#include <mac_cutcell_mg.hpp>

Classes
struct	Level

struct	OverlayScope

Public Types
enum	: int { kPAp = 0 , kRn = 1 , kStop = 2 , kBottomFlag = 3 , kRz = 4 , kRzNew = 5 , kBeta = 6 , kAlpha = 7 , kMsum = 8 }

enum class	EigenStart { Cold , ColdKeep , Warm }

enum	: int { kBottomAuto = 0 , kBottomDirect = 1 , kBottomAlgebraic = 2 }

Public Member Functions
void	setMetric (const double hp[3])
	Per-axis cell spacings h_a' = h_a / hRef of the physical domain (doc/anisotropic_metric.md §1.1).

std::vector< C3 >	levelRatios () const
	The per-level coarsening ratio actually chosen (the level table of §5, gate §8.5).

void	init (int nx, int ny, int nz, int nLevels)

int	nLevels () const

Level &	level (int L)

void	setBoundaryConditions (const int bc[6])

void	applyOutflowGhost (const Level &lv, CCField x, int g=G)

void	applyNeumannGhost (const Level &lv, CCField x, int g=G)

void	applyBoundaryOpenness (Level &lv, Level *fine=nullptr)

void	applyBoundaryOpennessFrom (Level &lv, const CCField *fo, C3 fext, int fg, C3 fratio)

void	saveOutflowPlanes (Level &lv)

void	setOpenness (CCConst ox, CCConst oy, CCConst oz, double idx2, double idy2, double idz2)

int	solvePCG (CCField b, CCField x, CCField r, CCField p, CCField z, CCField Ap, int maxit, double rtol, int pre, int post, int bottom, const StarOverlay *star=nullptr, int nStar=0, C3 nnStar=C3{0, 0, 0})

void	ensureScalars ()

Kokkos::View< double, CCMem >	slot (int k) const

double	readSlot (int k) const

void	setSlot (int k, double v)

void	dotTo (Level &lv, CCField a, CCField b, int k)

void	maxabsTo (Level &lv, CCField a, int k)

void	setDebugBreakdown (int which, int iter)

int	solvePCGResident (CCField b, CCField x, CCField r, CCField p, CCField z, CCField Ap, int maxit, double rtol, int pre, int post, int bottom, const StarOverlay *star, int nStar, C3 nnStar)

int	solveFCG (CCField b, CCField x, CCField r, CCField p, CCField z, CCField zp, CCField Ap, int maxit, double rtol, int pre, int post, int bottom, const StarOverlay *star=nullptr, int nStar=0, C3 nnStar=C3{0, 0, 0})

int	solveBiCGStab (CCField b, CCField x, CCField r, CCField rh, CCField p, CCField v, CCField t, CCField z, CCField z2, int maxit, double rtol, int pre, int post, int bottom, const GpOverlayReal< MReal > &ov, int nOv, C3 nn)

void	precondVcycle (CCField zz, CCField rr)

void	vcycle (int L, bool sym)

void	vcycleImpl (int L, bool sym)

bool	caSmooth (const Level &lv) const

bool	fusedWrapReads () const

bool	fusedWrapSmooth (const Level &lv) const

void	smooth (Level &lv, int sweeps, bool reverse)

bool	agglomerateBottom () const

const char *	directBottomIneligible () const

void	buildBottomStore ()

void	evalBottomComponents ()

template<class FR = float>
BottomKernel< FR >	makeBottomKernel (bool precondOnly)

void	noteBottomFlag (double v)

template<class FR >
int	launchDirectFactor (const BottomDirect< FR > &D, int team, double tauPiv0, bool probe=true, bool teamAlgorithm=false)

template<class FR >
int	launchDirectKernel (const BottomDirect< FR > &D, bool precondOnly, int team, bool noMean, CCField zOut=CCField(), CCField rIn=CCField(), bool probe=true)

void	directBottomSolve ()

void	buildAmg (Level &lv)

void	graphAmgSolveBottom (Level &lv)

void	pcgAmg (std::vector< double > &b, std::vector< double > &x)

void	matvecOverlap (Level &l0, CCField y, CCField v)

void	fill (Level &lv, CCField f)

void	fillWrap (Level &lv, CCField f)

void	fillOpenness (Level &lv)

void	fillAxis (Level &lv, CCField f, int axis)

void	axpy (CCField y, double a, CCField x)

void	aypx (CCField y, double a, CCField x)

void	scale (CCField y, double a)

void	lin (CCField out, double a, CCField x, double b, CCField y)

void	maskSolid (Level &lv, CCField f)

