Create an ORANGE geometry with errors. More...

#include <InvalidOrangeTestBase.hh>

Inheritance diagram for celeritas::test::InvalidOrangeTestBase:

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Protected Member Functions
std::string_view	geometry_basename () const override

SPConstGeo	build_geometry () override

SPConstGeoMaterial	build_geomaterial () override

Protected Member Functions inherited from celeritas::test::SimpleTestBase
std::string_view	geometry_basename () const override

virtual real_type	secondary_stack_factor () const

SPConstMaterial	build_material () override

SPConstGeoMaterial	build_geomaterial () override

SPConstParticle	build_particle () override

SPConstCutoff	build_cutoff () override

SPConstPhysics	build_physics () override

SPConstSim	build_sim () override

SPConstTrackInit	build_init () override

SPConstAction	build_along_step () override

SPConstWentzelOKVI	build_wentzel () override

Protected Member Functions inherited from celeritas::test::GlobalGeoTestBase
SPConstGeoI	build_fresh_geometry (std::string_view) override
	Construct a geometry for the first time.

Protected Member Functions inherited from celeritas::test::GlobalTestBase
void	disable_status_checker ()

Protected Member Functions inherited from celeritas::test::LazyGeoManager
SPConstGeoI	get_geometry (std::string_view key)

Additional Inherited Members
Public Types inherited from celeritas::test::GlobalTestBase
template<class T >
using	SP = std::shared_ptr< T >

using	SPConstGeo = SP< GeoParams const >

using	SPConstMaterial = SP< MaterialParams const >

using	SPConstGeoMaterial = SP< GeoMaterialParams const >

using	SPConstParticle = SP< ParticleParams const >

using	SPConstCutoff = SP< CutoffParams const >

using	SPConstPhysics = SP< PhysicsParams const >

using	SPConstAction = SP< CoreStepActionInterface const >

using	SPConstRng = SP< RngParams const >

using	SPConstSim = SP< SimParams const >

using	SPConstTrackInit = SP< TrackInitParams const >

using	SPConstWentzelOKVI = SP< WentzelOKVIParams const >

using	SPConstCore = SP< CoreParams const >

using	SPActionRegistry = SP< ActionRegistry >

using	SPOutputRegistry = SP< OutputRegistry >

using	SPUserRegistry = SP< AuxParamsRegistry >

using	SPConstCherenkov = SP< optical::CherenkovParams const >

using	SPConstOpticalMaterial = SP< optical::MaterialParams const >

using	SPConstScintillation = SP< optical::ScintillationParams const >

using	SPConstPrimariesAction = SP< ExtendFromPrimariesAction const >

using	SpanConstPrimary = Span< Primary const >

Public Member Functions inherited from celeritas::test::GlobalTestBase
SPConstPrimariesAction const &	primaries_action ()

void	insert_primaries (CoreStateInterface &state, SpanConstPrimary primaries)

SPOutputRegistry const &	output_reg () const
	Access output manager.

void	write_output ()
	Write output to a debug text file.

SPConstGeo const &	geometry ()

SPConstMaterial const &	material ()

SPConstGeoMaterial const &	geomaterial ()

SPConstParticle const &	particle ()

SPConstCutoff const &	cutoff ()

SPConstPhysics const &	physics ()

SPConstAction const &	along_step ()

SPConstRng const &	rng ()

SPConstSim const &	sim ()

SPConstTrackInit const &	init ()

SPConstWentzelOKVI const &	wentzel ()

SPActionRegistry const &	action_reg ()

SPUserRegistry const &	aux_reg ()

SPConstCore const &	core ()

SPConstCherenkov const &	cherenkov ()

SPConstOpticalMaterial const &	optical_material ()

SPConstScintillation const &	scintillation ()

SPConstGeo const &	geometry () const

SPConstMaterial const &	material () const

SPConstGeoMaterial const &	geomaterial () const

SPConstParticle const &	particle () const

SPConstCutoff const &	cutoff () const

SPConstPhysics const &	physics () const

SPConstAction const &	along_step () const

SPConstRng const &	rng () const

SPConstSim const &	sim () const

SPConstTrackInit const &	init () const

SPConstWentzelOKVI const &	wentzel () const

SPActionRegistry const &	action_reg () const

SPUserRegistry const &	aux_reg () const

SPConstCore const &	core () const

SPConstCherenkov const &	cherenkov () const

SPConstOpticalMaterial const &	optical_material () const

SPConstScintillation const &	scintillation () const

Public Member Functions inherited from celeritas::test::Test
std::string	make_unique_filename (std::string_view ext={})
	Generate test-unique filename.

Public Member Functions inherited from celeritas::test::OnlyCoreTestBase
SPConstCherenkov	build_cherenkov () override

SPConstOpticalMaterial	build_optical_material () override

SPConstScintillation	build_scintillation () override

Static Public Member Functions inherited from celeritas::test::Test
static std::string	test_data_path (std::string_view subdir, std::string_view filename)
	Get the path to a test file at `{source}/test/{subdir}/data/{filename}`. More...

static std::string	genericize_pointers (std::string_view s)
	Replace pointer addresses with 0x0 for improved testability.

static bool	strict_testing ()
	True if strict testing is required. More...

Static Public Attributes inherited from celeritas::test::Test
static constexpr double	inf = HUGE_VAL

static constexpr float	inff = HUGE_VALF

static constexpr double	coarse_eps = 1e-6

Protected Types inherited from celeritas::test::LazyGeoManager
using	SPConstGeoI = std::shared_ptr< GeoParamsInterface const >

Static Protected Member Functions inherited from celeritas::test::LazyGeoManager
static void	reset_geometry ()
	Destroy the geometry if needed.

Detailed Description

Create an ORANGE geometry with errors.

Use the TEST_IF_CELERITAS_ORANGE when subclassing this test.

This is a simple geometry with five spheres, all 1cm radius except for the world which is 10 and outer shell which is 15:

Interior at {0, 0, 0} with "aluminum"
World shell at {0, 0, 0} with vacuum
Missing (incorrectly constructed/buggy) region at {-5, 0, 0}
Different region, also aluminum at {0, 0, 0}
Valid region but missing material at {5, 0, 0}

The cross sections are fictional and only gammas are defined: see SimpleTestBase .

The documentation for this class was generated from the following file:

InvalidOrangeTestBase.hh

Protected Member Functions

Additional Inherited Members

Detailed Description