Classes
class	Departures

class	DeparturesEnsemble

class	ErrorCovariance

class	ErrorCovarianceFixture

class	FullGMRES

class	Geometry

class	GeometryFixture
	Fixture used by tests of the Geometry and GeometryIterator interfaces. More...

class	GeometryIterator

class	GeometryTestParameters
	Parameters loaded from the input YAML file and used by GeometryFixture. More...

class	GeoVaLs

class	GeoVaLsFixture

class	GetValues

class	GetValuesFixture

class	Increment

class	IncrementFixture

class	InterpolationInterface

class	LinearGetValues

class	LinearGetValuesFixture

class	LinearModel

class	LinearModelFactory

class	LinearModelFixture

class	LinearObsOperator

class	LinearVariableChange

class	LinearVariableChangeFixture

class	Localization

class	LocalizationFixture

class	LocalObsSpace

class	Locations

class	Model

class	ModelAuxControl

class	ModelAuxControlFixture

class	ModelAuxCovariance

class	ModelAuxCovarianceFixture

class	ModelAuxIncrement

class	ModelAuxIncrementFixture

class	ModelFixture

class	Mpi

class	ObsAuxControl

class	ObsAuxCovariance

class	ObsAuxIncrement

class	ObsAuxIncrementFixture

class	ObsErrorCovariance

class	ObsOperator

class	ObsSpace

class	ObsTestsFixture

class	ObsVector

class	PostTimer

class	rotmat

class	SolveMatrixEquation

class	SpectralLMP

class	State

class	StateFixture

class	TestEnvironment
	TestEnvironment is a singleton that defines the unit testing enviroment. More...

struct	TestFixture

class	TestParameters

class	TestVector3D

class	TriDiagSolve

class	VariableChange

class	VariableChangeFixture

class	Variables

class	Vector3D

class	VerticalLocEV

Typedefs
typedef oops::DiagonalMatrix< Vector3D >	Matrix3D

Functions
	CASE ("test_linearmodelparameterswrapper_valid_name")

	CASE ("test_linearmodelparameterswrapper_invalid_name")

	CASE ("test_linearmodelfactory")

void	test_FullGMRES_FullGMRES ()

	CASE ("assimilation/FullGMRES/FullGMRES")

void	test_b_zero ()

void	test_a_zero ()

void	test_b_gt_a ()

void	test_b_leq_a ()

	CASE ("assimilation/rotmat/b_zero")

	CASE ("assimilation/rotmat/a_zero")

	CASE ("assimilation/rotmat/b_gt_a")

	CASE ("assimilation/rotmat/b_leq_a")

template<typename MINIMIZER >
void	test_SolveMatrixEquation (MINIMIZER minimizer)

	CASE ("assimilation/SolveMatrixEquation/FGMRES")

	CASE ("assimilation/SolveMatrixEquation/GMRESR")

	CASE ("assimilation/SolveMatrixEquation/MINRES")

	CASE ("assimilation/SolveMatrixEquation/IPCG")

	CASE ("assimilation/SolveMatrixEquation/PCG")

	CASE ("assimilation/SolveMatrixEquation/PLanczos")

void	test_SpectralLMP (const eckit::LocalConfiguration &conf)

void	test_Vector3D ()

	CASE ("assimilation/TestVector3D/Vector3D")

void	test_TriDiagSolve ()

void	test_blockTriDiagSolve ()

	CASE ("assimilation/TriDiagSolve/TriDiagSolve")

	CASE ("assimilation/TriDiagSolve/blockTriDiagSolve")

template<typename OBS >
void	testDepartures ()

template<typename OBS >
void	testDeparturesEnsemble ()

void	test_vars_interface_f (const eckit::Configuration &, oops::Variables &)
	This is intended as a general interface for testing objects in the util namespace from Fortran. More...

template<typename OBS >
void	testConstructor ()
	Tests creation and destruction of ObsErrorCovariances. More...

template<typename OBS >
void	testMultiplies ()
	Tests that \(RR^{-1}dy = dy\) and \(R^{-1}Rdy = dy\). More...

void	testDefaultCtor ()

void	testBgnEndCtor ()

void	testConfCtor ()

void	testCopyConstructor ()

void	testFortranInterface ()

double	testfunc (double lon, double lat, std::size_t jlev=1, std::size_t nlev=1)
	smooth function for testing interpolation More...

void	testInterpolation ()
	Test C++ interface to interpolation implementations. More...

template<typename MODEL >
void	testVerticalLocEV ()

template<typename MODEL >
void	testErrorCovarianceZero ()

template<typename MODEL >
void	testErrorCovarianceInverse ()

template<typename MODEL >
void	testErrorCovarianceSym ()

template<typename MODEL >
void	testCovarianceParametersWrapperValidName ()

template<typename MODEL >
void	testCovarianceParametersWrapperInvalidName ()

template<typename MODEL >
void	testCovarianceFactoryGetMakerNames ()

template<typename MODEL >
void	testBasic ()
	Tests of Geometry::begin/end; GeometryIterator ctor and ==/!= operators. More...

