Uses of Class
neqsim.process.equipment.stream.Stream

Packages that use Stream

Package	Description
neqsim.process.calibration
neqsim.process.equipment
neqsim.process.equipment.electrolyzer
neqsim.process.equipment.stream
neqsim.process.equipment.tank
neqsim.process.equipment.util
neqsim.process.fielddevelopment.facility	Facility configuration and building blocks for field development.
neqsim.process.fielddevelopment.tieback	Tie-back analysis package for field development screening.
neqsim.process.measurementdevice.simpleflowregime
neqsim.process.mechanicaldesign
neqsim.process.ml.examples	Example RL environments demonstrating NeqSim ML integration.
neqsim.process.processmodel
neqsim.process.processmodel.dexpi	DEXPI integration layer for importing and exporting P&ID data.
neqsim.process.processmodel.diagram	Professional Process Flow Diagram (PFD) generation for NeqSim.
neqsim.process.util.example

Uses of Stream in neqsim.process.calibration

Fields in neqsim.process.calibration declared as Stream

Modifier and Type	Field	Description
private Stream[]	CalibrationFrameworkExample.wellStreams
private Stream[]	WellRoutingEstimationExample.wellStreams

Uses of Stream in neqsim.process.equipment

Methods in neqsim.process.equipment that return Stream

Modifier and Type	Method	Description
static Stream	EquipmentFactory.createStream(String name, SystemInterface fluid, double flowRate, String flowUnit, double pressure, String pressureUnit, double temperature, String temperatureUnit)	Creates a configured Stream with flow, pressure, and temperature.

Uses of Stream in neqsim.process.equipment.electrolyzer

Fields in neqsim.process.equipment.electrolyzer declared as Stream

Modifier and Type	Field	Description
private Stream	CO2Electrolyzer.gasProductStream
private Stream	Electrolyzer.hydrogenOutStream
private Stream	CO2Electrolyzer.liquidProductStream
private Stream	Electrolyzer.oxygenOutStream

Methods in neqsim.process.equipment.electrolyzer with parameters of type Stream

Modifier and Type	Method	Description
private void	CO2Electrolyzer.updateProductStream(Stream productStream, Map<String,Double> componentMoles, double temperature, double pressure, UUID id)

Uses of Stream in neqsim.process.equipment.stream

Subclasses of Stream in neqsim.process.equipment.stream

Modifier and Type	Class	Description
class	EquilibriumStream	EquilibriumStream class.
class	IronIonSaturationStream	IronIonSaturationStream class.
class	NeqStream	NeqStream class.
class	ScalePotentialCheckStream	ScalePotentialCheckStream class.

Methods in neqsim.process.equipment.stream that return Stream

Modifier and Type	Method	Description
Stream	Stream.clone()	Clone object.
Stream	Stream.clone(String name)	Clone object and set a new name.

Uses of Stream in neqsim.process.equipment.tank

Fields in neqsim.process.equipment.tank declared as Stream

Modifier and Type	Field	Description
(package private) Stream	Tank.gasOutStream
(package private) Stream	Tank.liquidOutStream

Uses of Stream in neqsim.process.equipment.util

Fields in neqsim.process.equipment.util declared as Stream

Modifier and Type	Field	Description
private Stream	ProducedWaterDegassingSystem.waterInletStream
(package private) Stream	FlowRateAdjuster.waterStream

Methods in neqsim.process.equipment.util that return Stream

Modifier and Type	Method	Description
private static Stream	CalculatorLibrary.requireFirstStream(ArrayList<ProcessEquipmentInterface> inputs, String role)
private static Stream	CalculatorLibrary.requireStream(ProcessEquipmentInterface equipment, String role)

Uses of Stream in neqsim.process.fielddevelopment.facility

Methods in neqsim.process.fielddevelopment.facility that return Stream

Modifier and Type	Method	Description
private Stream	ConceptToProcessLinker.createInletStream(FieldConcept concept)	Create inlet stream from concept parameters.

