Namespace Nextsim

Class Model metadata as a singleton class.

Detailed Description

Tests for XIOS calendars.

Tests for XIOS axes.

Test halo exchange class for Closed Boundaries (CB)

Tim Spain timothy.spain@nersc.no

Tim Williams timothy.williams@nersc.no

Tim Spain timothy.spain@nersc.no

Robert Jendersie robert.jendersie@ovgu.de

Tim Spain timothy.spain@nersc.no

Kacper Kornet kk562@cam.ac.uk

Tim Spain timothy.spain@nersc.no

Einar Ólason einar.olason@nersc.no

Robert Jendersie robert.jendersie@ovgu.de

Tim Spain timothy.spain@nersc.no

Tom Meltzer tdm39@cam.ac.uk

Class Model metadata as a singleton class

This class holds the metadata pertaining to the model as a whole, as well as the MPI metadata which is used for halo exchange.

The first time getInstance() is called, the class is initialized. If compiled with MPI then a partition file must be supplied.

Tim Spain timothy.spain@nersc.no

Tom Meltzer tdm39@cam.ac.uk

Joe Wallwork jw2423@cam.ac.uk

Tim Spain timothy.spain@nersc.no

Einar Ólason einar.olason@nersc.no

Tim Spain timothy.spain@nersc.no

Piotr Minakowski piotr.minakowski@ovgu.de

Einar Ólason einar.olason@nersc.no

Tim Spain timothy.spain@nersc.no

Robert Jendersie robert.jendersie@ovgu.de

Tim Spain timothy.spain@nersc.no

Joe Wallwork jw2423@cam.ac.uk

Tom Meltzer tdm39@cam.ac.uk

Test halo exchange class for Closed Boundaries (CB) on following fields:

• HField

• VertexField

• DGField

• DGVector

• DGVectorHolder

• CGVector

Joe Wallwork jw2423@cam.ac.uk

Adeleke Bankole ab3191@cam.ac.uk

This test is designed to test axis functionality of the C++ interface for XIOS.

Joe Wallwork jw2423@cam.ac.uk

Adeleke Bankole ab3191@cam.ac.uk

This test is designed to test calendar functionality of the C++ interface for XIOS.