template<typename MODEL >
void	testGetSetLocal ()
	Test of GeometryIterator::operator++, Increment::getLocal and Increment::setLocal. More...

template<typename OBS >
void	testUtils ()

template<typename OBS >
void	testRead ()

template<typename MODEL , typename OBS >
void	testGetValuesConstructor ()

template<typename MODEL , typename OBS >
void	testGetValuesMultiWindow ()

template<typename MODEL , typename OBS >
void	testGetValuesInterpolation ()
	Interpolation test. More...

template<typename MODEL >
void	testIncrementConstructor ()

template<typename MODEL >
void	testIncrementCopyConstructor ()

template<typename MODEL >
void	testIncrementCopyBoolConstructor ()

template<typename MODEL >
void	testIncrementChangeResConstructor ()

template<typename MODEL >
void	testIncrementTriangle ()

template<typename MODEL >
void	testIncrementOpPlusEq ()

template<typename MODEL >
void	testIncrementDotProduct ()

template<typename MODEL >
void	testIncrementZero ()

template<typename MODEL >
void	testIncrementAxpy ()

template<typename MODEL >
void	testIncrementAccum ()

template<typename MODEL >
void	testIncrementSerialize ()

template<typename MODEL >
void	testIncrementDiff ()

template<typename MODEL >
void	testIncrementTime ()

template<typename MODEL >
void	testIncrementSchur ()

template<typename MODEL , typename OBS >
void	testLinearGetValuesConstructor ()

template<typename MODEL , typename OBS >
void	testLinearGetValuesZeroPert ()

template<typename MODEL , typename OBS >
void	testLinearGetValuesLinearity ()

template<typename MODEL , typename OBS >
void	testLinearGetValuesLinearApproximation ()

template<typename MODEL , typename OBS >
void	testLinearGetValuesAdjoint ()

template<typename MODEL >
void	testLinearModelConstructor ()

template<typename MODEL >
void	testLinearModelZeroLength ()

template<typename MODEL >
void	testLinearModelZeroPert ()

template<typename MODEL >
void	testLinearModelLinearity ()

template<typename MODEL >
void	testLinearApproximation ()

template<typename MODEL >
void	testLinearModelAdjoint ()

template<typename OBS >
void	testLinearity ()

template<typename OBS >
void	testAdjoint ()

template<typename OBS >
void	testTangentLinear ()

template<typename MODEL >
void	testLinearVariableChangeZero ()

template<typename MODEL >
void	testLinearVariableChangeAdjoint ()

template<typename MODEL >
void	testLinearVariableChangeInverse ()

template<typename MODEL >
void	testLinearVariableChangeParametersWrapperValidName ()

template<typename MODEL >
void	testLinearVariableChangeParametersWrapperInvalidName ()

template<typename MODEL >
void	testLinearVariableChangeFactoryGetMakerNames ()

template<typename MODEL >
void	testLocalizationZero ()

template<typename MODEL >
void	testLocalizationMultiply ()

template<typename OBS >
void	testLocalObsSpace ()
	Tests that number of local observations in LocalObsSpace is the same as in reference. More...

template<typename OBS >
void	testLocalObsVector ()

template<typename MODEL >
void	testModelConstructor ()

template<typename MODEL >
void	testModelNoForecast ()

template<typename MODEL >
void	testModelForecast ()

template<typename MODEL >
void	testModelReForecast ()

template<typename MODEL >
void	testChangeRes ()

template<typename MODEL >
void	testModelAuxIncrementConstructor ()

template<typename MODEL >
void	testModelAuxIncrementCopyConstructor ()

template<typename MODEL >
void	testModelAuxIncrementChangeRes ()

template<typename MODEL >
void	testModelAuxIncrementTriangle ()

template<typename MODEL >
void	testModelAuxIncrementOpPlusEq ()

template<typename MODEL >
void	testModelAuxIncrementDotProduct ()

template<typename MODEL >
void	testModelAuxIncrementZero ()

template<typename MODEL >
void	testModelAuxIncrementAxpy ()

template<typename OBS >
void	testObsAuxIncrementConstructor ()

template<typename OBS >
void	testObsAuxIncrementCopyConstructor ()

template<typename OBS >
void	testObsAuxIncrementChangeRes ()

template<typename OBS >
void	testObsAuxIncrementTriangle ()

template<typename OBS >
void	testObsAuxIncrementOpPlusEq ()

template<typename OBS >
void	testObsAuxIncrementDotProduct ()

template<typename OBS >
void	testObsAuxIncrementZero ()

template<typename OBS >
void	testObsAuxIncrementAxpy ()

template<typename OBS >
void	testSimulateObs ()

template<typename OBS >
void	testNotZero ()

template<typename OBS >
void	testLinearAlgebra ()

template<typename OBS >
void	testReadWrite ()

template<typename OBS >
void	testPackEigen ()

template<typename MODEL >
void	testStateConstructors ()

template<typename MODEL >
void	testStateAnalyticInitialCondition ()
	Interpolation test. More...