Methods in neqsim.process.fielddevelopment.facility with parameters of type Stream

Modifier and Type	Method	Description
private void	ConceptToProcessLinker.generateGasCondensateProcessing(ProcessSystem process, Stream inlet, FieldConcept concept, ConceptToProcessLinker.FidelityLevel fidelity)	Generate gas condensate processing train.
private void	ConceptToProcessLinker.generateOilProcessing(ProcessSystem process, Stream inlet, FieldConcept concept, ConceptToProcessLinker.FidelityLevel fidelity)	Generate oil processing train.

Uses of Stream in neqsim.process.fielddevelopment.tieback

Methods in neqsim.process.fielddevelopment.tieback that return Stream

Modifier and Type	Method	Description
private Stream	TiebackAnalyzer.createRepresentativeWellheadStream(ReservoirInput reservoir, double pressureBara, double temperatureC, boolean isGasField, double totalRate, String rateUnit)	Creates a representative wellhead stream for hydraulic screening.

Uses of Stream in neqsim.process.measurementdevice.simpleflowregime

Fields in neqsim.process.measurementdevice.simpleflowregime declared as Stream

Modifier and Type	Field	Description
(package private) Stream	SevereSlugAnalyser.streamS

Constructors in neqsim.process.measurementdevice.simpleflowregime with parameters of type Stream

Modifier	Constructor	Description
	SevereSlugAnalyser(String name, Stream stream, double internalDiameter, double leftLength, double rightLength, double angle)	Constructor for class SevereSlugAnalyser.
	SevereSlugAnalyser(String name, Stream stream, double internalDiameter, double leftLength, double rightLength, double angle, double outletPressure, double temperature, double simulationTime, int numberOfTimeSteps)	Constructor for class SevereSlugAnalyser.
	SevereSlugAnalyser(String name, Stream stream, double internalDiameter, double leftLength, double rightLength, double angle, double simulationTime, int numberOfTimeSteps)	Constructor for class SevereSlugAnalyser.

Uses of Stream in neqsim.process.mechanicaldesign

Methods in neqsim.process.mechanicaldesign with parameters of type Stream

Modifier and Type	Method	Description
private void	InstrumentScheduleGenerator.instrumentStream(Stream stream)	Instruments a feed stream with PT, TT, and FT.

Uses of Stream in neqsim.process.ml.examples

Fields in neqsim.process.ml.examples declared as Stream

Modifier and Type	Field	Description
private Stream	SeparatorCompressorMultiAgentEnv.compressorOut
private Stream	SeparatorCompressorMultiAgentEnv.feed
private Stream	SeparatorGymEnv.feed
private Stream	SeparatorLevelControlEnv.feedStream

Uses of Stream in neqsim.process.processmodel

Subclasses of Stream in neqsim.process.processmodel

Modifier and Type	Class	Description
class	DexpiStream	Stream created from DEXPI piping segments while preserving key metadata.

Methods in neqsim.process.processmodel that return Stream

Modifier and Type	Method	Description
private static Stream	DexpiXmlReader.createDefaultTemplateStream()
private static Stream	DexpiXmlReader.templateOrDefault(Stream templateStream)

Methods in neqsim.process.processmodel with parameters of type Stream

Modifier and Type	Method	Description
private static void	DexpiXmlReader.addDexpiStream(ProcessSystem processSystem, Element element, Stream templateStream, String baseName)
private static void	DexpiXmlReader.addPipingSegments(Document document, ProcessSystem processSystem, Stream templateStream)
static void	DexpiXmlReader.load(File file, ProcessSystem processSystem, Stream templateStream)	Populates an existing ProcessSystem with units parsed from a DEXPI XML file.
static void	DexpiXmlReader.load(InputStream inputStream, ProcessSystem processSystem, Stream templateStream)	Populates an existing ProcessSystem with units parsed from a DEXPI XML stream.
static ProcessSystem	DexpiXmlReader.read(File file, Stream templateStream)	Reads the provided DEXPI XML file and returns a populated ProcessSystem using a template Stream for generated piping segments.
static ProcessSystem	DexpiXmlReader.read(InputStream inputStream, Stream templateStream)	Reads the provided DEXPI XML stream and returns a populated ProcessSystem using a template Stream for any generated piping segments.
private static Stream	DexpiXmlReader.templateOrDefault(Stream templateStream)