CCField	workVector (int slot, std::size_t n, const char *label)

bool	eigenWarmReady () const

CCField	eigenWarmMax () const

CCField	eigenWarmMin () const

void	setEigenWarm (CCField vmax, CCField vmin)

void	estimateEigenvalues (CCConst seed, double &lmin, double &lmax, int iters, int pre, int post, int bottom, EigenStart start=EigenStart::Cold)

int	solveChebyshev (CCField b, CCField x, int maxit, double rtol, int pre, int post, int bottom, double a, double bnd, bool guard3=false)

void	setStopReference (double ref)

bool	chebyshevGuardTripped () const

double	rhsNorm (CCField b, CCField scratch)

double	residualNorm (CCField b, CCField x, CCField r, CCField Ap)

double	dot (Level &lv, CCField a, CCField b)

double	maxabs (Level &lv, CCField a)

void	removeMean (Level &lv, CCField f, bool stopGuard=false)

void	setMeanRemovalScope (bool all)

double	allreduceSeconds () const

long	allreduceCount () const

bool	lastSolveFailed ()

void	resetAllreduceCounters ()

void	setAgglomerationMode (int mode)

void	setAgglomerationExtent (int cells)

int	agglomerationExtent () const

void	setTelescope (bool on)

void	setCoarseGhost (bool on)
	Neumann coarse ghost on wall/inflow faces before the prolongation (see bcGhost_).

bool	coarseGhost () const

void	setAspectThreshold (double theta)
	Anisotropic-coarsening aspect threshold theta (see aspectTheta_).

double	aspectThreshold () const

void	setCommAvoiding (int mask)
	Communication-avoiding smoothing mask (kCaMomentum \| kCaMg); only kCaMg is read here.

int	commAvoiding () const

void	setStrictPressure (bool on)
	Throw instead of reporting when the preconditioner returns a non-finite correction.

bool	strictPressure () const

void	setExactResidual (bool on)
	The exact double flux-form level-0 apply in the residual and the Krylov matvec.

bool	exactResidual () const

void	setOutflowCoefficient (bool on)

bool	outflowCoefficient () const

int	telescopeCount () const

int	repartitionCount () const

C3	coarsestGlobal () const

bool	telescope () const

void	setTelescopeForceLevel (int L)

void	setTelescopeMinExtent (int e)

void	setRepartition (bool on)
	Repartition stages for a weighted level-0 decomposition (see repartition_); before initMpi.

bool	repartition () const

int	localLevels () const

int	agglomerationMode () const

void	setGraphAmgBottom (bool on)

void	setBottomSolver (int m)

int	bottomSolver () const

bool	bottomConnected () const

int	bottomComponents () const

void	bottomForceForTest ()

const BottomPlanes &	directPlanes () const

template<class FR >
BottomDirect< FR >	directFactorForTest (int team, double tauPiv0=kBottomPivotTol, int *Tused=nullptr, bool teamAlgorithm=false)

template<class FR >
int	directApplyForTest (const BottomDirect< FR > &D, CCField z, CCField r, int team, bool noMean=false)

int	directSolveForTest ()

int	directSolveTeamForTest (int team, int *Tused=nullptr)

int	directRestarts () const

void	directPivotTolForTest (double t)

void	directMarkStaleForTest ()

Static Public Member Functions
static C3	parityOg (const Level &lv)

static C3	mgChooseRatio (const double H[3], const bool canA[3], bool aniso, double theta)

static bool	touchesGlobalFace (const Level &lv, int f)

template<class K >
static int	directTeam (const K &k, int team, bool probe, std::size_t scratch=0, int hostTeam=kBottomHostTeam)