template<typename MODEL >
void	testStateZeroAndAccumul ()
	Tests of zero and accumul. More...

template<typename MODEL >
void	testStateDateTime ()
	validTime and updateTime tests More...

template<typename MODEL >
void	testStateReadWrite ()
	Read and write tests. More...

template<typename MODEL >
void	testVariableChangeInverse ()

template<typename MODEL >
void	testVariableChangeParametersWrapperValidName ()

template<typename MODEL >
void	testVariableChangeParametersWrapperInvalidName ()

template<typename MODEL >
void	testVariableChangeFactoryGetMakerNames ()

	CASE ("mpi/mpi/defaultCommunicators")

	CASE ("mpi/mpi/allGathervUsingSerialize")

	CASE ("mpi/mpi/SendReceive")

	CASE ("mpi/mpi/gatherSerializable")

	CASE ("mpi/mpi/gatherDouble")

	CASE ("mpi/mpi/allGatherEigen")

Typedef Documentation

◆ Matrix3D

typedef oops::DiagonalMatrix< Vector3D > test::Matrix3D

Definition at line 27 of file test/assimilation/FullGMRES.h.

Function Documentation

◆ CASE() [1/23]

test::CASE ( "assimilation/FullGMRES/FullGMRES" )

Definition at line 56 of file test/assimilation/FullGMRES.h.

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◆ CASE() [2/23]

test::CASE ( "assimilation/rotmat/a_zero" )

Definition at line 79 of file test/assimilation/rotmat.h.

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◆ CASE() [3/23]

test::CASE ( "assimilation/rotmat/b_gt_a" )

Definition at line 83 of file test/assimilation/rotmat.h.

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◆ CASE() [4/23]

test::CASE ( "assimilation/rotmat/b_leq_a" )

Definition at line 87 of file test/assimilation/rotmat.h.

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◆ CASE() [5/23]

test::CASE ( "assimilation/rotmat/b_zero" )

Definition at line 75 of file test/assimilation/rotmat.h.

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◆ CASE() [6/23]

test::CASE ( "assimilation/SolveMatrixEquation/FGMRES" )

Definition at line 59 of file SolveMatrixEquation.h.

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◆ CASE() [7/23]

test::CASE ( "assimilation/SolveMatrixEquation/GMRESR" )

Definition at line 63 of file SolveMatrixEquation.h.

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◆ CASE() [8/23]

test::CASE ( "assimilation/SolveMatrixEquation/IPCG" )

Definition at line 71 of file SolveMatrixEquation.h.

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◆ CASE() [9/23]

test::CASE ( "assimilation/SolveMatrixEquation/MINRES" )

Definition at line 67 of file SolveMatrixEquation.h.

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◆ CASE() [10/23]

test::CASE ( "assimilation/SolveMatrixEquation/PCG" )

Definition at line 75 of file SolveMatrixEquation.h.

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◆ CASE() [11/23]

test::CASE ( "assimilation/SolveMatrixEquation/PLanczos" )

Definition at line 79 of file SolveMatrixEquation.h.

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◆ CASE() [12/23]

test::CASE ( "assimilation/TestVector3D/Vector3D" )

Definition at line 65 of file TestVector3D.h.

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◆ CASE() [13/23]

test::CASE ( "assimilation/TriDiagSolve/blockTriDiagSolve" )

Definition at line 88 of file test/assimilation/TriDiagSolve.h.

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◆ CASE() [14/23]

test::CASE ( "assimilation/TriDiagSolve/TriDiagSolve" )

Definition at line 84 of file test/assimilation/TriDiagSolve.h.

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◆ CASE() [15/23]

test::CASE ( "mpi/mpi/allGatherEigen" )

Definition at line 162 of file test/mpi/mpi.h.

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◆ CASE() [16/23]

test::CASE ( "mpi/mpi/allGathervUsingSerialize" )

Definition at line 54 of file test/mpi/mpi.h.

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◆ CASE() [17/23]

test::CASE ( "mpi/mpi/defaultCommunicators" )

Definition at line 44 of file test/mpi/mpi.h.

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◆ CASE() [18/23]

test::CASE ( "mpi/mpi/gatherDouble" )

Definition at line 134 of file test/mpi/mpi.h.

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◆ CASE() [19/23]

test::CASE ( "mpi/mpi/gatherSerializable" )

Definition at line 99 of file test/mpi/mpi.h.

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◆ CASE() [20/23]

test::CASE ( "mpi/mpi/SendReceive" )

Definition at line 76 of file test/mpi/mpi.h.

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◆ CASE() [21/23]

test::CASE ( "test_linearmodelfactory" )

Definition at line 37 of file LinearModelFactory.cc.

