Depth #1
Operation #2 is of type DDQUD.Drilling.ActualOperation
Survey #2 is of type DDQUD.Drilling.SurveyFile
Operation #2 has a Survey #2
Wellbore #1 is of type DDQUD.Drilling.WellBore
Additional Operation #3 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Additional Operation #3
Tubing Hanger #1 is of type DDQUD.Drilling.DrillStringElement
Tubing Hanger #1 is relative to Absolute Depth Reference (MSL) #1
3D property grid is of type DDQUD.Subsurface.PropertyCube3D
Amplitude #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Amplitude #1
Geo pressure prognosis #1 is of type DDQUD.Drilling.Prognosis
Trajectory #1 has a Geo pressure prognosis #1
LWD log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD #1 is corrected from LWD log #1
Bottom Hole Depth #1 is of type DDQUD.Drilling.WellDepth
Trajectory #1 is extended to Bottom Hole Depth #1
Neutron Porosity Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Neutron Porosity Trace #1
Combined Trajectory #1 is of type DDQUD.Drilling.Trajectory
Combined Trajectory #1 is associated with Depth Interval #7
Trajectory #1c is of type DDQUD.Drilling.Trajectory
Depth Interval #1d is of type DDQUD.Drilling.DepthInterval
Trajectory #1c utilizes Depth Interval #1d
Depth Stack is of type DDQUD.Subsurface.DepthStack
Layer #N is of type DDQUD.Subsurface.Formation
Depth Stack has a Layer #N
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore is of type DDQUD.Drilling.WellBore
Wellbore #1 is equivalent to Wellbore
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 is equivalent to Wellbore
Current Operation #1 is of type DDQUD.Drilling.ActualOperation
Formation evaluation logs #1 belongs to Current Operation #1
Planned Well Path #1 is of type DDQUD.Drilling.WellPath
Planned Well Path #1 is interpolated as Interpolated Trajectory #1
Tubing string #1 is of type DDQUD.Drilling.DrillString
Tubing string #1 is referred to Tubing Hanger #1
Geological target constraints #1 is of type DDQUD.Subsurface.ClosedVolume
Target Axis #1 is of type DDQUD.Drilling.Trajectory
Geological target constraints #1 constrains Target Axis #1
Layer #N is of type DDQUD.Subsurface.Formation
Layer #N has a Geo pressure #N
Trajectory #1 has a Stratigraphic column #1
Collision Probability Distribution #1 is of type DDQUD.Drilling.Distribution
Stochastic Trajectory Generator #1 is of type DDQUD.Drilling.Generator
Collision Probability Distribution #1 is estimated using Stochastic Trajectory Generator #1
Gamma ray Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Gamma ray Trace #1
Wellbore is equivalent to Wellbore #1
Data Logging System #1 is of type DDQUD.Drilling.DataLoggingSystem
Depth based log #4 is of type DDQUD.Drilling.DepthBasedLog
Data Logging System #1 has a depth log Depth based log #4
Survey instrument gravity based #1 is of type DDQUD.Drilling.SurveyInstrument
Trajectory #1 is measured using Survey instrument gravity based #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Operation (drilling) #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Operation (drilling) #1
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Facies logs #1 is estimated using Confidence Factor #1
Equivalent Indicator forData Logging System is of type DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Equivalent Indicator forData Logging System is indicator for Data Logging System
Equivalent Indicator forWellbore is of type DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Equivalent Indicator forWellbore is indicator for Wellbore
Logging tool #1 generates Neutron porosity signal #1
Vertical datum #2 is of type DDQUD.Subsurface.GeoReference
Heave compensation #2 is of type DDQUD.Drilling.Compensation
Vertical datum #2 is compensated using Heave compensation #2
Wellbore Position Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Prognosed Formation Tops #1 is estimated using Wellbore Position Uncertainty #1
Current operation #1 is of type DDQUD.Drilling.ActualOperation
Target Axis #1 belongs to Current operation #1
Sea Bottom #1 is relative to Absolute Depth Reference (MSL) #1
WL log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD log #1 is corrected using formation log WL log #1
Logging tool #1 has a Wireline log #1
TVT parameter #N is of type DDQUD.Drilling.Parameter
TVT parameter #N has a Uncertainty map #N
Depth Interval #6 is of type DDQUD.Drilling.DepthInterval
Combined Trajectory #1 is associated with Depth Interval #6
Surface is of type DDQUD.Subsurface.FormationTop
Depth Stack has top Surface
Trajectory #5 is of type DDQUD.Drilling.Trajectory
Trajectory #5 is estimated using Confidence Factor #1
Geo pressure prognosis #1 is of type DDQUD.Drilling.Prognosis
Trajectory #1 has a Geo pressure prognosis #1
Depth Stack #1 is of type DDQUD.Subsurface.DepthStack
Surface #1 is of type DDQUD.Subsurface.FormationTop
Depth Stack #1 has top Surface #1
Trajectory #1 has higher vertical bound Trajectory #5
LWD #1 generates Neutron porosity #1