Namespaces

• Namespace Nextsim::Air

• Namespace Nextsim::CouplingFields

• Namespace Nextsim::Details

• Namespace Nextsim::Ice

• Namespace Nextsim::PhysicalConstants

• Namespace Nextsim::Protected

• Namespace Nextsim::Shared

• Namespace Nextsim::Vapour

• Namespace Nextsim::Water

Classes

• Struct Configurator::CommandLine

• Struct ExecutionSpaceDummy

• Struct ModelArray::DimensionSpec

• Struct ModelArrayStore::ExtModelArray

• Struct ModelArrayStore::ExtModelArrayFlagged

• Struct ModelState

• Struct RectangularGrid::GridDimensions

• Struct TimestepTime

• Template Struct ToNetCDFType

• Template Struct ToNetCDFType< double >

• Template Struct ToNetCDFType< float >

• Class ArgV

• Class AtmIn

• Class BBMDynamics

• Class CheckingModelComponent

• Class CheckingModelComponent::FieldInfo

• Class Chrono

• Class CommandLineParser

• Class CommonRestartMetadata

• Class ConfigOutput

• Class ConfigurationHelp

• Class ConfigurationHelpPrinter

• Class Configurator

• Class Configurator::AdditionalConfiguration

• Template Class Configured

• Class ConfiguredBase

• Class ConfiguredModule

• Class ConstModelArraySlice

• Class Counterant

• Class CouplEr

• Class CouplIn

• Class DevStep

• Class DummyDynamics

• Class Duration

• Class Earl

• Class FieldAdvection

• Class FileCallbackCloser

• Class FileHolder

• Class Finalizer

• Class FreeDriftDynamics

• Template Class FreezingPointImpl

• Class Halo

• Class HappyExcept

• Class HappyTime

• Class IceCalc

• Class IceThermo

• Class IDiagnosticOutput

• Class IDynamics

• Class IFreezingPoint

• Class IModelStep

• Class IStructure

• Class Iterator

• Class Iterator::Iterant

• Template Class KokkosTimer

• Class LinearFreezingImpl

• Class Logged

• Class MASIter

• Class MEVPDynamics

• Class MiniModelComponent

• Class MissingData

• Class Model

• Class ModelArray

• Class ModelArray::DimensionMap

• Class ModelArray::SizeMap

• Template Class ModelArrayAccessor

• Template Class ModelArrayAccessor< fieldName, RO >

• Template Class ModelArrayAccessor< fieldName, RW >

• Template Class ModelArrayAccessorBase

• Template Class ModelArrayAccessorBase< RO >

• Template Class ModelArrayAccessorBase< RW >

• Class ModelArraySlice

• Class ModelArrayStore

• Class ModelComponent

• Class ModelMetadata

• Class Module1

• Class ModuleRequestAndSupply

• Class ModuleSemiShared

• Class ModuleShared

• Class ModuleSupplyAndWait

• Class monthlyCubicBSpline

• Class NetcdfMetadataConfiguration

• Class NoOutput

• Class OutputSpec

• Class ParaGridIO

• Class ParametricGrid

• Class ParametricGrid::IParaGridIO

• Class PDTestDynamics

• Class PrognosticData

• Class PrognosticData::PDWriter

• Class RectangularGrid

• Class RectangularGrid::IRectGridIO

• Class RectGridIO

• Class SimpleOutput

• Class StartStepStop

• Class StructureFactory

• Class TheCount

• Class TimeOptions

• Class TimePoint

• Class UnescoFreezingImpl

Enums

• Enum ConfigMapType

Functions

• Function Nextsim::addTimeLeadingZeros

• Function Nextsim::affixCoordinates

• Function Nextsim::ansiMode

• Function Nextsim::celsius

• Function Nextsim::checkStartStep

• Function Nextsim::close(diagFile)

• Function Nextsim::close()

• Function Nextsim::concatenateFields

• Function Nextsim::coordinates

• Function Nextsim::copyMeanComponent

• Function Nextsim::defaultVal

• Function Nextsim::degrees

• Function Nextsim::dimensionSetter

• Function Nextsim::dumpModelState(state, filename)

• Function Nextsim::dumpModelState(state, filename, true)

• Function Nextsim::durationFromISO(const std::string&, int)

• Function Nextsim::durationFromISO(std::istream&, int)

• Function Nextsim::extractCoordinates

• Function Nextsim::for()

• Function Nextsim::for(auto arr :arrays)

• Function Nextsim::fractional

• Function Nextsim::fractionalDG

• Function Nextsim::getAtt

• Function Nextsim::getTimTime

• Function Nextsim::index2d

• Template Function Nextsim::initializeTestData(T&, size_t, size_t, size_t, size_t, bool)

• Function Nextsim::initializeTestData(HField&, DGField&, HField&, VertexField&, HField&, HField&)

• Function Nextsim::initializeTestData(fractional, fractionalDG, mask, coordinates, x, y)

• Function Nextsim::isDOYFormat

• Function Nextsim::isYMDFormat

• Function Nextsim::julianGregorianShiftDays

• Function Nextsim::kelvin

• Function Nextsim::longRandomFilename

• Function Nextsim::makeKokkosDeviceBitset

• Function Nextsim::mask

• Function Nextsim::mbar

• Function Nextsim::mkgmtime

• Function Nextsim::MPI_TEST_CASE(“test halo exchange on 3 proc grid”, 3)

• Function Nextsim::MPI_TEST_CASE(“DGField”, 3)

• Function Nextsim::MPI_TEST_CASE(“DGVector”, 3)