◆ CASE() [22/23]

test::CASE ( "test_linearmodelparameterswrapper_invalid_name" )

Definition at line 28 of file LinearModelFactory.cc.

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◆ CASE() [23/23]

test::CASE ( "test_linearmodelparameterswrapper_valid_name" )

Definition at line 22 of file LinearModelFactory.cc.

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◆ test_a_zero()

void test::test_a_zero ( )

Definition at line 36 of file test/assimilation/rotmat.h.

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◆ test_b_gt_a()

void test::test_b_gt_a ( )

Definition at line 49 of file test/assimilation/rotmat.h.

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◆ test_b_leq_a()

void test::test_b_leq_a ( )

Definition at line 62 of file test/assimilation/rotmat.h.

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◆ test_b_zero()

void test::test_b_zero ( )

Definition at line 23 of file test/assimilation/rotmat.h.

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◆ test_blockTriDiagSolve()

void test::test_blockTriDiagSolve ( )

Definition at line 40 of file test/assimilation/TriDiagSolve.h.

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◆ test_FullGMRES_FullGMRES()

void test::test_FullGMRES_FullGMRES ( )

Definition at line 29 of file test/assimilation/FullGMRES.h.

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◆ test_SolveMatrixEquation()

template<typename MINIMIZER >

void test::test_SolveMatrixEquation ( MINIMIZER minimizer )

Definition at line 35 of file SolveMatrixEquation.h.

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◆ test_SpectralLMP()

void test::test_SpectralLMP ( const eckit::LocalConfiguration & conf )

Definition at line 31 of file test/assimilation/SpectralLMP.h.

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◆ test_TriDiagSolve()

void test::test_TriDiagSolve ( )

Definition at line 26 of file test/assimilation/TriDiagSolve.h.

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◆ test_vars_interface_f()

void test::test_vars_interface_f	(	const eckit::Configuration &	,
		oops::Variables &
	)

This is intended as a general interface for testing objects in the util namespace from Fortran.

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◆ test_Vector3D()

void test::test_Vector3D ( )

Definition at line 24 of file TestVector3D.h.

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◆ testAdjoint()

template<typename OBS >

void test::testAdjoint ( )

Definition at line 136 of file test/interface/LinearObsOperator.h.

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◆ testBasic()

template<typename MODEL >

void test::testBasic ( )

Tests of Geometry::begin/end; GeometryIterator ctor and ==/!= operators.

testBasic tests the following:

Initialize GeometryIterator to Geometry::begin() and check equality
Initialize GeometryIterator to Geometry::end() and check equality
Check inequality of the two iterators
Print out the begin iterator, to "test" print method

Definition at line 46 of file test/interface/GeometryIterator.h.

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◆ testBgnEndCtor()

void test::testBgnEndCtor ( )

Definition at line 43 of file test/base/PostTimer.h.

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◆ testChangeRes()

template<typename MODEL >

void test::testChangeRes ( )

Definition at line 92 of file test/interface/ModelAuxControl.h.

◆ testConfCtor()

void test::testConfCtor ( )

Definition at line 74 of file test/base/PostTimer.h.

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◆ testConstructor()

template<typename OBS >

void test::testConstructor ( )

Tests creation and destruction of ObsErrorCovariances.

Definition at line 32 of file test/base/ObsErrorCovariance.h.

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◆ testCopyConstructor()

void test::testCopyConstructor ( )

Definition at line 50 of file test/base/Variables.h.

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◆ testCovarianceFactoryGetMakerNames()

template<typename MODEL >

void test::testCovarianceFactoryGetMakerNames ( )

Definition at line 199 of file test/interface/ErrorCovariance.h.

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◆ testCovarianceParametersWrapperInvalidName()

template<typename MODEL >

void test::testCovarianceParametersWrapperInvalidName ( )

Definition at line 187 of file test/interface/ErrorCovariance.h.

◆ testCovarianceParametersWrapperValidName()

template<typename MODEL >

void test::testCovarianceParametersWrapperValidName ( )

Definition at line 179 of file test/interface/ErrorCovariance.h.

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◆ testDefaultCtor()

void test::testDefaultCtor ( )

Definition at line 26 of file test/base/PostTimer.h.

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◆ testDepartures()

template<typename OBS >

void test::testDepartures ( )

Definition at line 29 of file test/base/Departures.h.

◆ testDeparturesEnsemble()

template<typename OBS >

void test::testDeparturesEnsemble ( )

Definition at line 32 of file test/base/DeparturesEnsemble.h.

◆ testErrorCovarianceInverse()

template<typename MODEL >

void test::testErrorCovarianceInverse ( )

Definition at line 125 of file test/interface/ErrorCovariance.h.

◆ testErrorCovarianceSym()

template<typename MODEL >

void test::testErrorCovarianceSym ( )

Definition at line 153 of file test/interface/ErrorCovariance.h.

◆ testErrorCovarianceZero()

template<typename MODEL >

void test::testErrorCovarianceZero ( )

Definition at line 92 of file test/interface/ErrorCovariance.h.