Uses of Stream in neqsim.process.processmodel.dexpi

Subclasses of Stream in neqsim.process.processmodel.dexpi

Modifier and Type	Class	Description
class	DexpiStream	Stream created from DEXPI piping segments while preserving key metadata.

Methods in neqsim.process.processmodel.dexpi that return Stream

Modifier and Type	Method	Description
private static Stream	DexpiXmlReader.createDefaultTemplateStream()
private static Stream	DexpiEquipmentFactory.createPassThrough(String name, StreamInterface inletStream)	Creates a pass-through Stream for unsupported equipment types (Column, Reactor, Tank, etc.).
private static Stream	DexpiXmlReader.templateOrDefault(Stream templateStream)

Methods in neqsim.process.processmodel.dexpi with parameters of type Stream

Modifier and Type	Method	Description
private static void	DexpiXmlReader.addDexpiStream(ProcessSystem processSystem, Element element, Stream templateStream, String baseName)
private static void	DexpiXmlReader.addPipingSegments(Document document, ProcessSystem processSystem, Stream templateStream)
static void	DexpiXmlReader.load(File file, ProcessSystem processSystem, Stream templateStream)	Populates an existing ProcessSystem with units parsed from a DEXPI XML file.
static void	DexpiXmlReader.load(InputStream inputStream, ProcessSystem processSystem, Stream templateStream)	Populates an existing ProcessSystem with units parsed from a DEXPI XML stream.
static void	DexpiXmlReader.load(InputStream inputStream, ProcessSystem processSystem, Stream templateStream, boolean namespaceAware)	Populates an existing ProcessSystem with units parsed from a DEXPI XML stream.
static ProcessSystem	DexpiXmlReader.read(File file, Stream templateStream)	Reads the provided DEXPI XML file and returns a populated ProcessSystem using a template Stream for generated piping segments.
static ProcessSystem	DexpiXmlReader.read(InputStream inputStream, Stream templateStream)	Reads the provided DEXPI XML stream and returns a populated ProcessSystem using a template Stream for any generated piping segments.
static void	DexpiXmlWriter.roundTrip(File inputFile, File outputFile, Stream templateStream)	Performs a bi-directional DEXPI round-trip: reads an existing DEXPI XML P&ID, creates a NeqSim process model from it using the provided fluid template, runs the simulation, and writes the enriched results back to DEXPI XML.
private static Stream	DexpiXmlReader.templateOrDefault(Stream templateStream)

Uses of Stream in neqsim.process.processmodel.diagram

Methods in neqsim.process.processmodel.diagram that return Stream

Modifier and Type	Method	Description
private static Stream	DexpiDiagramBridge.createDefaultTemplate()	Creates a default template stream with methane/ethane composition.

Methods in neqsim.process.processmodel.diagram with parameters of type Stream

Modifier and Type	Method	Description
static ProcessDiagramExporter	DexpiDiagramBridge.importAndCreateExporter(Path dexpiXmlFile, Stream templateStream)	Imports a DEXPI XML file with a custom template stream and creates a diagram exporter.
static ProcessSystem	DexpiDiagramBridge.importDexpi(Path dexpiXmlFile, Stream templateStream)	Imports a DEXPI XML file into a ProcessSystem with a custom template.