• Function Nextsim::MPI_TEST_CASE(“DGVectorHolder”, 3)

• Function Nextsim::MPI_TEST_CASE(“CGVector”, 3)

• Function Nextsim::MPI_TEST_CASE(“TestXiosAxis”, 3)

• Function Nextsim::MPI_TEST_CASE(“TestXiosCalendar”, 1)

• Function Nextsim::MPI_TEST_CASE(“TestXiosReadDiagnostic”, 3)

• Function Nextsim::MPI_TEST_CASE(“TestXiosReadForcing”, 2)

• Function Nextsim::MPI_TEST_CASE(“TestXiosReadRestart”, 2)

• Function Nextsim::MPI_TEST_CASE(“TestXiosReadWriteRestart”, 2)

• Function Nextsim::MPI_TEST_CASE(“TestXiosWriteDiagnostic”, 2)

• Function Nextsim::MPI_TEST_CASE(“TestXiosWriteRestart”, 2)

• Function Nextsim::MPI_TEST_CASE(“Test getPartitionMetadata closed boundary”, 3)

• Function Nextsim::MPI_TEST_CASE(“Test getPartitionMetadata periodic boundary”, 3)

• Function Nextsim::ncFile

• Function Nextsim::ncSuffix

• Function Nextsim::operator””_ft

• Function Nextsim::operator*(const FloatType&, const ModelArray&)

• Function Nextsim::operator*(double, const Duration&)

• Function Nextsim::operator*(const Duration&, double)

• Function Nextsim::operator+

• Function Nextsim::operator-

• Function Nextsim::operator/(const FloatType&, const ModelArray&)

• Function Nextsim::operator/(double, const Duration&)

• Function Nextsim::operator/(const Duration&, double)

• Function Nextsim::operator<<(std::ostream&, const ConfigurationHelp&)

• Function Nextsim::operator<<(std::ostream&, const MASIter&)

• Function Nextsim::operator<<(std::ostream&, const TimePoint&)

• Function Nextsim::operator<<(std::ostream&, const Duration&)

• Function Nextsim::operator>>(std::istream&, TimePoint&)

• Function Nextsim::operator>>(std::istream&, Duration&)

• Function Nextsim::option

• Function Nextsim::pascals

• Function Nextsim::perimeterBuffer(Eigen::seqN(0, nx), Eigen::all)

• Function Nextsim::perimeterBuffer(Eigen::seqN(nx, ny), Eigen::all)

• Function Nextsim::perimeterBuffer(Eigen::seqN(nx+ny, nx), Eigen::all)

• Function Nextsim::perimeterBuffer(Eigen::seqN(2 *nx+ny, ny), Eigen::all)

• Function Nextsim::radians

• Template Function Nextsim::readNetCDFVar

• Function Nextsim::reinitialize

• Function Nextsim::REQUIRE(eaSrc(Indexer::indexer({ sliceNx, sliceNy }, { 2, 3 }), 4))

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(ticeIn(targetX, targetY))

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(eaSink(Indexer::indexer({ sliceNx, sliceNy }, { 0, 0 }), 0))

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(eaSink(Indexer::indexer({ sliceNx, sliceNy }, { 0, 0 }), 5))

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(maInter.)

• Function Nextsim::REQUIRE(eaSink(Indexer::indexer({ sliceNx, sliceNy }, { 3, 5 }), 2))

• Function Nextsim::REQUIRE(maSrc.)

• Function Nextsim::REQUIRE(coordinates.)

• Function Nextsim::REQUIRE(coordinates.)

• Function Nextsim::REQUIRE(std::filesystem::exists(std::filesystem::path(filename)))

• Function Nextsim::REQUIRE(ModelArray::nComponents(ModelArray::Type::DG))

• Function Nextsim::REQUIRE(ModelArray::nComponents(ModelArray::Type::VERTEX))

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(hiceRef.)

