#include <CartBoxFFTSol.hpp>

Inheritance diagram for solver::fluidsol::CartBoxFFTSol< 3, SpaceID >:

[legend]

Collaboration diagram for solver::fluidsol::CartBoxFFTSol< 3, SpaceID >:

[legend]

Classes
struct	EPForcingData

Public Types
using	Field = blockelm::CartField< Real, 3 >

Public Member Functions
	CartBoxFFTSol ()

virtual	~CartBoxFFTSol ()

virtual void	Init ()

virtual void	Solve (const int &step, const Real &time, std::vector< std::shared_ptr< ppsol::PPSolBase >> ppsol={})

virtual void	SolveStageOne (const int &step, const Real &time, const Real &coef=1.0)

virtual void	SolveStageTwo (const int &step, const Real &time, const Real &coef=1.0)

virtual void	SolveAB2 (const int &step, const Real &time, std::vector< std::shared_ptr< ppsol::PPSolBase >> &ppsol={})

virtual void	SolveLSRK3 (const int &step, const Real &time, std::vector< std::shared_ptr< ppsol::PPSolBase >> &ppsol={})

virtual void	Finish (const int &step, const Real &time)

virtual void	WriteFields (const int &step, const Real &time)

virtual void	WriteFieldsNew (const int &step, const Real &time)

virtual void	WriteMidFields (const int &step, const Real &time)

virtual void	LoadFields ()

virtual std::string	GetSolverName ()

virtual std::string	GetMeshName ()

auto &	CreateUniformMesh (std::vector< int > nsize, std::vector< std::vector< Real >> edges, std::vector< std::vector< int >> ghs={{0}, {0}, {0}})

auto &	CreateUniformMesh (int nsize, std::vector< Real > edges, std::vector< int > ghs={0})

auto &	CreateVelocityFields (std::vector< std::vector< int >> flgs)

auto &	CreatePressureField (std::vector< int > flgs)

auto &	CreateGradField (std::vector< int > flgs)

auto &	CreateScalarFields (std::vector< int > flgs, const int n)

void	InitTempFields ()

void	InitSpecSpace ()

void	NonLinearTerm (const Real &coef=1.0)

void	ViscousTerm (const Real &coef=1.0)

void	AB2 ()

void	PressureTerm (const Real &coef=1.0)

void	Correct (const Real &coef=1.0)

void	AddCouplingForceIfNecessary (const Real &coef=1.0)

void	Forcing (const Real &coef=1.0)

void	MachielsForcing (const Real &coef=1.0)

void	EPForcing (const Real &coef=1.0)

void	UpdateDtIfNecessary (const Real &chdt)

void	TransToPhysVelocityGradient ()

void	TransToPhysVelocity ()

void	TransToPhysPressure ()

void	TGVFlow (const Real &time)

void	ZeroFlow (const Real &time)

void	InitHIT (const Real &time)

void	EnergySpec (Array1r &e_spec)

void	RogalloInitField (Array1r &e_spec)

void	FieldNormalize (Array1r &e_spec)

void	FieldNormalize (const Real &time)

void	CalFieldEnergySpec (Array1r &e_spec, const bool outputflag=false, const int istep=0)

void	WriteEnergySpec (Array1r &e_spec, const int istep, const std::string prefix="EnergySpec")

auto	CalMaxDivInSpec ()

auto	CalMaxCFLDt ()

void	Statistic (const int &istep, const Real &time)

void	StatisticDefinition (const int &istep, const Real &time)

void	CalFieldEnergyDissipation (Real &energy, Real &dissipation)

void	InitStatLogFile ()

void	TestFFT (const bool de_flag)

void	ConfigFlowDict ()

void	CheckConfigFlowDict ()

void	GenerateInitFlow (const boxfft::FlowType &ftype, const Real &time)

Public Member Functions inherited from solver::fluidsol::SpecDiffHybrid
	SpecDiffHybrid ()

virtual	~SpecDiffHybrid ()

Public Member Functions inherited from solver::Solver
	Solver ()

virtual	~Solver ()

void	PrintAbstract ()

void	Relase (const SolverNameList &flag)

void	ConfigGlobalDict (const std::string filename)

void	PrintConfigGlobalDict ()