Tide compensation #2 is of type DDQUD.Drilling.Compensation
Vertical datum #2 is compensated using Tide compensation #2
Data Logging System has indicator Equivalent Indicator forData Logging System
Past Operation #2 is of type DDQUD.Drilling.ActualOperation
Past Operation #2 is relative to Vertical datum #2
Current operation #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Current operation #1
Neutron porosity signal #1 is acquired by Data acquisition in logging tool
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
MD uncertainty #1 is estimated using Confidence Factor #1
Heave compensation 1 is of type DDQUD.Drilling.Compensation
MD uncertainty #1 is estimated using Heave compensation 1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Trajectory #1
Wireline spool length signal #1 is of type DDQUD.Drilling.RealTimeSignal
Wireline #1 generates Wireline spool length signal #1
Wireline depth log #1 is of type DDQUD.Drilling.TimeBasedLog
Wireline depth log #1 is merged into Depth based log #3
Depth Interval #2 is of type DDQUD.Drilling.DepthInterval
Survey #2 is valid for Depth Interval #2
Memory log #1 is merged into Depth based log #3
Stratigraphic column #1 is of type DDQUD.Subsurface.Stratigraphy
Stratigraphic column #1 has a Uncertainty #1
Drilling operation #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has an actual operation Drilling operation #1
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Formation Layer Uncertainties #1 is estimated using Confidence Factor #1
Wellbore #1 has a Drill string #1
3D property grid is of type DDQUD.Subsurface.PropertyCube3D
Coherence #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Coherence #1
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Uncertainty #1 is estimated using Confidence Factor #1
Planned Well Path #1 is of type DDQUD.Drilling.WellPath
Current operation #1 is of type DDQUD.Drilling.ActualOperation
Planned Well Path #1 belongs to Current operation #1
Data Logging System is equivalent to Data Logging System #1
Equivalent Indicator forWellbore is of type DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Equivalent Indicator forWellbore is indicator for Wellbore
Survey #3 is of type DDQUD.Drilling.SurveyFile
Survey Instrument #3 is of type DDQUD.Drilling.SurveyInstrument
Survey #3 is measured using Survey Instrument #3
Gamma ray trace #3 is of type DDQUD.Drilling.LogTrace
Depth based log #3 has a log trace Gamma ray trace #3
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Target Axis #1
Tide Signal #1 is of type DDQUD.Drilling.RealTimeSignal
Tide Signal #1 is relative to Sea Bottom #1
Planned Well Path #1 belongs to Current operation #1
Depth Interval #1a is associated with Survey #1a
Separation Distance #1 is of type DDQUD.Drilling.Distance
Wellbore Position Uncertainty #1a is of type DDQUD.Drilling.Uncertainty
Separation Distance #1 depends on Wellbore Position Uncertainty #1a
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Trajectory #1
Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Uncertainty #1 is estimated using Confidence Factor #1
Truthed event #1 is of type DDQUD.Drilling.OperationEvent
Bit Depth RT Source #1 is reset using Truthed event #1
Depth Trace #3 is of type DDQUD.Drilling.LogTrace
Depth based log #3 has a log trace Depth Trace #3
Geo pressure #N is of type DDQUD.Drilling.Parameter
Geo pressure #N has a Uncertainty map #N
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Formation evaluation logs #1
Stratigraphy #1 is of type DDQUD.Subsurface.Stratigraphy
Prognosed Formation Tops #1 is estimated using Stratigraphy #1
Current Operation #1 is of type DDQUD.Drilling.ActualOperation
Trajectory #3 belongs to Current Operation #1
Depth Trace #4 is of type DDQUD.Drilling.LogTrace
Depth based log #4 has a log trace Depth Trace #4
Wellbore Position Uncertainty #1c is of type DDQUD.Drilling.Uncertainty
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Wellbore Position Uncertainty #1c is estimated using Confidence Factor #1
Wellbore has indicator Equivalent Indicator forWellbore
TWT Stack #1 is of type DDQUD.Subsurface.Seismic
TWT Stack #1 has a 3D property grid
Trajectory #2 is of type DDQUD.Drilling.Trajectory
Former Drilling Operation #1 is of type DDQUD.Drilling.ActualOperation
Trajectory #2 belongs to Former Drilling Operation #1
Basin #1 is of type DDQUD.Subsurface.RockVolume
Depth Stack #3 is of type DDQUD.Subsurface.DepthStack
Basin #1 is described by Depth Stack #3
Trajectory #2 is of type DDQUD.Drilling.Trajectory
Trajectory #2 belongs to Current Operation #1
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
LWD Log #1 is of type DDQUD.Drilling.DepthBasedLog
LWD #1 has a LWD Log #1
Wellbore #1 has a Survey #1
Wireline operation #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has an actual operation Wireline operation #1
DrillString #1 belongs to Drilling operation #1
TVT parameter #N is of type DDQUD.Drilling.Parameter
Uncertainty map #N is of type DDQUD.Drilling.Uncertainty