• Function Nextsim::REQUIRE(hiceRef.)

• Function Nextsim::REQUIRE(hiceRef.)

• Function Nextsim::REQUIRE(coordRef.)

• Function Nextsim::REQUIRE(coordRef.)

• Function Nextsim::REQUIRE(coordRef.)

• Function Nextsim::REQUIRE(coordRef.)

• Function Nextsim::REQUIRE(coordRef.)

• Function Nextsim::REQUIRE(ms.data., 0)

• Function Nextsim::REQUIRE(xRef(3, 8))

• Function Nextsim::REQUIRE(ms.data., 0)

• Function Nextsim::REQUIRE(yRef(3, 8))

• Function Nextsim::REQUIRE(ms.data., 0)

• Function Nextsim::REQUIRE(ms.data.)

• Function Nextsim::REQUIRE(Module::getImplementation<IStructure>)

• Function Nextsim::REQUIRE(fractional.)

• Function Nextsim::REQUIRE(std::filesystem::exists(std::filesystem::path(diagFile)))

• Function Nextsim::REQUIRE(structureType)

• Function Nextsim::REQUIRE(hiceVar.)

• Function Nextsim::REQUIRE(ncFile., 0)

• Function Nextsim::REQUIRE(ncFile., 0)

• Function Nextsim::REQUIRE(ncFile., 0)

• Function Nextsim::REQUIRE(ncFile., 0)

• Function Nextsim::REQUIRE(state.data., 0)

• Function Nextsim::REQUIRE(index2d(3, 5))

• Function Nextsim::REQUIRE(ModelArray::dimensions(ModelArray::Type::H))

• Function Nextsim::REQUIRE(ModelArray::dimensions(ModelArray::Type::H))

• Function Nextsim::REQUIRE_THROWS

• Function Nextsim::REQUIRE_THROWS_AS((ModelArrayAccessor<MiniModelComponent::H_ICE0, RW>(store)), std::logic_error)

• Function Nextsim::REQUIRE_THROWS_AS((ModelArrayAccessor<MiniModelComponent::H_ICE, RW>(store, RO)), std::logic_error)

• Function Nextsim::resize(sliceNx *, DG)

• Function Nextsim::resize(2 *nx+2 *, DG)

• Function Nextsim::runMe

• Function Nextsim::section

• Function Nextsim::setData

• Function Nextsim::setIO(pio)

• Function Nextsim::setIO(readIO)

• Function Nextsim::setIO(new )

• Function Nextsim::setTime(TimePoint(“2000-01-01T00:00:00Z”))

• Function Nextsim::setTime(TimePoint(date_string))

• Function Nextsim::splitString

• Function Nextsim::structureNameFromFile

• Function Nextsim::TEST_CASE(“Parse config file names”)

• Function Nextsim::TEST_CASE(“Test snapshot output”)

• Function Nextsim::TEST_CASE(“Parse one config stream using the raw configurator”)

• Function Nextsim::TEST_CASE(“Parse one config stream using the pointer configuration function”)

• Function Nextsim::TEST_CASE(“Parse two config streams for one, reference helper function”)

• Function Nextsim::TEST_CASE(“Parse config streams for two overlapping, try”)

• Function Nextsim::TEST_CASE(“Configure a module”)

• Function Nextsim::TEST_CASE(“Configure a module from a stream”)

• Function Nextsim::TEST_CASE(“Test the FileHolder class”)

• Function Nextsim::TEST_CASE(“Close a file”)

• Function Nextsim::TEST_CASE(“Duplicate functions”)

• Function Nextsim::TEST_CASE(“Unique functions”)

• Function Nextsim::TEST_CASE(“Finalize”)

• Function Nextsim::TEST_CASE(“Exception”)

• Function Nextsim::TEST_CASE(“Count iterator testing”)

• Function Nextsim::TEST_CASE(“Two dimensional data access test”)