Public Member Functions inherited from solver::CartDataSpace< 3, SpaceID >
	CartDataSpace ()

	~CartDataSpace ()

void	ConfigDataSpaceDict ()
	config information of mpi from ControlDict.in More...

void	CheckConfigDataSpaceDict ()

Public Attributes
blockelm::CartBlock< 3 > &	block = CartDataSpace<3, SpaceID>::cartblock

blockelm::CartMesh< 3 > &	gb_mesh = CartDataSpace<3, SpaceID>::gb_cartmesh

std::vector< std::vector< Real > > &	domain_size = CartDataSpace<3, SpaceID>::domain_size

std::vector< std::vector< Real > > &	gb_domain_size = CartDataSpace<3, SpaceID>::gb_domain_size

std::vector< int > &	mesh_size = CartDataSpace<3, SpaceID>::mesh_size

std::vector< int > &	gb_mesh_size = CartDataSpace<3, SpaceID>::gb_mesh_size

std::vector< std::vector< int > > &	ghost_size = CartDataSpace<3, SpaceID>::ghost_size

std::vector< std::vector< int > > &	stagger_flag = CartDataSpace<3, SpaceID>::stagger_flag

const std::vector< int > &	center_flag = CartDataSpace<3, SpaceID>::center_flag

gsmpi::GSMPICart< 3 > &	mpicomm = CartDataSpace<3, SpaceID>::mpicomm

std::vector< ibm::IBMCart< 3 > > &	cartibm = CartDataSpace<3, SpaceID>::cartibm

int &	ibm_flag = CartDataSpace<3, SpaceID>::ibm_flag

gsmpi::CartFieldGhostComm< Real, 3 >	ghostcomm

CartFFT< 3 >	fft

blin::Arraycr< 3 >	u

blin::Arraycr< 3 >	v

blin::Arraycr< 3 >	w

blin::Arraycr< 3 >	p

blin::Arraycr< 3 >	us

blin::Arraycr< 3 >	vs

blin::Arraycr< 3 >	ws

blin::Arraycr< 3 >	utnew

blin::Arraycr< 3 >	vtnew

blin::Arraycr< 3 >	wtnew

blin::Arraycr< 3 >	utold

blin::Arraycr< 3 >	vtold

blin::Arraycr< 3 >	wtold

blin::Arrayr< 3 >	lap

blin::Vec< blin::Arrayr< 3 >, 4 >	rwrk

blin::Vec< blin::Arraycr< 3 >, 6 >	cwrk

std::vector< blockelm::CartField< Real, 3 > * > &	tempfields = CartDataSpace<3, SpaceID>::tempfields

Field	fx

Field	fy

Field	fz

blin::Arraycr< 3 >	fxwrk

blin::Arraycr< 3 >	fywrk

blin::Arraycr< 3 >	fzwrk

blin::Vec3i	stf

blin::Vec3i	edf

blin::Vec3i	stp

blin::Vec3i	edp

bool	flow_start_flag = true

struct solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::EPForcingData	epforce

struct solver::fluidsol::CartBoxFFTSol< 3, SpaceID >:: { ... }	flowdict

boxfft::FlowType	flow_type

Real	dt

Real	kvisc

Real	density

Real	Re

std::vector< Real >	params

std::string	work_path

boxfft::EnergySpecType	espectype

boxfft::ForceType	forcetype

boxfft::TimeScheme	time_scheme

Real	energyfac

Real	cfl

Real	field_norm_time

int	conti

Real	urms

Public Attributes inherited from solver::CartDataSpace< 3, SpaceID >
std::vector< Real >	domain_size

std::vector< int >	mesh_size

std::vector< int >	ghost_size

std::vector< int >	stagger_flag

Private Attributes
const std::string	_name = "CartBoxFFTSol"

Additional Inherited Members
Static Public Member Functions inherited from solver::Solver
static const auto &	GlobalDict ()

static const auto &	Dt ()

Static Public Member Functions inherited from solver::CartDataSpace< 3, SpaceID >
static std::vector< int >	CalTotalShape (const std::vector< int > &flag)

