#include <NSOperator.hpp>

Inheritance diagram for Theseus::NSOperator< PhysicsT >:

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Collaboration diagram for Theseus::NSOperator< PhysicsT >:

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Public Types
using	Physics = PhysicsT

using	Base = Theseus::RHSOperator< Physics >

using	OperatorCache = typename Base::OperatorCache

using	DeviceCache = typename Base::DeviceCache

using	Gas = typename Base::Gas

using	InviscidFlux = typename Base::InviscidFlux

Public Types inherited from Theseus::RHSOperator< PhysicsT >
using	Physics = PhysicsT

using	OperatorCache = DGSEMOperatorCacheT< Physics >

using	DeviceCache = DGSEMDeviceCacheT< Physics >

using	Gas = typename Physics::GasModel

using	InviscidFlux = typename Physics::InviscidFlux

Public Member Functions
	NSOperator (std::shared_ptr< mfem::ParFiniteElementSpace > vfes_, std::shared_ptr< mfem::ParFiniteElementSpace > fes0_, std::shared_ptr< mfem::ParMesh > pmesh_, std::shared_ptr< mfem::ParGridFunction > eta_, std::shared_ptr< mfem::ParGridFunction > alpha_, std::vector< std::shared_ptr< mfem::ParGridFunction > > &grad_u_, std::shared_ptr< Prandtl::PerssonPeraireIndicator > indicator_, std::shared_ptr< const Gas > gasModel_, const std::string &gasModelName_, const std::string &numFluxName_, const mfem::real_t alpha_max=0.5, const mfem::real_t alpha_min=0.001)

mfem::real_t	FlowMult (const mfem::Vector &u, mfem::Vector &dudt) const override

void	GradOperator (const mfem::Vector &u, std::vector< mfem::Vector * > &grad_u) const

void	GradOperator_Volume (const mfem::Vector &pu, std::vector< mfem::Vector * > &p_grad_u) const

void	GradOperator_InteriorFaces (const mfem::Vector &pu, std::vector< mfem::Vector * > &p_grad_u) const

void	GradOperator_BoundaryFaces (const mfem::Vector &pu, std::vector< mfem::Vector * > &p_grad_u) const

void	ComputeEntropyState (const mfem::Vector &u, mfem::Vector &e) const

void	ComputeGradPrimFromGradEntropy (const mfem::Vector &u, std::vector< mfem::Vector * > &gradEntropy) const

mfem::real_t	MultCNS (const mfem::Vector &u, const std::vector< mfem::Vector * > &grad_prim, mfem::Vector &pdudt) const

mfem::real_t	MultCNS_Volume (const mfem::Vector &pu, const std::vector< mfem::Vector * > &p_grad_prim, mfem::Vector &pdudt) const

mfem::real_t	MultCNS_InteriorFaces (const mfem::Vector &pu, const std::vector< mfem::Vector * > &p_grad_prim, mfem::Vector &pdudt) const

mfem::real_t	MultCNS_BoundaryFaces (const mfem::Vector &pu, const std::vector< mfem::Vector * > &p_grad_prim, mfem::Vector &pdudt) const

Public Member Functions inherited from Theseus::RHSOperator< PhysicsT >
	RHSOperator (std::shared_ptr< mfem::ParFiniteElementSpace > vfes_, std::shared_ptr< mfem::ParFiniteElementSpace > fes0_, std::shared_ptr< mfem::ParMesh > pmesh_, std::shared_ptr< mfem::ParGridFunction > eta_, std::shared_ptr< mfem::ParGridFunction > alpha_, std::shared_ptr< Prandtl::PerssonPeraireIndicator > indicator_, std::shared_ptr< const Gas > gas_, const std::string &gasModelName_, const std::string &numFluxName_, const std::string &flowModelName_, const mfem::real_t alpha_max=0.5, const mfem::real_t alpha_min=0.001)

