Tests Namespace Reference

Classes
struct	SingleDerivativeMaker

Functions
Storage	getStorage (const Size particleCnt)
Storage	getGassStorage (const Size particleCnt, BodySettings settings, const IDomain &domain)
	Returns a storage with ideal gas particles, having pressure, energy and sound speed. More...
Storage	getGassStorage (const Size particleCnt, BodySettings settings=BodySettings::getDefaults(), const Float radius=1.f)
	Returns a storage with ideal gas particles, filling a spherical domain of given radius. More...
Storage	getSolidStorage (const Size particleCnt, BodySettings settings, const IDomain &domain)
	Returns a storage with stress tensor. More...
Storage	getSolidStorage (const Size particleCnt, BodySettings settings=BodySettings::getDefaults(), const Float radius=1._f)
	Returns a storage with stress tensor. More...
Size	getClosestParticle (const Storage &storage, const Vector &p)
	Returns the index to the particle closest to given point. More...
template<typename TSolver , typename TLambda >
void	computeField (Storage &storage, EquationHolder &&equations, TLambda &&lambda, const Size repeatCnt=1)
template<typename TDerivative , typename TSolver , typename TLambda >
void	computeField (Storage &storage, TLambda &&lambda, const Size repeatCnt=1)
	Computes only a single derivative. More...

Function Documentation

computeField() [1/2]

template<typename TSolver , typename TLambda >

void Tests::computeField	(	Storage &	storage,
		EquationHolder &&	equations,
		TLambda &&	lambda,
		const Size	repeatCnt = 1
	)

Computes velocity derivatives for given set of equations. Velocity field is defined by given lambda.

Definition at line 47 of file Setup.h.

computeField() [2/2]

template<typename TDerivative , typename TSolver , typename TLambda >

void Tests::computeField	(	Storage &	storage,
		TLambda &&	lambda,
		const Size	repeatCnt = 1
	)

Computes only a single derivative.

Definition at line 83 of file Setup.h.

getClosestParticle()

Size Tests::getClosestParticle	(	const Storage &	storage,
		const Vector &	p
	)

Returns the index to the particle closest to given point.

Definition at line 94 of file Setup.cpp.

getGassStorage() [1/2]

Storage Tests::getGassStorage	(	const Size	particleCnt,
		BodySettings	settings,
		const IDomain &	domain
	)

Returns a storage with ideal gas particles, having pressure, energy and sound speed.

Definition at line 29 of file Setup.cpp.

getGassStorage() [2/2]

Storage Tests::getGassStorage	(	const Size	particleCnt,
		BodySettings	settings = BodySettings::getDefaults(),
		const Float	radius = 1.f
	)

Returns a storage with ideal gas particles, filling a spherical domain of given radius.

Definition at line 55 of file Setup.cpp.

getSolidStorage() [1/2]

Storage Tests::getSolidStorage	(	const Size	particleCnt,
		BodySettings	settings,
		const IDomain &	domain
	)

Returns a storage with stress tensor.

Definition at line 59 of file Setup.cpp.

getSolidStorage() [2/2]

Storage Tests::getSolidStorage	(	const Size	particleCnt,
		BodySettings	settings = BodySettings::getDefaults(),
		const Float	radius = 1._f
	)

Returns a storage with stress tensor.

Definition at line 90 of file Setup.cpp.

getStorage()

NAMESPACE_SPH_BEGIN Storage Tests::getStorage

(

const Size

particleCnt

)

Creates a particle storage with positions, density and masses, filling sphere of radius 1. Particles have no material and the density is 1.

Definition at line 12 of file Setup.cpp.