Static Public Attributes inherited from solver::CartDataSpace< 3, SpaceID >
static std::vector< std::vector< Real > >	domain_size

static std::vector< std::vector< Real > >	gb_domain_size

static std::vector< int >	mesh_size

static std::vector< int >	gb_mesh_size

static std::vector< int >	start_index

static std::vector< std::vector< int > >	ghost_size

static std::vector< std::vector< int > >	stagger_flag

static const std::vector< int >	center_flag

static blockelm::CartMesh< N_dim >	gb_cartmesh

static blockelm::CartBlock< N_dim >	cartblock

static gsmpi::GSMPICart< N_dim >	mpicomm

static std::vector< ibm::IBMCart< N_dim > >	cartibm

static int	ibm_flag

static std::vector< blockelm::CartField< Real, N_dim > * >	tempfields

static tml::tmlnode	dataspacetml

struct {
std::vector< Real > domain_size

std::vector< int > mesh_size

std::vector< int > ghost_size

std::vector< int > stagger_flag

}	dataspacedict

Protected Member Functions inherited from solver::fluidsol::FluidSolBase
	FluidSolBase ()

virtual	~FluidSolBase ()

Protected Attributes inherited from solver::fluidsol::FluidSolBase
tml::tmlnode	fluidsoltml

tml::tmlnode	fparams

Static Protected Attributes inherited from solver::fluidsol::FluidSolBase
static Real &	dtf = dt

Static Protected Attributes inherited from solver::Solver
static std::string	header = "PhyStar"

static std::string	version = "v0.0.1"

static int	count

static Solver *	ptr_fluidsol = nullptr

static Solver *	ptr_point_particlesol = nullptr

static Solver *	ptr_resolved_particlesol = nullptr

static Real	dt

static Real	kvisc

static Real	density

static tml::tmlnode	globaltml

struct {
std::string casename

Real time_start

Real time_end

Real time_ndump

int ndim

int step_start

int nstep

int step_end

int step_ndump

int step_nscreen

int step_nstat

int step_nrefresh

int ppsol_flag

int ppsol_same_dict

unsigned int random_seed

}	globaldict

Member Typedef Documentation

◆ Field

template<int SpaceID>

using solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Field = blockelm::CartField<Real, 3>

Constructor & Destructor Documentation

◆ CartBoxFFTSol()

template<int SpaceID>

solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CartBoxFFTSol

References solver::Solver::ptr_fluidsol.

◆ ~CartBoxFFTSol()

template<int SpaceID>

solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::~CartBoxFFTSol

virtual

References fileio::FluidCartRegularD< N_dim, FT >::DeallocateBuffer(), and solver::Solver::ptr_fluidsol.

Here is the call graph for this function:

Member Function Documentation

◆ AB2()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::AB2

References solver::Solver::dt.

◆ AddCouplingForceIfNecessary()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::AddCouplingForceIfNecessary ( const Real & coef = 1.0 )

References solver::CartDataSpace< N_dim, 999 >::ghost_size, and gsmpi::GSMPI_REAL.

◆ CalFieldEnergyDissipation()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CalFieldEnergyDissipation	(	Real &	energy,
		Real &	dissipation
	)

References solver::Solver::kvisc, and solver::CartDataSpace< N_dim, 999 >::mpicomm.

◆ CalFieldEnergySpec()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CalFieldEnergySpec	(	Array1r &	e_spec,
		const bool	outputflag = `false`,
		const int	istep = `0`
	)

References solver::CartDataSpace< N_dim, 999 >::mpicomm.

◆ CalMaxCFLDt()

template<int SpaceID>

auto solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CalMaxCFLDt

References solver::Solver::kvisc, quadpack::max(), and solver::CartDataSpace< N_dim, 999 >::mpicomm.

Here is the call graph for this function:

◆ CalMaxDivInSpec()

template<int SpaceID>

auto solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CalMaxDivInSpec

References quadpack::max(), and solver::CartDataSpace< N_dim, 999 >::mpicomm.