◆ testFortranInterface()

void test::testFortranInterface ( )

Definition at line 66 of file test/base/Variables.h.

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◆ testfunc()

double test::testfunc	(	double	lon,
		double	lat,
		std::size_t	jlev = `1`,
		std::size_t	nlev = `1`
	)

smooth function for testing interpolation

Definition at line 52 of file InterpolationInterface.h.

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◆ testGetSetLocal()

template<typename MODEL >

void test::testGetSetLocal ( )

Test of GeometryIterator::operator++, Increment::getLocal and Increment::setLocal.

testGetSetLocal tests the following:

Initialize dx1 to non-zero random values, initialize dx2 to zero. Loop through gridpoints using GeometryIterator operator++, assign dx2 to dx1 gridpoint by gridpoint using get/setLocal. Check that the two increments are the same in the end.

Definition at line 76 of file test/interface/GeometryIterator.h.

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◆ testGetValuesConstructor()

template<typename MODEL , typename OBS >

void test::testGetValuesConstructor ( )

Definition at line 109 of file test/interface/GetValues.h.

◆ testGetValuesInterpolation()

template<typename MODEL , typename OBS >

void test::testGetValuesInterpolation ( )

Interpolation test.

testGetValuesInterpolation() tests the creation of an analytic state for a given model. The conceptual steps are as follows:

Initialize the JEDI State object based on idealized analytic formulae
Interpolate the State variables onto selected "observation" locations using the getValues() method of the State object. The result is placed in a JEDI GeoVaLs object
Compute the correct solution by applying the analytic formulae directly at the observation locations.
Assess the accuracy of the interpolation by comparing the interpolated values from Step 2 with the exact values from Step 3

The interpolated state values are compared to the analytic solution for a series of locations which includes values optionally specified by the user in the "state test" section of the config file in addition to a randomly-generated list of nrandom random locations. nrandom is also specified by the user in the "state test" section of the config file, as is the (nondimensional) tolerence level (interpolation tolerance) to be used for the tests.

Relevant parameters in the **State* section of the config file include

norm-gen Normalization test for the generated State
interpolation tolerance tolerance for the interpolation test

Date: April, 2018: M. Miesch (JCSDA) adapted a preliminary version in the feature/interp branch

Warning: Since this model compares the interpolated state values to an exact analytic solution, it requires that the "analytic_init" option be implemented in the model and selected in the "state.state generate" section of the config file.

Definition at line 185 of file test/interface/GetValues.h.

◆ testGetValuesMultiWindow()

template<typename MODEL , typename OBS >

void test::testGetValuesMultiWindow ( )

Definition at line 122 of file test/interface/GetValues.h.

◆ testIncrementAccum()

template<typename MODEL >

void test::testIncrementAccum ( )

Definition at line 260 of file test/interface/Increment.h.

◆ testIncrementAxpy()

template<typename MODEL >

void test::testIncrementAxpy ( )

Definition at line 240 of file test/interface/Increment.h.

◆ testIncrementChangeResConstructor()

template<typename MODEL >

void test::testIncrementChangeResConstructor ( )

Definition at line 138 of file test/interface/Increment.h.

◆ testIncrementConstructor()

template<typename MODEL >

void test::testIncrementConstructor ( )

Definition at line 90 of file test/interface/Increment.h.

◆ testIncrementCopyBoolConstructor()

template<typename MODEL >

void test::testIncrementCopyBoolConstructor ( )

Definition at line 119 of file test/interface/Increment.h.

◆ testIncrementCopyConstructor()

template<typename MODEL >

void test::testIncrementCopyConstructor ( )

Definition at line 101 of file test/interface/Increment.h.

◆ testIncrementDiff()

template<typename MODEL >

void test::testIncrementDiff ( )

Definition at line 346 of file test/interface/Increment.h.

◆ testIncrementDotProduct()

template<typename MODEL >

void test::testIncrementDotProduct ( )

Definition at line 195 of file test/interface/Increment.h.

◆ testIncrementOpPlusEq()

template<typename MODEL >

void test::testIncrementOpPlusEq ( )

Definition at line 177 of file test/interface/Increment.h.

◆ testIncrementSchur()

template<typename MODEL >

void test::testIncrementSchur ( )

Definition at line 409 of file test/interface/Increment.h.

◆ testIncrementSerialize()

template<typename MODEL >

void test::testIncrementSerialize ( )

Definition at line 310 of file test/interface/Increment.h.

◆ testIncrementTime()

template<typename MODEL >

void test::testIncrementTime ( )

Definition at line 390 of file test/interface/Increment.h.

◆ testIncrementTriangle()

template<typename MODEL >

void test::testIncrementTriangle ( )

Definition at line 152 of file test/interface/Increment.h.

◆ testIncrementZero()

template<typename MODEL >

void test::testIncrementZero ( )

Definition at line 213 of file test/interface/Increment.h.

