#include <Eddy2D_H_Ring.hh>

Inheritance diagram for test::Eddy2DRingTest:

Collaboration diagram for test::Eddy2DRingTest:

Public Member Functions
void	_succeed ()
	Explicitly succeds a test.
	Eddy2DRingTest (const uint pmax=3, const bool graphics=false)
	Eddy2DRingTest (const uint pmax=3, const Real sigma=1, const Real epsilon=1e-8, const bool graphics=false)
long	getNumFailed () const
	Returns number of failed tests.
long	getNumPassed () const
	Returns number of passed tests.
const ostream *	getStream () const
	Returns output stream.
long	report () const
	Prints a report on the number of passed and failed tests to the output stream.
virtual void	reset ()
	Resets the counters for the failed and passed tests.
virtual void	run ()
	Runs the tests. Must be overwritten by the specialization.
virtual void	run ()
	Runs the tests. Must be overwritten by the specialization.
void	setStream (ostream *osptr)
	Sets the output stream.
virtual	~Eddy2DRingTest ()
virtual	~Eddy2DRingTest ()
Test routines
void	testEddyCircle ()
	Tests the Eddy-Current model with a circle of metal.
void	testMaxwellCircle ()
	Tests the Maxwell's equations with a circle of metal and a coil around.
void	testEddyRing ()
	Tests the Eddy-Current model with a ring of metal.
void	testMaxwellRing ()
	Tests the Maxwell's equations with a ring of metal and a coil around.
void	testCircle ()
	Tests with a circle of metal.
void	testMaxwell_PMC_H_Circle (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a circle of metal in h-formulation with PMC boundary condition.
void	testMaxwell_PEC_H_Circle (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a circle of metal in h-formulation with PEC boundary condition.
void	testMaxwell_PMC_E_Circle (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a circle of metal in e-formulation with PMC boundary condition.
void	testMaxwell_PEC_E_Circle (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a circle of metal in e-formulation with PEC boundary condition.
void	testMaxwell_PMC_H_Circle_DD (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a circle of metal in h-formulation with PMC boundary condition with domain decomposition.
void	testRing ()
	Tests with a ring of metal.
void	testMaxwell_PMC_H_Ring (concepts::EddyGeometry2D &geom)
	Test Routine the Maxwell's equations with a ring of metal in h-formulation with PMC boundary condition.
void	testMaxwell_PMC_H_Ring_DD (concepts::EddyGeometry2D &geom)
	Tests the Eddy-Current model with a circle of metal.
template<class F >
void	testEnergies (F &model, const std::string &modelStr, const concepts::Array< Real > &P, const concepts::Array< Real > &W, const concepts::Array< uint > &Dim, const uint nelm)
	Solve for different polynomial degrees and compare with given values.
void	testMaxwellRingSolvers ()
	Tests the Maxwell's equations with a ring of metal and a coil around with different solvers.
Protected Member Functions
void	do_fail (const string &lbl, const char *fname, long lineno)
	Internal function to report a failed test (besides increasing the failed counter)
bool	do_numtest (double num, double orig, const string &lbl, const string &lbl2, const char *fname, long lineno, const double tol=1e-10)
	Internal function to do a numerical test.
bool	do_numtest (std::complex< double > num, std::complex< double > orig, const string &lbl, const string &lbl2, const char *fname, long lineno, const double tol=1e-10)
bool	do_test (bool cond, const string &lbl, const char *fname, long lineno)
	Internal function to do a test.
Private Member Functions
bool	originalConstants_ () const
	Returns true, if the original constants are taken.
void	testMaxwellSolver (concepts::ModelControl< hp2D::Maxwell2D_H_Base > &control, enum hp2D::Maxwell2D_H_Base::solverType type, bool diagPrecond, Real &residual, Real &solvetime)
void	testMaxwellSolvers (concepts::EddyGeometry2D &geom, std::string probStr)
void	testMaxwellSolversDD (concepts::EddyGeometry2D &geom, std::string probStr)
Private Attributes
concepts::MaxwellBoundary	bc_
	Type of boundary condition.
Real	eps_
const Real	eps_
const bool	graphics_
const Real	j0_
Real	j0_
const Real	mu_
Real	mu_
Real	omega_
const Real	omega_
concepts::InOutParameters	output_
const uint	pmax_
const Real	sigma_
Real	sigma_

Detailed Description

Definition at line 21 of file Eddy2D_H_Ring.hh.

Constructor & Destructor Documentation

test::Eddy2DRingTest::Eddy2DRingTest	(	const uint	pmax = `3`,
		const bool	graphics = `false`
	)

virtual test::Eddy2DRingTest::~Eddy2DRingTest ( ) [inline, virtual]

Definition at line 24 of file Eddy2D_H_Ring.hh.

test::Eddy2DRingTest::Eddy2DRingTest	(	const uint	pmax = `3`,
		const Real	sigma = `1`,
		const Real	epsilon = `1e-8`,
		const bool	graphics = `false`
	)

virtual test::Eddy2DRingTest::~Eddy2DRingTest ( ) [inline, virtual]

Definition at line 26 of file Eddy2D_H_Ring.hh.