Here is the call graph for this function:

◆ CheckConfigFlowDict()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CheckConfigFlowDict ( )

inline

References solver::Solver::density, solver::Solver::dt, solver::fluidsol::boxfft::EPForcing, solver::fluidsol::FluidSolBase::fluidsoltml, solver::fluidsol::FluidSolBase::fparams, solver::Solver::globaldict, solver::Solver::kvisc, and solver::fluidsol::boxfft::UrmsExponent.

◆ ConfigFlowDict()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ConfigFlowDict ( )

inline

References solver::database::controldict, solver::fluidsol::FluidSolBase::fluidsoltml, solver::fluidsol::FluidSolBase::fparams, solver::fluidsol::boxfft::vConfigEnergySpecType(), solver::fluidsol::boxfft::vConfigFlowType(), solver::fluidsol::boxfft::vConfigForceType(), and solver::fluidsol::boxfft::vConfigTimeScheme().

Here is the call graph for this function:

◆ Correct()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Correct ( const Real & coef = 1.0 )

References solver::Solver::dt, solver::fluidsol::Dx, solver::fluidsol::Dy, and solver::fluidsol::Dz.

◆ CreateGradField()

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreateGradField ( std::vector< int > flgs )

inline

References blockelm::CartBlock< N_dim >::CreateGradField().

Here is the call graph for this function:

◆ CreatePressureField()

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreatePressureField ( std::vector< int > flgs )

inline

References blockelm::CartBlock< N_dim >::CreatePressureField().

Here is the call graph for this function:

◆ CreateScalarFields()

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreateScalarFields	(	std::vector< int >	flgs,
		const int	n
	)

inline

References blockelm::CartBlock< N_dim >::CreateScalarFields().

Here is the call graph for this function:

◆ CreateUniformMesh() [1/2]

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreateUniformMesh	(	int	nsize,
		std::vector< Real >	edges,
		std::vector< int >	ghs = `{0}`
	)

inline

◆ CreateUniformMesh() [2/2]

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreateUniformMesh	(	std::vector< int >	nsize,
		std::vector< std::vector< Real >>	edges,
		std::vector< std::vector< int >>	ghs = `{{0}, {0}, {0}}`
	)

inline

◆ CreateVelocityFields()

template<int SpaceID>

auto& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::CreateVelocityFields ( std::vector< std::vector< int >> flgs )

inline

References blockelm::CartBlock< N_dim >::CreateVelocityFields().

Here is the call graph for this function:

◆ EnergySpec()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::EnergySpec ( Array1r & e_spec )

References solver::fluidsol::boxfft::Exponent, mathconst::PI, solver::fluidsol::boxfft::PlainKol, solver::fluidsol::boxfft::UrmsExponent, and solver::fluidsol::boxfft::VonKarmon.

◆ EPForcing()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::EPForcing ( const Real & coef = 1.0 )

References solver::Solver::count, solver::Solver::dt, solver::CartDataSpace< N_dim, 999 >::mpicomm, RandomNumber< T_real >::Normalr(), and gsmpi::root.

Here is the call graph for this function:

◆ FieldNormalize() [1/2]

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::FieldNormalize ( Array1r & e_spec )

◆ FieldNormalize() [2/2]

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::FieldNormalize ( const Real & time )

◆ Finish()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Finish	(	const int &	step,
		const Real &	time
	)

virtual

Implements solver::fluidsol::FluidSolBase.

◆ Forcing()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Forcing ( const Real & coef = 1.0 )

References solver::fluidsol::boxfft::EPForcing, solver::fluidsol::boxfft::MachielsForcing, and solver::fluidsol::boxfft::None.

◆ GenerateInitFlow()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::GenerateInitFlow	(	const boxfft::FlowType &	ftype,
		const Real &	time
	)

inline

References solver::fluidsol::boxfft::HIT, solver::fluidsol::boxfft::TGV, and solver::fluidsol::boxfft::Zero.

◆ GetMeshName()

template<int SpaceID>

std::string solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::GetMeshName

virtual

Reimplemented from solver::Solver.

◆ GetSolverName()

template<int SpaceID>

std::string solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::GetSolverName

virtual

Reimplemented from solver::Solver.

References solver::fluidsol::FluidSolBase::_name.

◆ Init()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Init

virtual

Implements solver::fluidsol::FluidSolBase.