Public Attributes
Kokkos::View< double *, CCMem >	ks_

Kokkos::View< long, CCMem >	kcnt_

Kokkos::View< double *, Kokkos::HostSpace >	kpk_

Static Public Attributes
static constexpr int	G = 1

static constexpr int	kNSlots = 9

static constexpr int	kPacket = 4

static constexpr double	kBrkPAp = 1.0

static constexpr double	kBrkRz = 2.0

static constexpr bool	kHostMemory

Detailed Description

Definition at line 876 of file mac_cutcell_mg.hpp.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum : int

Enumerator
kPAp
kRn
kStop
kBottomFlag
kRz
kRzNew
kBeta
kAlpha
kMsum

Definition at line 1853 of file mac_cutcell_mg.hpp.

◆ EigenStart

enum class peclet::flow::CutcellMG::EigenStart

strong

Enumerator
Cold
ColdKeep
Warm

Definition at line 3745 of file mac_cutcell_mg.hpp.

◆ anonymous enum

anonymous enum : int

Enumerator
kBottomAuto
kBottomDirect
kBottomAlgebraic

Definition at line 4450 of file mac_cutcell_mg.hpp.

Member Function Documentation

◆ parityOg()

static C3 peclet::flow::CutcellMG::parityOg ( const Level & lv )

inlinestatic

Definition at line 955 of file mac_cutcell_mg.hpp.

Referenced by smooth().

◆ mgChooseRatio()

static C3 peclet::flow::CutcellMG::mgChooseRatio	(	const double	H[3],
		const bool	canA[3],
		bool	aniso,
		double	theta
	)

inlinestatic

Definition at line 976 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::ScalarMG::chooseRatio(), init(), and peclet::flow::VelocityMG::init().

◆ setMetric()

void peclet::flow::CutcellMG::setMetric ( const double hp[3] )

inline

Per-axis cell spacings h_a' = h_a / hRef of the physical domain (doc/anisotropic_metric.md §1.1).

Call BEFORE init/initMpi (trap 5): the level table is built there, long before setOpenness, and the aspect rule of §5 needs the metric at that point. The default (1, 1, 1) is the isotropic / cell-unit path, on which the rule is inert BY CONSTRUCTION (aniso_ is false, so mgChooseRatio returns today's decision verbatim).

Definition at line 1011 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ levelRatios()

std::vector< C3 > peclet::flow::CutcellMG::levelRatios ( ) const

inline

The per-level coarsening ratio actually chosen (the level table of §5, gate §8.5).

Definition at line 1017 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::pressureMgLevelRatios().

◆ init()

void peclet::flow::CutcellMG::init	(	int	nx,
		int	ny,
		int	nz,
		int	nLevels
	)

inline

Definition at line 1027 of file mac_cutcell_mg.hpp.

References buildBottomStore(), G, mgChooseRatio(), peclet::flow::mgDebugLevel(), nLevels(), peclet::flow::C3::x, peclet::flow::C3::y, and peclet::flow::C3::z.

Referenced by main(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ nLevels()

int peclet::flow::CutcellMG::nLevels ( ) const

inline

Definition at line 1498 of file mac_cutcell_mg.hpp.

Referenced by init(), and main().

◆ level()

Level & peclet::flow::CutcellMG::level ( int L )

inline

Definition at line 1499 of file mac_cutcell_mg.hpp.

Referenced by main(), and setupAndSolve().

◆ setBoundaryConditions()

void peclet::flow::CutcellMG::setBoundaryConditions ( const int bc[6] )

inline

Definition at line 1504 of file mac_cutcell_mg.hpp.

Referenced by main(), peclet::flow::Solver< Grid >::projectBuildCoefficients(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ applyOutflowGhost()

void peclet::flow::CutcellMG::applyOutflowGhost	(	const Level &	lv,
		CCField	x,
		int	g = `G`
	)

inline

Definition at line 1520 of file mac_cutcell_mg.hpp.

References peclet::flow::bcZeroPressureGhost(), and touchesGlobalFace().

Referenced by graphAmgSolveBottom(), matvecOverlap(), smooth(), and vcycleImpl().