◆ testInterpolation()

void test::testInterpolation ( )

Test C++ interface to interpolation implementations.

Now test the adjoint. But, skip this test for interpolators like atlas that have not yet implemented the adjoint

Definition at line 64 of file InterpolationInterface.h.

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◆ testLinearAlgebra()

template<typename OBS >

void test::testLinearAlgebra ( )

Definition at line 94 of file test/interface/ObsVector.h.

◆ testLinearApproximation()

template<typename MODEL >

void test::testLinearApproximation ( )

Definition at line 258 of file test/interface/LinearModel.h.

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◆ testLinearGetValuesAdjoint()

template<typename MODEL , typename OBS >

void test::testLinearGetValuesAdjoint ( )

Definition at line 268 of file test/interface/LinearGetValues.h.

◆ testLinearGetValuesConstructor()

template<typename MODEL , typename OBS >

void test::testLinearGetValuesConstructor ( )

Definition at line 135 of file test/interface/LinearGetValues.h.

◆ testLinearGetValuesLinearApproximation()

template<typename MODEL , typename OBS >

void test::testLinearGetValuesLinearApproximation ( )

Definition at line 206 of file test/interface/LinearGetValues.h.

◆ testLinearGetValuesLinearity()

template<typename MODEL , typename OBS >

void test::testLinearGetValuesLinearity ( )

Definition at line 174 of file test/interface/LinearGetValues.h.

◆ testLinearGetValuesZeroPert()

template<typename MODEL , typename OBS >

void test::testLinearGetValuesZeroPert ( )

Definition at line 149 of file test/interface/LinearGetValues.h.

◆ testLinearity()

template<typename OBS >

void test::testLinearity ( )

Definition at line 59 of file test/interface/LinearObsOperator.h.

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◆ testLinearModelAdjoint()

template<typename MODEL >

void test::testLinearModelAdjoint ( )

Definition at line 317 of file test/interface/LinearModel.h.

◆ testLinearModelConstructor()

template<typename MODEL >

void test::testLinearModelConstructor ( )

Definition at line 152 of file test/interface/LinearModel.h.

◆ testLinearModelLinearity()

template<typename MODEL >

void test::testLinearModelLinearity ( )

Definition at line 223 of file test/interface/LinearModel.h.

◆ testLinearModelZeroLength()

template<typename MODEL >

void test::testLinearModelZeroLength ( )

Definition at line 161 of file test/interface/LinearModel.h.

◆ testLinearModelZeroPert()

template<typename MODEL >

void test::testLinearModelZeroPert ( )

Definition at line 193 of file test/interface/LinearModel.h.

◆ testLinearVariableChangeAdjoint()

template<typename MODEL >

void test::testLinearVariableChangeAdjoint ( )

Definition at line 132 of file test/interface/LinearVariableChange.h.

◆ testLinearVariableChangeFactoryGetMakerNames()

template<typename MODEL >

void test::testLinearVariableChangeFactoryGetMakerNames ( )

Definition at line 265 of file test/interface/LinearVariableChange.h.

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◆ testLinearVariableChangeInverse()

template<typename MODEL >

void test::testLinearVariableChangeInverse ( )

Definition at line 198 of file test/interface/LinearVariableChange.h.

◆ testLinearVariableChangeParametersWrapperInvalidName()

template<typename MODEL >

void test::testLinearVariableChangeParametersWrapperInvalidName ( )

Definition at line 253 of file test/interface/LinearVariableChange.h.

◆ testLinearVariableChangeParametersWrapperValidName()

template<typename MODEL >

void test::testLinearVariableChangeParametersWrapperValidName ( )

Definition at line 243 of file test/interface/LinearVariableChange.h.

◆ testLinearVariableChangeZero()

template<typename MODEL >

void test::testLinearVariableChangeZero ( )

Definition at line 85 of file test/interface/LinearVariableChange.h.

◆ testLocalizationMultiply()

template<typename MODEL >

void test::testLocalizationMultiply ( )

Definition at line 93 of file test/interface/Localization.h.

◆ testLocalizationZero()

template<typename MODEL >

void test::testLocalizationZero ( )

Definition at line 80 of file test/interface/Localization.h.

◆ testLocalObsSpace()

template<typename OBS >

void test::testLocalObsSpace ( )

Tests that number of local observations in LocalObsSpace is the same as in reference.

Definition at line 30 of file LocalObsSpace.h.

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◆ testLocalObsVector()

template<typename OBS >

void test::testLocalObsVector ( )

Tests that constructing local ObsVector from local ObsSpace by reading (ObsVector(const ObsSpace &, const std::string &) ctor), and by subsetting full ObsVector (ObsVector(const ObsSpace &, const ObsVector &) ctor) give the same results

Definition at line 69 of file LocalObsSpace.h.