Here is the call graph for this function:

◆ InitHIT()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::InitHIT ( const Real & time )

References solver::fluidsol::boxfft::None.

◆ InitSpecSpace()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::InitSpecSpace

References mathconst::cZERO(), solver::fluidsol::boxfft::EPForcing, solver::CartDataSpace< N_dim, 999 >::gb_domain_size, solver::CartDataSpace< N_dim, 999 >::gb_mesh_size, solver::CartDataSpace< N_dim, 999 >::ghost_size, and solver::CartDataSpace< N_dim, 999 >::mpicomm.

Here is the call graph for this function:

◆ InitStatLogFile()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::InitStatLogFile

References solver::CartDataSpace< N_dim, 999 >::mpicomm, and gsmpi::root.

◆ InitTempFields()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::InitTempFields

References solver::CartDataSpace< N_dim, 999 >::tempfields.

◆ LoadFields()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::LoadFields

virtual

References fileio::FluidCartRegularD< N_dim, FT >::CloseFile(), solver::CartDataSpace< N_dim, 999 >::ghost_size, gsmpi::GSMPI_REAL, solver::CartDataSpace< N_dim, 999 >::mpicomm, fileio::FluidCartRegularD< N_dim, FT >::OpenFile(), fileio::FluidCartRegularD< N_dim, FT >::ReadField(), gsmpi::root, fileio::FluidCartRegularD< N_dim, FT >::SetFileAttr(), and fileio::FluidCartRegularD< N_dim, FT >::SetGhostMesh().

Here is the call graph for this function:

◆ MachielsForcing()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::MachielsForcing ( const Real & coef = 1.0 )

◆ NonLinearTerm()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::NonLinearTerm ( const Real & coef = 1.0 )

References solver::fluidsol::Dx, solver::fluidsol::Dy, and solver::fluidsol::Dz.

◆ PressureTerm()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::PressureTerm ( const Real & coef = 1.0 )

References solver::Solver::dt.

◆ RogalloInitField()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::RogalloInitField ( Array1r & e_spec )

References mathconst::cZERO(), solver::CartDataSpace< N_dim, 999 >::mpicomm, mathconst::PI, and RandomNumber< T_real >::randr().

Here is the call graph for this function:

◆ Solve()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Solve	(	const int &	step,
		const Real &	time,
		std::vector< std::shared_ptr< ppsol::PPSolBase >>	ppsol = `{}`
	)

virtual

Implements solver::fluidsol::FluidSolBase.

References solver::fluidsol::boxfft::AB2, solver::Solver::globaldict, solver::fluidsol::boxfft::LSRK3, and solver::Solver::ptr_point_particlesol.

◆ SolveAB2()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::SolveAB2	(	const int &	step,
		const Real &	time,
		std::vector< std::shared_ptr< ppsol::PPSolBase >> &	ppsol = `{}`
	)

virtual

References solver::fluidsol::FluidSolBase::SolveStageOne(), and solver::fluidsol::FluidSolBase::SolveStageTwo().

Here is the call graph for this function:

◆ SolveLSRK3()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::SolveLSRK3	(	const int &	step,
		const Real &	time,
		std::vector< std::shared_ptr< ppsol::PPSolBase >> &	ppsol = `{}`
	)

virtual

References solver::Solver::dt, solver::fluidsol::FluidSolBase::SolveStageOne(), and solver::fluidsol::FluidSolBase::SolveStageTwo().

Here is the call graph for this function:

◆ SolveStageOne()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::SolveStageOne	(	const int &	step,
		const Real &	time,
		const Real &	coef = `1.0`
	)

virtual

Implements solver::fluidsol::FluidSolBase.

◆ SolveStageTwo()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::SolveStageTwo	(	const int &	step,
		const Real &	time,
		const Real &	coef = `1.0`
	)

virtual

Implements solver::fluidsol::FluidSolBase.

◆ Statistic()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Statistic	(	const int &	istep,
		const Real &	time
	)

References solver::Solver::kvisc, solver::CartDataSpace< N_dim, 999 >::mpicomm, mathconst::PI, and gsmpi::root.