TVT parameter #N has a Uncertainty map #N
Trajectory #2 is extended to Bottom Hole Depth #1
DrillString #1 is of type DDQUD.Drilling.DrillString
DrillString #1 has a formation logging tool LWD #1
Corrected Depth Trace #5 is of type DDQUD.Drilling.LogTrace
Corrected Depth log #5 has a Corrected Depth Trace #5
Wellbore #1 has a Current operation #1
Wellbore #1 has a Drilling operation #1
WL Logging Tool #1 is of type DDQUD.Drilling.FormationLoggingTool
Depth Correction #2 is of type DDQUD.Drilling.DepthCorrection
WL Logging Tool #1 formation log is corrected using real time signal Depth Correction #2
Collision Probability Distribution #1 is estimated using Stochastic Trajectory Generator #2
Depth Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Depth Trace #1
Overburden #1 is of type DDQUD.Subsurface.RockVolume
Overburden #1 is described by Depth Stack #1
Overburden #1 is of type DDQUD.Subsurface.RockVolume
Overburden #1 is described by Depth Stack #1
WL Logging Tool #1 formation logging tool has a formation log WL log #1
Memory log #1 has a log trace Time trace #2
End of well depth #1 is of type DDQUD.Drilling.WellDepth
Trajectory #1 is extended to End of well depth #1
Stratigraphy #1 has a Formation Layer Uncertainties #1
Wellbore #1 has a Operation #2
Bit on bottom uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Bit on bottom uncertainty #1 is estimated using Confidence Factor #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Wellbore #1 has a Trajectory #1
Drill-string #1 is of type DDQUD.Drilling.DrillString
Drill-string #1 has a LWD #1
Data Logging System is equivalent to Data Logging #1
DBR #1 is of type DDQUD.Drilling.DailyDrillingReport
Drilling operation #1 has a DBR #1
Trajectory #1 has a Stratigraphic column #1
Wellbore Position Uncertainty #1b is of type DDQUD.Drilling.Uncertainty
Trajectory #1b has a Wellbore Position Uncertainty #1b
Survey #1 belongs to Current operation #1
Uncertainty map #N is of type DDQUD.Drilling.Uncertainty
TVT parameter #N has a Uncertainty map #N
Depth based log #3 is transferred to Data Logging System #1
Combined Trajectory #2 utilizes Depth Interval #4
Neutron density signal #1 is of type DDQUD.Drilling.RealTimeSignal
Neutron density signal #1 is acquired by Data acquisition in logging tool
Wireline #1 generates Wireline spool length signal #1
Wellbore #1 has a Petrophysical logs #1
Wireline data acquisition #1 generates Wireline depth log #1
DrillString #1 is of type DDQUD.Drilling.DrillString
DrillString #1 belongs to actual operation Drilling operation #1
Trajectory #1b utilizes Depth Interval #1d
Coherence #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Coherence #1
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
Neutron density signal #1 is of type DDQUD.Drilling.RealTimeSignal
LWD #1 generates Neutron density signal #1
Block Position Signal #1 is of type DDQUD.Drilling.RealTimeSignal
Drill string #1 depends on Block Position Signal #1
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
DrillString #1 has a LWD #1
Depth Interval #1c is of type DDQUD.Drilling.DepthInterval
Survey # 1c is of type DDQUD.Drilling.SurveyFile
Depth Interval #1c is associated with Survey # 1c
Geomodel #1 is of type DDQUD.Subsurface.GeoModel
Depth Stack #2 is of type DDQUD.Subsurface.DepthStack
Geomodel #1 has a Depth Stack #2
Data Logging System #1 has a depth log Depth based log #4
Depth Stack is of type DDQUD.Subsurface.DepthStack
Surface is of type DDQUD.Subsurface.FormationTop
Depth Stack has top Surface
Neutron density trace #4 is of type DDQUD.Drilling.LogTrace
Depth based log #4 has a log trace Neutron density trace #4
Trajectory #1a has a Wellbore Position Uncertainty #1a
In memory storage #1 is of type DDQUD.Drilling.InMemoryStorage
Memory log #1 is stored In memory storage #1
Depth based log #3 has a log trace Gamma ray trace #3
Bottom Hole Depth #2 is of type DDQUD.Drilling.WellDepth
Trajectory #2 is extended to Bottom Hole Depth #2
Petrophysical logs #1 belongs to Current Operation #1
Separation Distance #1 depends on Wellbore Position Uncertainty #1b
Trajectory #1c utilizes Depth Interval #1b
Wellbore is equivalent to Wellbore #1
Depth Interval #3 is of type DDQUD.Drilling.DepthInterval
Survey Instrument #3 is associated with Depth Interval #3
Trajectory #4 is of type DDQUD.Drilling.Trajectory
Trajectory #4 has lower vertical bound Facies logs #1
Logging tool #1 has a Wireline log #1
DrillString #1 belongs to Drilling operation #1
Vertical datum #1 is of type DDQUD.Subsurface.GeoReference
Subsidence compensation 1 is of type DDQUD.Drilling.Compensation
Vertical datum #1 is compensated using Subsidence compensation 1
Layer #N is of type DDQUD.Subsurface.Formation
Depth Stack has a Layer #N
Wellbore #1 has a Survey #1a
LWD log #1 is of type DDQUD.Drilling.FormationLog
Data Logging #1 generates LWD log #1
DrillString #1 belongs to actual operation Operation (drilling) #1
Trajectory #1 has higher vertical bound Trajectory #5