• Function Nextsim::TEST_CASE(“Higher dimensional indexing”)

• Function Nextsim::TEST_CASE(“Higher dimensional indexing 2”)

• Function Nextsim::TEST_CASE(“Copy constructor and copy assignment operator”)

• Function Nextsim::TEST_CASE(“Instance setDimensions sets instance dimensions”)

• Function Nextsim::TEST_CASE(“Arithmetic tests”)

• Function Nextsim::TEST_CASE(“Location from index”)

• Function Nextsim::TEST_CASE(“Components”)

• Function Nextsim::TEST_CASE(“Direct DataType access”)

• Function Nextsim::TEST_CASE(“Accessing the data”)

• Function Nextsim::TEST_CASE(“Accessing the data two ways”)

• Function Nextsim::TEST_CASE(“Full component access”)

• Function Nextsim::TEST_CASE(“Assign scalar to slice”)

• Function Nextsim::TEST_CASE(“Slice to Slice”)

• Function Nextsim::TEST_CASE(“ModelArray to Slice”)

• Function Nextsim::TEST_CASE(“Slice to ModelArray”)

• Function Nextsim::TEST_CASE(“Index a ModelArray with a Slice”)

• Function Nextsim::TEST_CASE(“Test buffers”)

• Function Nextsim::TEST_CASE(“General slice creation”)

• Function Nextsim::TEST_CASE(“Iterators”)

• Function Nextsim::TEST_CASE(“Eigen copying”)

• Function Nextsim::TEST_CASE(“TimePoint parsing and formating”)

• Function Nextsim::TEST_CASE(“Julian-Gregorian shifts”)

• Function Nextsim::TEST_CASE(“mkgmtime”)

• Function Nextsim::TEST_CASE(“timeFromISO”)

• Function Nextsim::TEST_CASE(“TimePoints”)

• Function Nextsim::TEST_CASE(“Durations”)

• Function Nextsim::TEST_CASE(“gmtime and doy”)

• Function Nextsim::TEST_CASE(“Test array registration”)

• Function Nextsim::TEST_CASE(“Shared and semi-protected arrays”)

• Function Nextsim::TEST_CASE(“Test cyclicity”)

• Function Nextsim::TEST_CASE(“Albedo values”)

• Function Nextsim::TEST_CASE(“PrognosticData call order test”)

• Function Nextsim::TEST_SUITE_BEGIN(“ConfigOutput”)

• Function Nextsim::TEST_SUITE_BEGIN(“Configurator”)

• Function Nextsim::TEST_SUITE_BEGIN(“ConfiguredModule”)

• Function Nextsim::TEST_SUITE_BEGIN(“FileCallbackCloser”)

• Function Nextsim::TEST_SUITE_BEGIN(“ModelFinalizer”)

• Function Nextsim::TEST_SUITE_BEGIN(“Halo exchange tests”)

• Function Nextsim::TEST_SUITE_BEGIN(“Iterator”)

• Function Nextsim::TEST_SUITE_BEGIN(“ModelArray”)

• Function Nextsim::TEST_SUITE_BEGIN(“”)

• Function Nextsim::TEST_SUITE_BEGIN(“ModelArraySlice”)

• Function Nextsim::TEST_SUITE_BEGIN(“Time”)

• Function Nextsim::TEST_SUITE_BEGIN(“CommandLineParser”)

• Function Nextsim::TEST_SUITE_BEGIN(“ModelComponent”)

• Function Nextsim::TEST_SUITE_BEGIN(“ModelMetadata”)

• Function Nextsim::TEST_SUITE_BEGIN(“MonthlyCubicBSpline”)

• Function Nextsim::TEST_SUITE_BEGIN(“ParaGrid”)

• Function Nextsim::TEST_SUITE_BEGIN(“PrognosticData”)

• Function Nextsim::TEST_SUITE_BEGIN(“RectGrid”)

• Function Nextsim::TEST_SUITE_BEGIN(“PrognosticDataIO”)