◆ StatisticDefinition()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::StatisticDefinition	(	const int &	istep,
		const Real &	time
	)

References solver::Solver::kvisc, solver::CartDataSpace< N_dim, 999 >::mpicomm, mathconst::PI, and gsmpi::root.

◆ TestFFT()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::TestFFT ( const bool de_flag )

◆ TGVFlow()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::TGVFlow ( const Real & time )

References solver::fluidsol::FluidSolBase::fparams.

◆ TransToPhysPressure()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::TransToPhysPressure

References solver::CartDataSpace< N_dim, 999 >::ghost_size, and gsmpi::GSMPI_REAL.

◆ TransToPhysVelocity()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::TransToPhysVelocity

References solver::CartDataSpace< N_dim, 999 >::ghost_size, and gsmpi::GSMPI_REAL.

◆ TransToPhysVelocityGradient()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::TransToPhysVelocityGradient

References solver::fluidsol::Dx, solver::fluidsol::Dy, solver::fluidsol::Dz, solver::CartDataSpace< N_dim, 999 >::ghost_size, and gsmpi::GSMPI_REAL.

◆ UpdateDtIfNecessary()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::UpdateDtIfNecessary ( const Real & chdt )

References solver::Solver::dt, and quadpack::min().

Here is the call graph for this function:

◆ ViscousTerm()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ViscousTerm ( const Real & coef = 1.0 )

References solver::Solver::kvisc.

◆ WriteEnergySpec()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::WriteEnergySpec	(	Array1r &	e_spec,
		const int	istep,
		const std::string	prefix = `"EnergySpec"`
	)

References fileio::intTostr(), solver::CartDataSpace< N_dim, 999 >::mpicomm, and gsmpi::root.

Here is the call graph for this function:

◆ WriteFields()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::WriteFields	(	const int &	step,
		const Real &	time
	)

virtual

Implements solver::fluidsol::FluidSolBase.

References fileio::FluidCartRegularD< N_dim, FT >::AddAttributeTo(), fileio::FluidCartRegularD< N_dim, FT >::AddField(), fileio::FluidCartRegularD< N_dim, FT >::CloseFile(), fileio::FluidCartRegularD< N_dim, FT >::CreateFile(), solver::Solver::density, solver::fluidsol::FluidSolBase::dtf, solver::CartDataSpace< N_dim, 999 >::gb_domain_size, solver::CartDataSpace< N_dim, 999 >::ghost_size, solver::Solver::globaldict, fileio::kOtherInfo, solver::Solver::kvisc, solver::CartDataSpace< N_dim, 999 >::mpicomm, gsmpi::root, fileio::FluidCartRegularD< N_dim, FT >::SetFileAttr(), fileio::FluidCartRegularD< N_dim, FT >::SetGhostMesh(), and fileio::FluidCartRegularD< N_dim, FT >::SetMeshc().

Here is the call graph for this function:

◆ WriteFieldsNew()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::WriteFieldsNew	(	const int &	step,
		const Real &	time
	)

virtual

References fileionew::FluidCartRegularD< N_dim >::AddAttributeTo(), fileionew::FluidCartRegularD< N_dim >::AddField(), fileionew::FluidCartRegularD< N_dim >::CloseFile(), fileionew::FluidCartRegularD< N_dim >::CreateFile(), solver::Solver::density, solver::fluidsol::FluidSolBase::dtf, solver::CartDataSpace< N_dim, 999 >::gb_domain_size, solver::CartDataSpace< N_dim, 999 >::ghost_size, solver::Solver::globaldict, solver::Solver::kvisc, solver::CartDataSpace< N_dim, 999 >::mpicomm, fileionew::Others(), gsmpi::root, fileionew::FluidCartRegularD< N_dim >::SetFileAttr(), fileionew::FluidCartRegularD< N_dim >::SetGhostMesh(), and fileionew::FluidCartRegularD< N_dim >::SetMeshc().