Current Operation #1 is of type DDQUD.Drilling.ActualOperation
Current Operation #1 is relative to Vertical datum #1
Wellbore Position Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Survey #1 has a Wellbore Position Uncertainty #1
WL Logging Tool #1 is of type DDQUD.Drilling.FormationLoggingTool
Depth Correction #2 is of type DDQUD.Drilling.DepthCorrection
WL Logging Tool #1 is corrected by Depth Correction #2
Trajectory #4 is of type DDQUD.Drilling.Trajectory
Trajectory #1 has lower vertical bound Trajectory #4
Depth Interval #5 is of type DDQUD.Drilling.DepthInterval
Survey #3 is associated with Depth Interval #5
DrillString #1 is of type DDQUD.Drilling.DrillString
DrillString #1 belongs to Operation (drilling) #1
Trajectory #1 is of type DDQUD.Drilling.Trajectory
Bottom Hole Depth #1 is of type DDQUD.Drilling.WellDepth
Trajectory #1 is extended to Bottom Hole Depth #1
Wellbore #1 has an actual operation Wireline operation #1
Layer #N has a TVT parameter #N
Combined Trajectory #2 utilizes Depth Interval #5
Drillbit #1 is of type DDQUD.Drilling.DrillStringElement
Gamma Ray Sensor #1 is relative to Drillbit #1
Wireline #1 has a logging tool Logging tool #1
Wellbore #1 has a Current operation #1
Geological Target Boundary Uncertainty #1 is of type DDQUD.Drilling.Uncertainty
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Geological Target Boundary Uncertainty #1 is estimated using Confidence Factor #1
Drill Floor #1 depends on Tide Signal #1
Geo pressure #N has a Alternative geo pressure #N
Trajectory #1 belongs to Current Operation #1
Neutron Density Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Neutron Density Trace #1
Survey Instrument #2 is of type DDQUD.Drilling.SurveyInstrument
Survey #2 is measured using Survey Instrument #2
Trajectory #5 is of type DDQUD.Drilling.Trajectory
Trajectory #5 is estimated using Confidence Factor #1
Time trace #0 is of type DDQUD.Drilling.LogTrace
Wireline depth log #1 has a log trace Time trace #0
Depth Stack #1 is of type DDQUD.Subsurface.DepthStack
Surface #1 is of type DDQUD.Subsurface.FormationTop
Depth Stack #1 has top Surface #1
Drilling Operation #1 is of type DDQUD.Drilling.ActualOperation
Drill-string #1 belongs to Drilling Operation #1
Depth Correction #1 is of type DDQUD.Drilling.DepthCorrection
WL Logging Tool #1 is corrected by Depth Correction #1
Wellbore #1 has a Current operation #1
Diverter #1 is of type DDQUD.Drilling.Diverter
Diverter #1 belongs to Wellbore #1
Rig #1 is of type DDQUD.Drilling.Rig
Rig #1 has a Hoisting System #1
Distance log #1 is of type DDQUD.Drilling.RealTimeSignal
Distance log #1 is estimated using Trajectory #2
Bit on bottom event #1 is of type DDQUD.Drilling.OperationEvent
Bit on bottom event #1 has a Bit on bottom uncertainty #1
Trajectory #4 is of type DDQUD.Drilling.Trajectory
Trajectory #4 is estimated using Confidence Factor #1
Data Logging System #1 is equivalent to Data Logging System
TVT parameter #N is of type DDQUD.Drilling.Parameter
TVT parameter #N has a Uncertainty map #N
Trajectory #1 belongs to Current Operation #1
Logging tool #1 generates Gamma ray signal #1
Confidence Factor #2 is of type DDQUD.Drilling.ConfidenceFactor
Wellbore Position Uncertainty #1 is estimated using Confidence Factor #2
Alternative geo pressure #N has a Uncertainty map #N
Interpolated Trajectory #1 is of type DDQUD.Drilling.Trajectory
Interpolated Trajectory #1 has a Wellbore Position Uncertainty #1
Neutron porosity trace #4 is of type DDQUD.Drilling.LogTrace
Depth based log #4 has a log trace Neutron porosity trace #4
Wellbore #1 has a Trajectory #2
Basin #1 is of type DDQUD.Subsurface.RockVolume
Depth Stack #3 is of type DDQUD.Subsurface.DepthStack
Basin #1 is described by Depth Stack #3
Corrected Depth log #5 has a Neutron Density Trace #1
e-tally #1 is of type DDQUD.Drilling.ElectronicTally
Truthed event #1 is caused by e-tally #1
Fixed platform #1 is of type DDQUD.Drilling.Rig
Current Operation #1 is drilled using Fixed platform #1
Diverter #1 is referred to Drill Floor #1
Wireline spool length signal #1 estimates Wireline tool depth signal #1
Wireline depth log #1 is merged into Depth based log #3
Trajectory #1 is described by Stochastic Trajectory Generator #1
Rig #1 has a DCS #1
Wireline #1 has a Logging tool #1
LWD #1 has a LWD log #1
Neutron porosity signal #1 is of type DDQUD.Drilling.RealTimeSignal
LWD #1 generates Neutron porosity signal #1
Wellbore #1 has a Trajectory #1a
Surface is of type DDQUD.Subsurface.FormationTop
Depth Stack has top Surface
TWT Stack #1 is of type DDQUD.Subsurface.Seismic
Geomodel #1 has a TWT Stack #1
TWT Stack #1 has a 3D property grid
Trajectory #2 belongs to Current Operation #1
Survey #1 is relative to Bit Depth RT Source #1
Wellbore #1 has a Facies logs #1
Confidence Factor #2 is of type DDQUD.Drilling.ConfidenceFactor
Wellbore Position Uncertainty #1 is estimated using Confidence Factor #2
Wellbore #1 has a Trajectory #1