OperatorCache &	GetOperatorCacheReference ()

virtual	~RHSOperator ()=default

void	Finalize (mfem::real_t time=0) override

void	Mult (const mfem::Vector &u, mfem::Vector &dudt) const override

void	ComputeIntegralMeasures (const mfem::Vector &u, Theseus::IntegralMeasures &diag) const override

std::string	GasModelName () const override

std::string	NumFluxName () const override

std::string	FlowModelName () const override

const Gas &	GetGasModel () const

const GasModelInterface &	GetGasModelInterface () const override

void	FetchRestrictions (const mfem::Vector &pu, mfem::Vector &uVol, mfem::Vector &uInt, mfem::Vector &uBnd) const

Public Member Functions inherited from Theseus::RHSOperatorBase
	RHSOperatorBase (std::shared_ptr< mfem::ParFiniteElementSpace > vfes_, std::shared_ptr< mfem::ParFiniteElementSpace > fes0_, std::shared_ptr< mfem::ParMesh > pmesh_, std::shared_ptr< mfem::ParGridFunction > eta_, std::shared_ptr< mfem::ParGridFunction > alpha_, std::shared_ptr< Prandtl::PerssonPeraireIndicator > indicator_, const mfem::real_t alpha_max=0.5, const mfem::real_t alpha_min=0.001)

virtual	~RHSOperatorBase ()=default

void	SetBCDescriptorData (const mfem::Array< Theseus::BCDescriptor > &bc_descr, const mfem::Vector &bc_scalar_dat, const mfem::Vector &bc_vector_dat)

void	AddBdrFaceMarker (mfem::Array< int > &bdr_marker_)

IntegralMeasures	GetIntegralMeasuresBaseline () const

mfem::real_t	GetMaxCharSpeed () const

mfem::real_t &	GetTimeRef ()

Protected Attributes
OperatorCache	operator_cache

DeviceCache	device_cache

Protected Attributes inherited from Theseus::RHSOperator< PhysicsT >
OperatorCache	operator_cache

DeviceCache	device_cache

const std::string	gasModelName

const std::string	numFluxName

const std::string	flowModelName

std::shared_ptr< const Gas >	gas

std::shared_ptr< const GasModelInterface >	gas_interface

Protected Attributes inherited from Theseus::RHSOperatorBase
mfem::real_t	max_char_speed

std::shared_ptr< mfem::ParFiniteElementSpace >	vfes

std::shared_ptr< mfem::ParFiniteElementSpace >	fes0

std::shared_ptr< mfem::ParMesh >	pmesh

std::shared_ptr< mfem::ParGridFunction >	eta

std::shared_ptr< Prandtl::PerssonPeraireIndicator >	indicator

const int	num_equations

const int	dim

const int	order

const int	num_elements

const int	num_dofs_scalar

const int	Ndofs

const mfem::real_t	sharpness_fac = 9.21024

const mfem::real_t	modalThreshold

const mfem::real_t	alpha_min

const mfem::real_t	alpha_max

std::vector< mfem::Array< int > >	bdr_marker

mfem::Array< Theseus::BCDescriptor >	bc_descriptors

mfem::Vector	bc_vector_data

mfem::Vector	bc_scalar_data

mfem::real_t	alpha_dof

Theseus::IntegralMeasures	diag0

Member Typedef Documentation

◆ Base

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::Base = Theseus::RHSOperator<Physics>

◆ DeviceCache

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::DeviceCache = typename Base::DeviceCache

◆ Gas

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::Gas = typename Base::Gas

◆ InviscidFlux

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::InviscidFlux = typename Base::InviscidFlux

◆ OperatorCache

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::OperatorCache = typename Base::OperatorCache

◆ Physics

template<typename PhysicsT >

using Theseus::NSOperator< PhysicsT >::Physics = PhysicsT

Constructor & Destructor Documentation

◆ NSOperator()

template<typename PhysicsT >

Theseus::NSOperator< PhysicsT >::NSOperator	(	std::shared_ptr< mfem::ParFiniteElementSpace >	vfes_,
		std::shared_ptr< mfem::ParFiniteElementSpace >	fes0_,
		std::shared_ptr< mfem::ParMesh >	pmesh_,
		std::shared_ptr< mfem::ParGridFunction >	eta_,
		std::shared_ptr< mfem::ParGridFunction >	alpha_,
		std::vector< std::shared_ptr< mfem::ParGridFunction > > &	grad_u_,
		std::shared_ptr< Prandtl::PerssonPeraireIndicator >	indicator_,
		std::shared_ptr< const Gas >	gasModel_,
		const std::string &	gasModelName_,
		const std::string &	numFluxName_,
		const mfem::real_t	alpha_max = `0.5`,
		const mfem::real_t	alpha_min = `0.001`
	)

inline

Member Function Documentation

◆ ComputeEntropyState()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::ComputeEntropyState	(	const mfem::Vector &	u,
		mfem::Vector &	e
	)		const