Uses of Stream in neqsim.process.util.example

Fields in neqsim.process.util.example declared as Stream

Modifier and Type	Field	Description
private static Stream	IntegratedSafetySystemWithLogicExample.highPressureFeed

Methods in neqsim.process.util.example with parameters of type Stream

Modifier and Type	Method	Description
private static void	IntegratedSafetySystemExample.runScenario1_NormalOperation(Stream highPressureFeed, ThrottlingValve hippsValve, ThrottlingValve esdInletValve, Stream separatorInlet, Separator separator, Stream separatorGasOut, Splitter gasSplitter, Stream processStream, Stream blowdownStream, BlowdownValve bdValve, SafetyValve psv, Stream psvOutlet, Mixer flareHeader, Stream flareHeaderOutlet, Flare flare, PressureTransmitter hippsPT1, PressureTransmitter hippsPT2, PressureTransmitter separatorPT, TemperatureTransmitter separatorTT, IntegratedSafetySystemExample.HIPPSController hippsController, IntegratedSafetySystemExample.ESDController esdController, IntegratedSafetySystemExample.FireDetectionSystem fireSystem)	Scenario 1: Normal operation with monitoring.
private static void	IntegratedSafetySystemExample.runScenario2_HIPPSActivation(Stream highPressureFeed, ThrottlingValve hippsValve, ThrottlingValve esdInletValve, Stream separatorInlet, Separator separator, Stream separatorGasOut, Splitter gasSplitter, Stream processStream, Stream blowdownStream, BlowdownValve bdValve, SafetyValve psv, Stream psvOutlet, Mixer flareHeader, Stream flareHeaderOutlet, Flare flare, PressureTransmitter hippsPT1, PressureTransmitter hippsPT2, PressureTransmitter separatorPT, TemperatureTransmitter separatorTT, IntegratedSafetySystemExample.HIPPSController hippsController, IntegratedSafetySystemExample.ESDController esdController, IntegratedSafetySystemExample.FireDetectionSystem fireSystem)	Scenario 2: HIPPS activation due to high pressure.
private static void	IntegratedSafetySystemExample.runScenario3_ESDAndBlowdown(Stream highPressureFeed, ThrottlingValve hippsValve, ThrottlingValve esdInletValve, Stream separatorInlet, Separator separator, Stream separatorGasOut, Splitter gasSplitter, Stream processStream, Stream blowdownStream, BlowdownValve bdValve, SafetyValve psv, Stream psvOutlet, Mixer flareHeader, Stream flareHeaderOutlet, Flare flare, PressureTransmitter hippsPT1, PressureTransmitter hippsPT2, PressureTransmitter separatorPT, TemperatureTransmitter separatorTT, IntegratedSafetySystemExample.HIPPSController hippsController, IntegratedSafetySystemExample.ESDController esdController, IntegratedSafetySystemExample.FireDetectionSystem fireSystem, PushButton esdButton)	Scenario 3: ESD activation and blowdown.
private static void	IntegratedSafetySystemExample.runScenario4_PSVRelief(Stream highPressureFeed, ThrottlingValve hippsValve, ThrottlingValve esdInletValve, Stream separatorInlet, Separator separator, Stream separatorGasOut, Splitter gasSplitter, Stream processStream, Stream blowdownStream, BlowdownValve bdValve, SafetyValve psv, Stream psvOutlet, Mixer flareHeader, Stream flareHeaderOutlet, Flare flare, PressureTransmitter hippsPT1, PressureTransmitter hippsPT2, PressureTransmitter separatorPT, TemperatureTransmitter separatorTT, IntegratedSafetySystemExample.HIPPSController hippsController, IntegratedSafetySystemExample.ESDController esdController, IntegratedSafetySystemExample.FireDetectionSystem fireSystem)	Scenario 4: PSV relief (final protection layer).
private static void	IntegratedSafetySystemExample.runSystem(Stream highPressureFeed, ThrottlingValve hippsValve, ThrottlingValve esdInletValve, Stream separatorInlet, Separator separator, Stream separatorGasOut, Splitter gasSplitter, Stream processStream, Stream blowdownStream, BlowdownValve bdValve, SafetyValve psv, Stream psvOutlet, Mixer flareHeader, Stream flareHeaderOutlet, Flare flare)	Run all equipment in the system.