Corrected LWD log #1 is of type DDQUD.Drilling.FormationLog
Wellbore #1 has a Corrected LWD log #1
Geo pressure prognosis #1 is estimated using Depth Stack #1
LWD log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD log #1 is corrected from LWD log #1
LWD #1 has a LWD log #1
Current operation #2 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Current operation #2
Depth based log #4 has a log trace Neutron density trace #4
Neutron porosity trace #2 is of type DDQUD.Drilling.LogTrace
Memory log #1 has a log trace Neutron porosity trace #2
Survey # 1c belongs to Reconnect Sub Operation #1
WireLine #1 is of type DDQUD.Drilling.WireLine
Operation (wireline) #1 is of type DDQUD.Drilling.ActualOperation
WireLine #1 belongs to actual operation Operation (wireline) #1
Neutron density #1 is acquired by Data Logging #1
Trajectory #5 is of type DDQUD.Drilling.Trajectory
Trajectory #5 is estimated using Confidence Factor #1
DCS #1 generates Bit Depth signal #1
Truthed event #2 is of type DDQUD.Drilling.OperationEvent
Truthed event #2 is caused by Bit on bottom event #1
Stratigraphic column #1 is of type DDQUD.Subsurface.Stratigraphy
Stratigraphic column #1 is estimated using Depth Stack #1
Trajectory #1c utilizes Depth Interval #1c
Gamma ray Trace #1 is of type DDQUD.Drilling.LogTrace
Corrected Depth log #5 has a Gamma ray Trace #1
Depth Stack #1 is of type DDQUD.Subsurface.DepthStack
Stratigraphic column #1 is estimated using Depth Stack #1
Semi sub #2 is of type DDQUD.Drilling.Rig
Past Operation #2 is drilled using Semi sub #2
Depth correction stretch #1 is of type DDQUD.Drilling.CorrectionMethod
Wireline tool depth signal #1 is corrected by Depth correction stretch #1
Wellbore #1 has a Trajectory #2
Drilling operation #1 utilizes Rig #1
Layer #N has a TVT parameter #N
LWD log #1 has a log trace Gamma ray Trace #1
Wireline tool depth signal #1 is corrected by Depth correction stretch #1
Wellbore has indicator Equivalent Indicator forWellbore
Surveying Program #1 is of type DDQUD.Drilling.MeasurementProgram
Wellbore #1 has a Surveying Program #1
Trajectory #4 is of type DDQUD.Drilling.Trajectory
Trajectory #4 is estimated using Confidence Factor #1
Data Logging #1 is equivalent to Data Logging System
Gamma ray trace #4 is of type DDQUD.Drilling.LogTrace
Depth based log #4 has a log trace Gamma ray trace #4
Wellbore Position Uncertainty #1b is estimated using Confidence Factor #1
Neutron Porosity Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Neutron Porosity Trace #1
Layer #N has a Geo pressure #N
Planned Operation #1 is of type DDQUD.Drilling.PlannedOperation
Trajectory #1 belongs to Planned Operation #1
Wellbore is equivalent to Wellbore #1
Impedance #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Impedance #1
Wellbore Position Uncertainty #1a is estimated using Confidence Factor #1
Combined Trajectory #1 has a Wellbore Position Uncertainty #1
LWD #1 generates Gamma ray #1
Layer #N has a TVT parameter #N
Trajectory #1c has a Wellbore Position Uncertainty #1c
Geomodel #1 has a Depth Stack #3
Gamma ray signal #1 is acquired by Data acquisition in logging tool
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Trajectory #1
Geological Target Boundary #1 is of type DDQUD.Subsurface.Bounds
Geological Target Boundary #1 has a Geological Target Boundary Uncertainty #1
Survey Instrument #1 is of type DDQUD.Drilling.SurveyInstrument
Survey #1 is measured using Survey Instrument #1
Survey Instrument #1 is of type DDQUD.Drilling.SurveyInstrument
Survey #1a is measured using Survey Instrument #1
Wireline #1 belongs to Wireline operation #1
Geomodel #1 has a Depth Stack #3
Operation (wireline) #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Operation (wireline) #1
Separation Distance #2 is of type DDQUD.Drilling.Distance
Separation Distance #2 depends on Wellbore Position Uncertainty #1a
Trajectory #1 has lower vertical bound Trajectory #4
Wellbore #1 has a Prognosed Top Uncertainties #1
Gamma Ray Sensor #1 is referred to Sea Bottom #1
Survey #1b is of type DDQUD.Drilling.SurveyFile
Survey #1b belongs to Reaming Sub Operation #1
Logging tool #1 generates Gamma ray signal #1
Data acquisition in logging tool generates Memory log #1
WireLine #1 is of type DDQUD.Drilling.WireLine
WireLine #1 has a WL Logging Tool #1
Depth Stack #1 is a Depth Stack
Geomodel #1 has a Depth Stack #1
Trajectory #2 is of type DDQUD.Drilling.Trajectory
Wellbore #1 has a Trajectory #2
Trajectory #4 is estimated using Confidence Factor #1
Neutron porosity signal #1 is acquired by Data Logging #1
Rig #1 is of type DDQUD.Drilling.Rig
Rig #1 has a DCS #1
Wireline spool length signal #1 estimates Wireline tool depth signal #1
Reservoir #1 is of type DDQUD.Subsurface.RockVolume
Reservoir #1 is described by Depth Stack #2
WL log #1 is of type DDQUD.Drilling.FormationLog
Corrected LWD log #1 is corrected using WL log #1
Wireline #1 belongs to Wireline operation #1
Corrected Trajectory #1 originates from Combined Trajectory #2