• Function Nextsim::TEST_SUITE_END

• Function Nextsim::testNonPeriodicBC(int)

• Function Nextsim::testNonPeriodicBC(int)

• Function Nextsim::throwHappy

• Function Nextsim::timeFromISO(const std::string&)

• Function Nextsim::timeFromISO(std::istream&)

• Function Nextsim::tmDoy

• Template Function Nextsim::tryConfigure(T&)

• Template Function Nextsim::tryConfigure(T *)

• Function Nextsim::type

• Template Function Nextsim::verifyTestData

• Function Nextsim::x

• Function Nextsim::y

• Template Function Nextsim::zeroTime

• Specialized Template Function Nextsim::zeroTime< size_t >

• Specialized Template Function Nextsim::zeroTime< std::chrono::time_point< Iterator::Clock > >

Typedefs

• Typedef Nextsim::AdvectedField

• Typedef Nextsim::ConfigMap

• Typedef Nextsim::ConstModelArrayAuto

• Typedef Nextsim::Corner

• Typedef Nextsim::DefaultExecutionSpace

• Typedef Nextsim::Edge

• Typedef Nextsim::ElementIndex

• Typedef Nextsim::FloatType

• Typedef Nextsim::Fusi

• Typedef Nextsim::LinearFreezing

• Typedef Nextsim::ModelArrayAuto

• Typedef Nextsim::SystemClock

• Typedef Nextsim::SystemDuration

• Typedef Nextsim::UnescoFreezing

• Typedef Nextsim::vec

Variables

• Variable Nextsim::arrays

• Variable Nextsim::b

• Variable Nextsim::bEnd

• Variable Nextsim::bottom

• Variable Nextsim::BOTTOM

• Variable Nextsim::BOTTOM_LEFT

• Variable Nextsim::BOTTOM_RIGHT

• Variable Nextsim::CGDEGREE

• Variable Nextsim::checkFieldsDefault

• Variable Nextsim::checkFieldsFastDefault

• Variable Nextsim::checkFieldsFastKey

• Variable Nextsim::checkFieldsKey

• Variable Nextsim::cice

• Variable Nextsim::ciceName

• Variable Nextsim::ciceVar

• Variable Nextsim::coordRef

• Variable Nextsim::coordsName

• Variable Nextsim::coordState

• Variable Nextsim::damage

• Variable Nextsim::damageName

• Variable Nextsim::daySeconds

• Variable Nextsim::debug

• Variable Nextsim::defaultFields

• Variable Nextsim::DETAILED_MEASUREMENTS

• Variable Nextsim::DG

• Variable Nextsim::dimX

• Variable Nextsim::dimY

• Variable Nextsim::divergenceName

• Variable Nextsim::dx

• Variable Nextsim::dy

• Variable Nextsim::eaSink

• Variable Nextsim::eaSrc

• Variable Nextsim::fieldName

• Variable Nextsim::fieldNamesKey

• Variable Nextsim::fields

• Variable Nextsim::file

• Variable Nextsim::fileNameKey

• Variable Nextsim::filePeriodKey

• Variable Nextsim::grid

• Variable Nextsim::gridAzimuth

• Variable Nextsim::gridAzimuth0

• Variable Nextsim::gridAzimuthName

• Variable Nextsim::gridIn

• Variable Nextsim::h1

• Variable Nextsim::h1End

• Variable Nextsim::h2

• Variable Nextsim::h2End

• Variable Nextsim::hice

• Variable Nextsim::hice0Src

• Variable Nextsim::hice0SrcAccessor

• Variable Nextsim::hiceAccessor

• Variable Nextsim::hiceName

• Variable Nextsim::hiceRef

• Variable Nextsim::hiceVar

• Variable Nextsim::hourSeconds

• Variable Nextsim::hsnow

• Variable Nextsim::hsnowName

• Variable Nextsim::i

• Variable Nextsim::iEnd