◆ ComputeGradPrimFromGradEntropy()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::ComputeGradPrimFromGradEntropy	(	const mfem::Vector &	u,
		std::vector< mfem::Vector * > &	gradEntropy
	)		const

◆ FlowMult()

template<typename PhysicsT >

mfem::real_t Theseus::NSOperator< PhysicsT >::FlowMult	(	const mfem::Vector &	u,
		mfem::Vector &	dudt
	)		const

overridevirtual

Implements Theseus::RHSOperator< PhysicsT >.

◆ GradOperator()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::GradOperator	(	const mfem::Vector &	u,
		std::vector< mfem::Vector * > &	grad_u
	)		const

◆ GradOperator_BoundaryFaces()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::GradOperator_BoundaryFaces	(	const mfem::Vector &	pu,
		std::vector< mfem::Vector * > &	p_grad_u
	)		const

◆ GradOperator_InteriorFaces()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::GradOperator_InteriorFaces	(	const mfem::Vector &	pu,
		std::vector< mfem::Vector * > &	p_grad_u
	)		const

◆ GradOperator_Volume()

template<typename PhysicsT >

void Theseus::NSOperator< PhysicsT >::GradOperator_Volume	(	const mfem::Vector &	pu,
		std::vector< mfem::Vector * > &	p_grad_u
	)		const

◆ MultCNS()

template<typename PhysicsT >

mfem::real_t Theseus::NSOperator< PhysicsT >::MultCNS	(	const mfem::Vector &	u,
		const std::vector< mfem::Vector * > &	grad_prim,
		mfem::Vector &	pdudt
	)		const

◆ MultCNS_BoundaryFaces()

template<typename PhysicsT >

mfem::real_t Theseus::NSOperator< PhysicsT >::MultCNS_BoundaryFaces	(	const mfem::Vector &	pu,
		const std::vector< mfem::Vector * > &	p_grad_prim,
		mfem::Vector &	pdudt
	)		const

◆ MultCNS_InteriorFaces()

template<typename PhysicsT >

mfem::real_t Theseus::NSOperator< PhysicsT >::MultCNS_InteriorFaces	(	const mfem::Vector &	pu,
		const std::vector< mfem::Vector * > &	p_grad_prim,
		mfem::Vector &	pdudt
	)		const

◆ MultCNS_Volume()

template<typename PhysicsT >

mfem::real_t Theseus::NSOperator< PhysicsT >::MultCNS_Volume	(	const mfem::Vector &	pu,
		const std::vector< mfem::Vector * > &	p_grad_prim,
		mfem::Vector &	pdudt
	)		const

Member Data Documentation

◆ device_cache

template<typename PhysicsT >

DeviceCache Theseus::RHSOperator< PhysicsT >::device_cache

mutableprotected

◆ operator_cache

template<typename PhysicsT >

OperatorCache Theseus::RHSOperator< PhysicsT >::operator_cache

mutableprotected

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

Public Types

Public Member Functions

Protected Attributes

Member Typedef Documentation

◆ Base

◆ DeviceCache

◆ Gas

◆ InviscidFlux

◆ OperatorCache

◆ Physics

Constructor & Destructor Documentation

◆ NSOperator()

Member Function Documentation

◆ ComputeEntropyState()

◆ ComputeGradPrimFromGradEntropy()

◆ FlowMult()

◆ GradOperator()

◆ GradOperator_BoundaryFaces()

◆ GradOperator_InteriorFaces()

◆ GradOperator_Volume()

◆ MultCNS()

◆ MultCNS_BoundaryFaces()

◆ MultCNS_InteriorFaces()

◆ MultCNS_Volume()

Member Data Documentation

◆ device_cache

◆ operator_cache