Seismic cube #1 is of type DDQUD.Subsurface.Seismic
TWT Stack #1 is a Seismic cube #1
Depth correction temperature #1 is of type DDQUD.Drilling.CorrectionMethod
Wireline tool depth signal #1 is corrected by Depth correction temperature #1
Impedance #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Impedance #1
File storage #1 is of type DDQUD.Drilling.InFileStorage
Depth based log #3 is stored File storage #1
Trajectory #2 belongs to Past Operation #2
Separation Distance #2 depends on Wellbore Position Uncertainty #1c
Depth based log #4 has a log trace Gamma ray trace #4
Confidence Factor #1 is of type DDQUD.Drilling.ConfidenceFactor
Stochastic Trajectory Generator #1 is estimated using Confidence Factor #1
Geo pressure prognosis #1 is estimated using Confidence Factor #1
Memory log #1 has a log trace Gamma ray trace #2
Stratigraphic column #1 is estimated using Depth Stack #1
Stratigraphic column #1 has a Uncertainty #1
Trajectory #2 is described by Stochastic Trajectory Generator #2
Depth Interval #1d belongs to Survey #1a
Survey #2 is associated with Depth Interval #6
Wellbore #1 has a Planned Well Path #1
Depth Stack has a Layer #N
Distance log #1 is estimated using Trajectory #1
Corrected Depth Trace #5 is corrected using Depth Trace #4
Depth Correction #1 is of type DDQUD.Drilling.DepthCorrection
WL Logging Tool #1 formation log is corrected using real time signal Depth Correction #1
Logging tool #1 generates Neutron porosity signal #1
Depth based log #3 is transferred to Data Logging System #1
Depth trace #0 is of type DDQUD.Drilling.LogTrace
Wireline depth log #1 has a log trace Depth trace #0
LWD #1 is of type DDQUD.Drilling.FormationLoggingTool
DrillString #1 has a LWD #1
Surveying Program #1 is of type DDQUD.Drilling.MeasurementProgram
Wellbore Position Uncertainty #1 is estimated using Surveying Program #1
Wireline depth log #1 has a log trace Depth trace #0
Gamma ray signal #1 is of type DDQUD.Drilling.RealTimeSignal
Gamma ray signal #1 is acquired by Data Logging #1
DrillString #1 has a LWD #1
Depth based log #3 has a log trace Neutron density trace #3
Bottom hole depth #1 is of type DDQUD.Drilling.WellDepth
Interpolated Trajectory #1 is extended to Bottom hole depth #1
Drilling operation #1 utilizes Rig #1
Reservoir #1 is of type DDQUD.Subsurface.RockVolume
Depth Stack #2 is of type DDQUD.Subsurface.DepthStack
Reservoir #1 is described by Depth Stack #2
Wireline tool depth signal #1 is corrected by Depth correction temperature #1
Bit Depth RT Source #1 has a MD uncertainty #1
Depth based log #3 is stored File storage #1
Wireline #1 belongs to Wireline operation #1
Memory log #1 has a log trace Neutron porosity trace #2
WireLine #1 has a formation logging tool WL Logging Tool #1
Wellbore #1 has a Wireline operation #1
Wellbore #1 is equivalent to Wellbore
Logging tool #1 generates Neutron density signal #1
Depth Interval #1b is associated with Survey #1b
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has a Drilling Operation #1
Wellbore #1 has a Survey #3
Wellbore Position Uncertainty #2 is of type DDQUD.Drilling.Uncertainty
Wellbore Position Uncertainty #2 is estimated using Confidence Factor #1
Geomodel #1 has a TWT Stack #1
Prognosed Top Uncertainties #1 is estimated using Wellbore Position Uncertainty #1
Wellbore #1 has a e-tally #1
Geo pressure prognosis #1 is estimated using Confidence Factor #1
Depth Trace #1 is of type DDQUD.Drilling.LogTrace
LWD log #1 has a log trace Depth Trace #1
Wireline data acquisition #1 generates Wireline depth log #1
AVO #1 is of type DDQUD.Drilling.Parameter
3D property grid has a AVO #1
Wireline #1 belongs to actual operation Wireline operation #1
Interpolation Scheme #1 is of type DDQUD.Drilling.InterpolationScheme
Interpolated Trajectory #1 is interpolated using Interpolation Scheme #1
Seismic cube #1 is of type DDQUD.Subsurface.Seismic
TWT Stack #1 is a Seismic cube #1
Trajectory #1 has lower vertical bound Trajectory #4
LWD #1 has a LWD log #1
Neutron density signal #1 is acquired by Data Logging #1
Drill string #1 is referred to Drill Floor #1
Earth Model #1 is of type DDQUD.Subsurface.GeoModel
Earth Model #1 has a Wellbore #1
Adjacent wellbore #2 is of type DDQUD.Drilling.WellBore
Adjacent wellbore #2 has a Trajectory #2
Wellbore #1 has a Combined Trajectory #2
Wellbore is equivalent to Wellbore #1
Tubing string #1 belongs to Current operation #2
Trajectory #1 has lower vertical bound Trajectory #4
Wellbore #1 has a Surveying Program #1
LWD #1 has a LWD log #1
Wellbore #1 formation logging tool has a formation log Corrected LWD log #1
Wireline depth log #1 has a log trace Time trace #0
Operation #1 is of type DDQUD.Drilling.ActualOperation
Wellbore #1 has a Operation #1
Wellbore Position Uncertainty #1 is estimated using Confidence Factor #1
Geo pressure prognosis #1 is estimated using Depth Stack #1
Depth Stack has a Layer #N
Drill string #1 has a Drillbit #1
Rig #1 has a Hoisting System #1