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◆ testModelAuxIncrementAxpy()

template<typename MODEL >

void test::testModelAuxIncrementAxpy ( )

Definition at line 199 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementChangeRes()

template<typename MODEL >

void test::testModelAuxIncrementChangeRes ( )

Definition at line 105 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementConstructor()

template<typename MODEL >

void test::testModelAuxIncrementConstructor ( )

Definition at line 76 of file test/interface/ModelAuxIncrement.h.

◆ testModelAuxIncrementCopyConstructor()

template<typename MODEL >

void test::testModelAuxIncrementCopyConstructor ( )

Definition at line 87 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementDotProduct()

template<typename MODEL >

void test::testModelAuxIncrementDotProduct ( )

Definition at line 166 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementOpPlusEq()

template<typename MODEL >

void test::testModelAuxIncrementOpPlusEq ( )

Definition at line 148 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementTriangle()

template<typename MODEL >

void test::testModelAuxIncrementTriangle ( )

Definition at line 123 of file test/interface/ModelAuxIncrement.h.

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◆ testModelAuxIncrementZero()

template<typename MODEL >

void test::testModelAuxIncrementZero ( )

Definition at line 184 of file test/interface/ModelAuxIncrement.h.

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◆ testModelConstructor()

template<typename MODEL >

void test::testModelConstructor ( )

Definition at line 94 of file test/interface/Model.h.

◆ testModelForecast()

template<typename MODEL >

void test::testModelForecast ( )

Definition at line 125 of file test/interface/Model.h.

◆ testModelNoForecast()

template<typename MODEL >

void test::testModelNoForecast ( )

Definition at line 103 of file test/interface/Model.h.

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◆ testModelReForecast()

template<typename MODEL >

void test::testModelReForecast ( )

Definition at line 155 of file test/interface/Model.h.

◆ testMultiplies()

template<typename OBS >

void test::testMultiplies ( )

Tests that \(R*R^{-1}*dy = dy\) and \(R^{-1}*R*dy = dy\).

Definition at line 58 of file test/base/ObsErrorCovariance.h.

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◆ testNotZero()

template<typename OBS >

void test::testNotZero ( )

Definition at line 73 of file test/interface/ObsVector.h.

◆ testObsAuxIncrementAxpy()

template<typename OBS >

void test::testObsAuxIncrementAxpy ( )

Definition at line 220 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementChangeRes()

template<typename OBS >

void test::testObsAuxIncrementChangeRes ( )

Definition at line 107 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementConstructor()

template<typename OBS >

void test::testObsAuxIncrementConstructor ( )

Definition at line 71 of file test/interface/ObsAuxIncrement.h.

◆ testObsAuxIncrementCopyConstructor()

template<typename OBS >

void test::testObsAuxIncrementCopyConstructor ( )

Definition at line 84 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementDotProduct()

template<typename OBS >

void test::testObsAuxIncrementDotProduct ( )

Definition at line 181 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementOpPlusEq()

template<typename OBS >

void test::testObsAuxIncrementOpPlusEq ( )

Definition at line 160 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementTriangle()

template<typename OBS >

void test::testObsAuxIncrementTriangle ( )

Definition at line 130 of file test/interface/ObsAuxIncrement.h.

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◆ testObsAuxIncrementZero()

template<typename OBS >

void test::testObsAuxIncrementZero ( )

Definition at line 202 of file test/interface/ObsAuxIncrement.h.

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◆ testPackEigen()

template<typename OBS >

void test::testPackEigen ( )

Definition at line 154 of file test/interface/ObsVector.h.

◆ testRead()

template<typename OBS >

void test::testRead ( )

Definition at line 160 of file test/interface/GeoVaLs.h.

◆ testReadWrite()

template<typename OBS >

void test::testReadWrite ( )

Definition at line 139 of file test/interface/ObsVector.h.

◆ testSimulateObs()

template<typename OBS >

void test::testSimulateObs ( )

Definition at line 55 of file test/interface/ObsOperator.h.

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◆ testStateAnalyticInitialCondition()

template<typename MODEL >

void test::testStateAnalyticInitialCondition ( )

Interpolation test.

testStateAnalyticInitialCondition() tests the creation of an analytic state for a given model. The conceptual steps are as follows:

Initialize the JEDI State object based on idealized analytic formulae
Compare norm to precomputed norm

Relevant parameters in the **State* section of the config file include

norm-gen Normalization test for the generated State

Date: April, 2018: M. Miesch (JCSDA) adapted a preliminary version in the feature/interp branch

Warning: Since this model compares the interpolated state values to an exact analytic solution, it requires that the "analytic_init" option be implemented in the model and selected in the "state.state generate" section of the config file.

Definition at line 141 of file test/interface/State.h.

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◆ testStateConstructors()

template<typename MODEL >

void test::testStateConstructors ( )

Definition at line 69 of file test/interface/State.h.

◆ testStateDateTime()

template<typename MODEL >

void test::testStateDateTime ( )

validTime and updateTime tests

testStateDateTime() tests the validTime and updateTime routines.