Here is the call graph for this function:

◆ WriteMidFields()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::WriteMidFields	(	const int &	step,
		const Real &	time
	)

virtual

References fileio::FluidCartRegularD< N_dim, FT >::AddAttributeTo(), fileio::FluidCartRegularD< N_dim, FT >::AddField(), fileio::FluidCartRegularD< N_dim, FT >::CloseFile(), fileio::FluidCartRegularD< N_dim, FT >::CreateFile(), solver::Solver::density, solver::fluidsol::FluidSolBase::dtf, solver::CartDataSpace< N_dim, 999 >::gb_domain_size, solver::CartDataSpace< N_dim, 999 >::ghost_size, solver::Solver::globaldict, fileio::kOtherInfo, solver::Solver::kvisc, solver::CartDataSpace< N_dim, 999 >::mpicomm, gsmpi::root, fileio::FluidCartRegularD< N_dim, FT >::SetFileAttr(), fileio::FluidCartRegularD< N_dim, FT >::SetGhostMesh(), and fileio::FluidCartRegularD< N_dim, FT >::SetMeshc().

Here is the call graph for this function:

◆ ZeroFlow()

template<int SpaceID>

void solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ZeroFlow ( const Real & time )

Member Data Documentation

◆ _name

template<int SpaceID>

const std::string solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::_name = "CartBoxFFTSol"

private

◆ block

template<int SpaceID>

blockelm::CartBlock<3>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::block = CartDataSpace<3, SpaceID>::cartblock

◆ cartibm

template<int SpaceID>

std::vector<ibm::IBMCart<3> >& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::cartibm = CartDataSpace<3, SpaceID>::cartibm

◆ center_flag

template<int SpaceID>

const std::vector<int>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::center_flag = CartDataSpace<3, SpaceID>::center_flag

◆ cfl

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::cfl

◆ conti

template<int SpaceID>

int solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::conti

◆ cwrk

template<int SpaceID>

blin::Vec<blin::Arraycr<3>, 6> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::cwrk

◆ density

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::density

◆ domain_size

template<int SpaceID>

std::vector<std::vector<Real> >& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::domain_size = CartDataSpace<3, SpaceID>::domain_size

◆ dt

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::dt

◆ edf

template<int SpaceID>

blin::Vec3i solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::edf

◆ edp

template<int SpaceID>

blin::Vec3i solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::edp

◆ energyfac

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::energyfac

◆ epforce

template<int SpaceID>

struct solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::EPForcingData solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::epforce

◆ espectype

template<int SpaceID>

boxfft::EnergySpecType solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::espectype

◆ fft

template<int SpaceID>

CartFFT<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fft

◆ field_norm_time

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::field_norm_time

◆ flow_start_flag

template<int SpaceID>

bool solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::flow_start_flag = true

◆ flow_type

template<int SpaceID>

boxfft::FlowType solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::flow_type

◆

struct { ... } solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::flowdict

◆ forcetype

template<int SpaceID>

boxfft::ForceType solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::forcetype

◆ fx

template<int SpaceID>

Field solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fx

◆ fxwrk

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fxwrk

◆ fy

template<int SpaceID>

Field solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fy

◆ fywrk

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fywrk

◆ fz

template<int SpaceID>

Field solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fz

◆ fzwrk

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::fzwrk

◆ gb_domain_size

template<int SpaceID>

std::vector<std::vector<Real> >& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::gb_domain_size = CartDataSpace<3, SpaceID>::gb_domain_size

◆ gb_mesh

template<int SpaceID>

blockelm::CartMesh<3>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::gb_mesh = CartDataSpace<3, SpaceID>::gb_cartmesh

◆ gb_mesh_size

template<int SpaceID>

std::vector<int>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::gb_mesh_size = CartDataSpace<3, SpaceID>::gb_mesh_size

◆ ghost_size

template<int SpaceID>

std::vector<std::vector<int> >& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ghost_size = CartDataSpace<3, SpaceID>::ghost_size

◆ ghostcomm

template<int SpaceID>

gsmpi::CartFieldGhostComm<Real, 3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ghostcomm

◆ ibm_flag

template<int SpaceID>

int& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ibm_flag = CartDataSpace<3, SpaceID>::ibm_flag

◆ kvisc

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::kvisc

◆ lap

template<int SpaceID>

blin::Arrayr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::lap

◆ mesh_size

template<int SpaceID>

std::vector<int>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::mesh_size = CartDataSpace<3, SpaceID>::mesh_size