• Variable Nextsim::index2d

• Variable Nextsim::keyMap

• Variable Nextsim::keyMap

• Variable Nextsim::keyMap

• Variable Nextsim::keyMap

• Variable Nextsim::keyMap

• Variable Nextsim::latitudeName

• Variable Nextsim::left

• Variable Nextsim::LEFT

• Variable Nextsim::localNX

• Variable Nextsim::localNY

• Variable Nextsim::longitudeName

• Variable Nextsim::maInter

• Variable Nextsim::majority

• Variable Nextsim::maskName

• Variable Nextsim::maskVar

• Variable Nextsim::maSlice

• Variable Nextsim::maSnk

• Variable Nextsim::maSrc

• Variable Nextsim::mdiName

• Variable Nextsim::metadata

• Variable Nextsim::minuteSeconds

• Variable Nextsim::mldName

• Variable Nextsim::modelStartKey

• Variable Nextsim::ms

• Variable Nextsim::namedFields

• Variable Nextsim::namedFields

• Variable Nextsim::namedFields

• Variable Nextsim::nx

• Variable Nextsim::ny

• Variable Nextsim::offsetX

• Variable Nextsim::perimeterBuffer

• Variable Nextsim::periodKey

• Variable Nextsim::pfx

• Variable Nextsim::pio

• Variable Nextsim::prefix

• Variable Nextsim::prefix

• Variable Nextsim::readIO

• Variable Nextsim::right

• Variable Nextsim::RIGHT

• Variable Nextsim::RO

• Variable Nextsim::RW

• Variable Nextsim::shearName

• Variable Nextsim::sigmaIIName

• Variable Nextsim::sigmaIName

• Variable Nextsim::sl

• Variable Nextsim::sliceNx

• Variable Nextsim::sliceNy

• Variable Nextsim::sliceX0

• Variable Nextsim::sliceY0

• Variable Nextsim::snapshotKey

• Variable Nextsim::sshName

• Variable Nextsim::sss

• Variable Nextsim::sssName

• Variable Nextsim::sst

• Variable Nextsim::sstName

• Variable Nextsim::startKey

• Variable Nextsim::startX

• Variable Nextsim::startY

• Variable Nextsim::state

• Variable Nextsim::structureType

• Variable Nextsim::sw_in

• Variable Nextsim::targetFlux

• Variable Nextsim::targetX

• Variable Nextsim::targetY

• Variable Nextsim::testa

• Variable Nextsim::testb

• Variable Nextsim::testFileName

• Variable Nextsim::testFilesDir

• Variable Nextsim::tice

• Variable Nextsim::ticeIn

• Variable Nextsim::ticeName

• Variable Nextsim::ticeValue

• Variable Nextsim::time

• Variable Nextsim::timeName

• Variable Nextsim::timeVar

• Variable Nextsim::tmEpochYear

• Variable Nextsim::top

• Variable Nextsim::TOP

• Variable Nextsim::TOP_LEFT

• Variable Nextsim::TOP_RIGHT

• Variable Nextsim::tsurfName

• Variable Nextsim::u

• Variable Nextsim::uEnd

• Variable Nextsim::uIOStressName

• Variable Nextsim::uName

• Variable Nextsim::unixEpochYear

• Variable Nextsim::uOceanName

• Variable Nextsim::uWindName

• Variable Nextsim::vIOStressName

• Variable Nextsim::vName

• Variable Nextsim::vOceanName

• Variable Nextsim::vWindName

• Variable Nextsim::x

• Variable Nextsim::xFactor

• Variable Nextsim::xMul

• Variable Nextsim::xName

• Variable Nextsim::xRef

• Variable Nextsim::y

• Variable Nextsim::yearSeconds

• Variable Nextsim::yFactor

• Variable Nextsim::yMul

• Variable Nextsim::yName

• Variable Nextsim::yRef