Member Function Documentation

void test::TestCase::_succeed ( ) [inline, inherited]

Explicitly succeds a test.

Definition at line 109 of file testcase.hh.

void test::TestCase::do_fail	(	const string &	lbl,
		const char *	fname,
		long	lineno
	)		`[protected, inherited]`

Internal function to report a failed test (besides increasing the failed counter)

bool test::TestCase::do_numtest	(	double	num,
		double	orig,
		const string &	lbl,
		const string &	lbl2,
		const char *	fname,
		long	lineno,
		const double	tol = `1e-10`
	)		`[protected, inherited]`

Internal function to do a numerical test.

bool test::TestCase::do_numtest	(	std::complex< double >	num,
		std::complex< double >	orig,
		const string &	lbl,
		const string &	lbl2,
		const char *	fname,
		long	lineno,
		const double	tol = `1e-10`
	)		`[protected, inherited]`

bool test::TestCase::do_test	(	bool	cond,
		const string &	lbl,
		const char *	fname,
		long	lineno
	)		`[protected, inherited]`

Internal function to do a test.

long test::TestCase::getNumFailed ( ) const [inline, inherited]

Returns number of failed tests.

Definition at line 102 of file testcase.hh.

long test::TestCase::getNumPassed ( ) const [inline, inherited]

Returns number of passed tests.

Definition at line 100 of file testcase.hh.

const ostream* test::TestCase::getStream ( ) const [inline, inherited]

Returns output stream.

Definition at line 104 of file testcase.hh.

bool test::Eddy2DRingTest::originalConstants_ ( ) const [private]

Returns true, if the original constants are taken.

long test::TestCase::report ( ) const [inherited]

Prints a report on the number of passed and failed tests to the output stream.

Returns:: Number of failed tests.

virtual void test::TestCase::reset ( ) [inline, virtual, inherited]

Resets the counters for the failed and passed tests.

Definition at line 116 of file testcase.hh.

virtual void test::Eddy2DRingTest::run ( ) [virtual]

Runs the tests. Must be overwritten by the specialization.

Implements test::TestCase.

virtual void test::Eddy2DRingTest::run ( ) [virtual]

Runs the tests. Must be overwritten by the specialization.

Implements test::TestCase.

void test::TestCase::setStream ( ostream * osptr ) [inline, inherited]

Sets the output stream.

Definition at line 106 of file testcase.hh.

void test::Eddy2DRingTest::testCircle ( )

Tests with a circle of metal.

void test::Eddy2DRingTest::testEddyCircle ( )

Tests the Eddy-Current model with a circle of metal.

void test::Eddy2DRingTest::testEddyRing ( )

Tests the Eddy-Current model with a ring of metal.

template<class F >

void test::Eddy2DRingTest::testEnergies	(	F &	model,
		const std::string &	modelStr,
		const concepts::Array< Real > &	P,
		const concepts::Array< Real > &	W,
		const concepts::Array< uint > &	Dim,
		const uint	nelm
	)

Solve for different polynomial degrees and compare with given values.

void test::Eddy2DRingTest::testMaxwell_PEC_E_Circle ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a circle of metal in e-formulation with PEC boundary condition.

void test::Eddy2DRingTest::testMaxwell_PEC_H_Circle ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a circle of metal in h-formulation with PEC boundary condition.

void test::Eddy2DRingTest::testMaxwell_PMC_E_Circle ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a circle of metal in e-formulation with PMC boundary condition.

void test::Eddy2DRingTest::testMaxwell_PMC_H_Circle ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a circle of metal in h-formulation with PMC boundary condition.

void test::Eddy2DRingTest::testMaxwell_PMC_H_Circle_DD ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a circle of metal in h-formulation with PMC boundary condition with domain decomposition.

void test::Eddy2DRingTest::testMaxwell_PMC_H_Ring ( concepts::EddyGeometry2D & geom )

Test Routine the Maxwell's equations with a ring of metal in h-formulation with PMC boundary condition.

void test::Eddy2DRingTest::testMaxwell_PMC_H_Ring_DD ( concepts::EddyGeometry2D & geom )

Tests the Eddy-Current model with a circle of metal.

void test::Eddy2DRingTest::testMaxwellCircle ( )

Tests the Maxwell's equations with a circle of metal and a coil around.

void test::Eddy2DRingTest::testMaxwellRing ( )

Tests the Maxwell's equations with a ring of metal and a coil around.

void test::Eddy2DRingTest::testMaxwellRingSolvers ( )

Tests the Maxwell's equations with a ring of metal and a coil around with different solvers.

void test::Eddy2DRingTest::testMaxwellSolver	(	concepts::ModelControl< hp2D::Maxwell2D_H_Base > &	control,
		enum hp2D::Maxwell2D_H_Base::solverType	type,
		bool	diagPrecond,
		Real &	residual,
		Real &	solvetime
	)		`[private]`