Bottom hole depth #1 is of type DDQUD.Drilling.WellDepth
Interpolated Trajectory #1 is extended to Bottom hole depth #1
Memory log #1 is stored In memory storage #1
Wellbore #1 has an actual operation Operation (wireline) #1
DrillString #1 has a LWD #1
Memory log #1 has a log trace Neutron density trace #2
Geomodel #1 has a Depth Stack #2
Survey Instrument #1 is of type DDQUD.Drilling.SurveyInstrument
Survey #1 is measured using Survey Instrument #1
Corrected Depth Trace #5 is corrected from Depth Trace #1
Neutron density signal #1 is acquired by Data acquisition in logging tool
Expansion joint signal #1 is of type DDQUD.Drilling.RealTimeSignal
Diverter #1 depends on Expansion joint signal #1
Planned Well Path #1 is interpolated as Interpolated Trajectory #1
Trajectory #1 has higher vertical bound Trajectory #5
Wellbore #1 has a Planned Well Path #1
Corrected Depth log #5 has a Neutron Porosity Trace #1
Bit Deppth #1 is acquired by Data Logging #1
Facies logs #1 belongs to Current Operation #1
WireLine #1 belongs to Operation (wireline) #1
Wellbore #1 has a Tubing string #1
Trajectory #5 has higher vertical bound Facies logs #1
Combined Trajectory #2 has a Wellbore Position Uncertainty #2
Trajectory #4 is of type DDQUD.Drilling.Trajectory
Trajectory #1 has lower vertical bound Trajectory #4
Wellbore #1 is equivalent to Wellbore
Depth Stack #2 is a Depth Stack
Trajectory #1 has a Stratigraphic column #1
Amplitude #1 is of type DDQUD.Drilling.Parameter
3D property grid has a Amplitude #1
Depth based log #4 has a log trace Neutron porosity trace #4
Trajectory #1 has higher vertical bound Trajectory #5
Wireline #1 belongs to actual operation Wireline operation #1
Drill Floor #1 depends on Heave Signal #1
Trajectory #4 is estimated using Confidence Factor #1
Depth based log #4 has a log trace Depth Trace #4
Geological target constraints #1 has a Geological Target Boundary #1
Bit Depth RT Source #1 is reset using Truthed event #2
Logging tool #1 generates Neutron density signal #1
WL Logging Tool #1 has a WL log #1
Trajectory #1 has higher vertical bound Trajectory #5
Depth Stack #3 is a Depth Stack
Wellbore Position Uncertainty #1 is estimated using Surveying Program #1
LWD #1 generates Gamma ray signal #1
DrillString #1 has a formation logging tool LWD #1
Wireline tool depth signal #1 is acquired by Wireline data acquisition #1
Wellbore #1 is of type DDQUD.Drilling.WellBore
Wellbore #1 has an actual operation Drilling operation #1
Depth based log #3 has a log trace Depth Trace #3
Trajectory #4 is estimated using Confidence Factor #1
Interpolation Scheme #1 is of type DDQUD.Drilling.InterpolationScheme
Interpolated Trajectory #1 is interpolated using Interpolation Scheme #1
Earth Model #1 has a Stratigraphy #1
AVO #1 is of type DDQUD.Drilling.Parameter
3D property grid has a AVO #1
Trajectory #1a belongs to Current operation #1

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AVO #1 Drilling Sub Operation #1 Depth Interval #6 Bottom Hole Depth #1 Operation (drilling) #1 TWT Stack #1 Fixed platform #1 Depth Stack #1 Corrected LWD log #1 Depth Stack #1 Vertical datum #1 DrillString #1 Past Operation #2 Depth Interval #7 Bit Depth RT Source #1 Depth Stack TVT parameter #N Gamma ray trace #3 Wireline spool length signal #1 Confidence Factor #2 Current Operation #1 Wireline operation #1 Data acquisition in logging tool Operation (wireline) #1 Wellbore Position Uncertainty #1 Trajectory #4 Survey #1 Corrected Depth log #5 TVT parameter #N Uncertainty map #N Drill Floor #1 Depth Stack Basin #1 Depth based log #4 Logging tool #1 Former Drilling Operation #1 Uncertainty map #N Wellbore #1 Current operation #1 In memory storage #1 Geo pressure prognosis #1 Current operation #1 Surface Stratigraphic column #1 DrillString #1 TWT Stack #1 Trajectory #1b Depth Interval #4 Layer #N Current Operation #1 Geo pressure #N Memory log #1 Neutron porosity signal #1 Combined Trajectory #2 Depth Interval #1b Reservoir #1 Gamma ray Trace #1 Truthed event #2 Geo pressure prognosis #1 Impedance #1 Neutron Density Trace #1 Depth correction temperature #1 Trajectory #1 Trajectory #2 Survey #1b Wellbore #1 Stratigraphic column #1 Semi sub #2 Wellbore Position Uncertainty #1c Uncertainty #1 Bit on bottom event #1 Formation Layer Uncertainties #1 Depth Interval #1d Planned Operation #1 Distance log #1 Truthed event #1 Trajectory #4 Planned Well Path #1 Diverter #1 WireLine #1 Survey Instrument #1 Wellbore #1 Neutron density signal #1 Depth Correction #1 Logging tool #1 Neutron density trace #3 Wireline tool depth signal #1 Planned Well Path #1 Corrected LWD log #1 Gamma ray signal #1 Additional Operation #3 Neutron Porosity Trace #1 File storage #1 Layer #N WL Logging Tool #1 Corrected Depth Trace #5 Wellbore #1 Wellbore #1 Absolute Depth Reference (MSL) #1 Seismic cube #1 Drillbit #1 Hoisting System #1 DrillString #1 Depth Stack #1 Vertical datum #2 Depth trace #0 e-tally #1 Drill string #1 DCS #1 Block Position Signal #1 Layer #N