This is performed by updating the initial state time in two ways:

two lots of one hour,
one lot of two hours.

validTime is then used in the comparison of the two times obtained.

Definition at line 216 of file test/interface/State.h.

◆ testStateReadWrite()

template<typename MODEL >

void test::testStateReadWrite ( )

Read and write tests.

testStateReadWrite() tests reading and writing model state files.

The tests are as follows:

Read an input file and check it sets a state correctly.
Write an output file and read it in again, checking the states are the same.

Definition at line 254 of file test/interface/State.h.

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◆ testStateZeroAndAccumul()

template<typename MODEL >

void test::testStateZeroAndAccumul ( )

Tests of zero and accumul.

testStateZeroAndAccumul tests the folllowing:

Call State.zero() and check the resulting norm is indeed zero.
Call State.accumul(), passing a multiplication factor and a second State as arguments, and verify that the resulting norm is as expected. Several multiplication factors are tested.

Definition at line 178 of file test/interface/State.h.

◆ testTangentLinear()

template<typename OBS >

void test::testTangentLinear ( )

Definition at line 215 of file test/interface/LinearObsOperator.h.

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◆ testUtils()

template<typename OBS >

void test::testUtils ( )

Definition at line 83 of file test/interface/GeoVaLs.h.

◆ testVariableChangeFactoryGetMakerNames()

template<typename MODEL >

void test::testVariableChangeFactoryGetMakerNames ( )

Definition at line 147 of file test/interface/VariableChange.h.

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◆ testVariableChangeInverse()

template<typename MODEL >

void test::testVariableChangeInverse ( )

Definition at line 71 of file test/interface/VariableChange.h.

◆ testVariableChangeParametersWrapperInvalidName()

template<typename MODEL >

void test::testVariableChangeParametersWrapperInvalidName ( )

Definition at line 135 of file test/interface/VariableChange.h.

◆ testVariableChangeParametersWrapperValidName()

template<typename MODEL >

void test::testVariableChangeParametersWrapperValidName ( )

Definition at line 125 of file test/interface/VariableChange.h.

◆ testVerticalLocEV()

template<typename MODEL >

void test::testVerticalLocEV ( )

Definition at line 41 of file test/generic/VerticalLocEV.h.

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Classes

Typedefs

Functions

Typedef Documentation

◆ Matrix3D

Function Documentation

◆ CASE() [1/23]

◆ CASE() [2/23]

◆ CASE() [3/23]

◆ CASE() [4/23]

◆ CASE() [5/23]

◆ CASE() [6/23]

◆ CASE() [7/23]

◆ CASE() [8/23]

◆ CASE() [9/23]

◆ CASE() [10/23]

◆ CASE() [11/23]

◆ CASE() [12/23]

◆ CASE() [13/23]

◆ CASE() [14/23]

◆ CASE() [15/23]

◆ CASE() [16/23]

◆ CASE() [17/23]

◆ CASE() [18/23]

◆ CASE() [19/23]

◆ CASE() [20/23]

◆ CASE() [21/23]

◆ CASE() [22/23]

◆ CASE() [23/23]

◆ test_a_zero()

◆ test_b_gt_a()

◆ test_b_leq_a()

◆ test_b_zero()

◆ test_blockTriDiagSolve()

◆ test_FullGMRES_FullGMRES()

◆ test_SolveMatrixEquation()

◆ test_SpectralLMP()

◆ test_TriDiagSolve()

◆ test_vars_interface_f()

◆ test_Vector3D()

◆ testAdjoint()

◆ testBasic()

◆ testBgnEndCtor()

◆ testChangeRes()

◆ testConfCtor()

◆ testConstructor()

◆ testCopyConstructor()

◆ testCovarianceFactoryGetMakerNames()

◆ testCovarianceParametersWrapperInvalidName()

◆ testCovarianceParametersWrapperValidName()

◆ testDefaultCtor()

◆ testDepartures()

◆ testDeparturesEnsemble()

◆ testErrorCovarianceInverse()

◆ testErrorCovarianceSym()

◆ testErrorCovarianceZero()

◆ testFortranInterface()

◆ testfunc()

◆ testGetSetLocal()

◆ testGetValuesConstructor()

◆ testGetValuesInterpolation()

◆ testGetValuesMultiWindow()

◆ testIncrementAccum()

◆ testIncrementAxpy()

◆ testIncrementChangeResConstructor()

◆ testIncrementConstructor()

◆ testIncrementCopyBoolConstructor()

◆ testIncrementCopyConstructor()

◆ testIncrementDiff()

◆ testIncrementDotProduct()

◆ testIncrementOpPlusEq()

◆ testIncrementSchur()

◆ testIncrementSerialize()

◆ testIncrementTime()

◆ testIncrementTriangle()

◆ testIncrementZero()

◆ testInterpolation()

◆ testLinearAlgebra()

◆ testLinearApproximation()

◆ testLinearGetValuesAdjoint()