◆ mpicomm

template<int SpaceID>

gsmpi::GSMPICart<3>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::mpicomm = CartDataSpace<3, SpaceID>::mpicomm

◆ p

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::p

◆ params

template<int SpaceID>

std::vector<Real> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::params

◆ Re

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::Re

◆ rwrk

template<int SpaceID>

blin::Vec<blin::Arrayr<3>, 4> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::rwrk

◆ stagger_flag

template<int SpaceID>

std::vector<std::vector<int> >& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::stagger_flag = CartDataSpace<3, SpaceID>::stagger_flag

◆ stf

template<int SpaceID>

blin::Vec3i solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::stf

◆ stp

template<int SpaceID>

blin::Vec3i solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::stp

◆ tempfields

template<int SpaceID>

std::vector<blockelm::CartField<Real, 3> *>& solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::tempfields = CartDataSpace<3, SpaceID>::tempfields

◆ time_scheme

template<int SpaceID>

boxfft::TimeScheme solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::time_scheme

◆ u

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::u

◆ urms

template<int SpaceID>

Real solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::urms

◆ us

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::us

◆ utnew

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::utnew

◆ utold

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::utold

◆ v

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::v

◆ vs

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::vs

◆ vtnew

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::vtnew

◆ vtold

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::vtold

◆ w

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::w

◆ work_path

template<int SpaceID>

std::string solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::work_path

◆ ws

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::ws

◆ wtnew

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::wtnew

◆ wtold

template<int SpaceID>

blin::Arraycr<3> solver::fluidsol::CartBoxFFTSol< 3, SpaceID >::wtold

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

/mnt/e/linuxOS/PhyStar/Solver/FluidSol/SpecDiffHybrid/BoxFFT/CartBoxFFTSol.hpp
/mnt/e/linuxOS/PhyStar/Solver/FluidSol/SpecDiffHybrid/BoxFFT/CartBoxFFTSol.hxx

Classes

Public Types

Public Member Functions

Public Attributes

Private Attributes

Additional Inherited Members

Member Typedef Documentation

◆ Field

Constructor & Destructor Documentation

◆ CartBoxFFTSol()

◆ ~CartBoxFFTSol()

Member Function Documentation

◆ AB2()

◆ AddCouplingForceIfNecessary()

◆ CalFieldEnergyDissipation()

◆ CalFieldEnergySpec()

◆ CalMaxCFLDt()

◆ CalMaxDivInSpec()

◆ CheckConfigFlowDict()

◆ ConfigFlowDict()

◆ Correct()

◆ CreateGradField()

◆ CreatePressureField()

◆ CreateScalarFields()

◆ CreateUniformMesh() [1/2]

◆ CreateUniformMesh() [2/2]

◆ CreateVelocityFields()

◆ EnergySpec()

◆ EPForcing()

◆ FieldNormalize() [1/2]

◆ FieldNormalize() [2/2]

◆ Finish()

◆ Forcing()

◆ GenerateInitFlow()

◆ GetMeshName()

◆ GetSolverName()

◆ Init()

◆ InitHIT()

◆ InitSpecSpace()

◆ InitStatLogFile()

◆ InitTempFields()

◆ LoadFields()

◆ MachielsForcing()

◆ NonLinearTerm()

◆ PressureTerm()

◆ RogalloInitField()

◆ Solve()

◆ SolveAB2()

◆ SolveLSRK3()

◆ SolveStageOne()

◆ SolveStageTwo()

◆ Statistic()

◆ StatisticDefinition()

◆ TestFFT()

◆ TGVFlow()

◆ TransToPhysPressure()

◆ TransToPhysVelocity()

◆ TransToPhysVelocityGradient()

◆ UpdateDtIfNecessary()

◆ ViscousTerm()

◆ WriteEnergySpec()

◆ WriteFields()

◆ WriteFieldsNew()

◆ WriteMidFields()

◆ ZeroFlow()

Member Data Documentation

◆ _name

◆ block

◆ cartibm

◆ center_flag

◆ cfl

◆ conti

◆ cwrk

◆ density

◆ domain_size

◆ dt

◆ edf

◆ edp

◆ energyfac

◆ epforce