Combined Trajectory #1 Depth Stack Neutron porosity trace #2 Heave Compensator Signal #1 Wellbore #1 Wireline operation #1 Geo pressure #N Interpolation Scheme #1 Geomodel #1 DBR #1 Trajectory #1c Drilling operation #1 Corrected LWD #1 Trajectory #2 Basin #1 Confidence Factor #1 Trajectory #1 Heave Signal #1 Depth Stack #1 Wireline #1 Depth Interval #2 Depth Interval #1 Depth Correction #1 Planned Operation #1 Bit Deppth #1 Surface #1 Overburden #1 Uncertainty map #N Wireline data acquisition #1 End of well depth #1 Interpolation Scheme #1 3D property grid Trajectory #1 Tide Signal #1 Wellbore Position Uncertainty #1 Drilling Operation #1 Reaming Sub Operation #1 Facies logs #1 LWD log #1 Current operation #1 Wellbore #1 Survey Instrument #3 Confidence Factor #1 Coherence #1 Trajectory #2 TVT parameter #N Interpolated Trajectory #1 Overburden #1 Bottom hole depth #1 Depth Stack #2 Survey Instrument #2 Stratigraphy #1 Survey #3 Survey Instrument #1 Petrophysical logs #1 Operation #1 Depth Trace #3 LWD #1 Current Operation #1 Wireline depth log #1 Interpolated Trajectory #1 Confidence Factor #1 Depth Stack #3 Survey # 1c Bottom hole depth #1 Surface Trajectory #5 Sensor Fusion Method #1 Wellbore #1 Neutron porosity #1 Wellbore Position Uncertainty #1a Depth Correction #2 LWD #1 Survey #2 Heave compensation #2 Wellbore Position Uncertainty #2 WL log #1 Trajectory #1 Trajectory #2 Depth Interval #1c Confidence Factor #1 Expansion joint signal #1 3D property grid LWD #1 Geological Target Boundary Uncertainty #1 Wellbore Position Uncertainty #1b Confidence Factor #1 Tide compensation #2 Depth Interval #3 Depth correction stretch #1 Data Logging #1 TVT parameter #N Depth Stack #1 Geological target constraints #1 Neutron porosity trace #4 Gamma ray signal #1 Time trace #2 LWD log #1 Corrected Trajectory #1 Heave compensation 1 Bit Depth signal #1 Geomodel #1 Trajectory #5 Subsidence compensation 1 Wellbore #1 Prognosed Formation Tops #1 Wireline #1 Current Operation #1 Data Logging System Neutron density trace #4 Reconnect Sub Operation #1 Stratigraphic column #1 Wellbore Trajectory #3 Current operation #1 Wellbore #1 Confidence Factor #2 Wellbore #1 Depth Trace #1 Alternative geo pressure #N Wellbore #1 Depth Trace #4 Surface #1 Gamma Ray Sensor #1 Geological Target Boundary #1 Separation Distance #2 LWD #1 Confidence Factor #2 Wellbore #1 Current operation #2 Coherence #1 Surveying Program #1 Depth based log #3 Current operation #1 DrillString #1 Gamma ray Trace #1 Reservoir #1 Bottom Hole Depth #2 Earth Model #1 Confidence Factor #1 Gamma ray trace #4 Tide compensation 1 Neutron density signal #1 LWD #1 Drill-string #1 LWD log #1 Stochastic Trajectory Generator #2 Bit on bottom uncertainty #1 Trajectory #4 Wireline log #1 Alternative geo pressure #N Operation (wireline) #1 AVO #1 Collision Probability Distribution #1 DrillString #1 Target Axis #1 WL log #1 Amplitude #1 Trajectory #5 Wellbore Position Uncertainty #1 Confidence Factor #1 Stochastic Trajectory Generator #1 Confidence Factor #1 Trajectory #1 Depth Interval #5 Wellbore Time trace #0 Sea Bottom #1 Uncertainty map #N Neutron density trace #2 Depth Stack #3 Bottom Hole Depth #1 Surveying Program #1 Survey #1a Neutron Density Trace #1 Uncertainty #1 Neutron Porosity Trace #1 WL Logging Tool #1 Rig #1 Trajectory #4 Formation evaluation logs #1 Operation #2 LWD log #1 Planned Operation #1 Adjacent wellbore #2 Impedance #1 Confidence Factor #1 Neutron porosity signal #1 LWD #1 Gamma ray trace #2 Trajectory #1 WireLine #1 Survey instrument gravity based #1 Tubing string #1 Surface #1 Wellbore #1 Rig #1 Amplitude #1 Tubing Hanger #1 Gamma ray #1 Drilling operation #1 Neutron porosity trace #3 Wellbore #1 Trajectory #1 Trajectory #1a Wellbore #1 MD uncertainty #1 Surface Confidence Factor #1 Operation (drilling) #1 Separation Distance #1 Trajectory #5 Uncertainty #1 Trajectory #5 Neutron density #1 Current Operation #1 DCS #1 Drilling operation #1 Trajectory #4 Survey Instrument #1 Depth Interval #1a Seismic cube #1 Surface Prognosed Top Uncertainties #1 Planned Operation #1 Wellbore #1 Surface #1 Section TD #1 Hoisting System #1 Depth Stack Confidence Factor #1 Survey instrument gyro based #2 LWD log #1 Depth Stack #2 Depth Correction #2 Wellbore Position Uncertainty #1 Depth Trace #1 Layer #N Survey #1 Bottom Hole Depth #1 Trajectory #1 LWD Log #1 Wellbore #1 has a is a has top is a is corrected from is corrected using has top is compensated using has a formation logging tool belongs to actual operation is relative to is drilled using belongs to is reset using has a is reset using has top has a has a estimates estimates is relative to is drilled using generates generates is estimated using is estimated using is estimated using is valid for is associated with is associated with has a is measured using has a has a has a has a has a is relative to depends on depends on has top has a is 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