◆ applyNeumannGhost()

void peclet::flow::CutcellMG::applyNeumannGhost	(	const Level &	lv,
		CCField	x,
		int	g = `G`
	)

inline

Definition at line 1550 of file mac_cutcell_mg.hpp.

References peclet::flow::bcNeumannGhost(), and touchesGlobalFace().

Referenced by vcycleImpl().

◆ touchesGlobalFace()

static bool peclet::flow::CutcellMG::touchesGlobalFace	(	const Level &	lv,
		int	f
	)

inlinestatic

Definition at line 1563 of file mac_cutcell_mg.hpp.

Referenced by applyBoundaryOpennessFrom(), applyNeumannGhost(), applyOutflowGhost(), and saveOutflowPlanes().

◆ applyBoundaryOpenness()

void peclet::flow::CutcellMG::applyBoundaryOpenness	(	Level &	lv,
		Level *	fine = `nullptr`
	)

inline

Definition at line 1574 of file mac_cutcell_mg.hpp.

References applyBoundaryOpennessFrom().

Referenced by setOpenness().

◆ applyBoundaryOpennessFrom()

void peclet::flow::CutcellMG::applyBoundaryOpennessFrom	(	Level &	lv,
		const CCField *	fo,
		C3	fext,
		int	fg,
		C3	fratio
	)

inline

Definition at line 1586 of file mac_cutcell_mg.hpp.

References peclet::flow::bcSetOpenness(), peclet::flow::mgCoarsenFacePlane(), peclet::flow::mgRestoreFacePlane(), and touchesGlobalFace().

Referenced by applyBoundaryOpenness(), and setOpenness().

◆ saveOutflowPlanes()

void peclet::flow::CutcellMG::saveOutflowPlanes ( Level & lv )

inline

Definition at line 1620 of file mac_cutcell_mg.hpp.

References peclet::flow::mgSaveFacePlane(), and touchesGlobalFace().

Referenced by setOpenness().

◆ setOpenness()

void peclet::flow::CutcellMG::setOpenness	(	CCConst	ox,
		CCConst	oy,
		CCConst	oz,
		double	idx2,
		double	idy2,
		double	idz2
	)

inline

Definition at line 1637 of file mac_cutcell_mg.hpp.

References applyBoundaryOpenness(), applyBoundaryOpennessFrom(), peclet::flow::buildCutcellOpFace(), peclet::flow::coarsenOpenAvg(), evalBottomComponents(), fillOpenness(), G, and saveOutflowPlanes().

Referenced by main(), peclet::flow::Solver< Grid >::projectBuildCoefficients(), peclet::flow::Solver< Grid >::setSolidInitPressureMg(), setupAndSolve(), and setupAndSolve().

◆ solvePCG()

int peclet::flow::CutcellMG::solvePCG	(	CCField	b,
		CCField	x,
		CCField	r,
		CCField	p,
		CCField	z,
		CCField	Ap,
		int	maxit,
		double	rtol,
		int	pre,
		int	post,
		int	bottom,
		const StarOverlay *	star = `nullptr`,
		int	nStar = `0`,
		C3	nnStar = `C3{0, 0, 0}`
	)

inline

Definition at line 1734 of file mac_cutcell_mg.hpp.

Referenced by main(), setupAndSolve(), setupAndSolve(), peclet::flow::Solver< Grid >::solveBalancedForceSystem(), and peclet::flow::Solver< Grid >::solvePressureSystem().

◆ ensureScalars()

void peclet::flow::CutcellMG::ensureScalars ( )

inline

Definition at line 1870 of file mac_cutcell_mg.hpp.

References kcnt_, kNSlots, kPacket, kpk_, and ks_.

Referenced by makeBottomKernel(), removeMean(), and solvePCGResident().

◆ slot()

Kokkos::View< double, CCMem > peclet::flow::CutcellMG::slot ( int k ) const

inline

Definition at line 1877 of file mac_cutcell_mg.hpp.

References ks_.

Referenced by dotTo(), lastSolveFailed(), maxabsTo(), readSlot(), removeMean(), setSlot(), and workVector().

◆ readSlot()

double peclet::flow::CutcellMG::readSlot ( int k ) const

inline

Definition at line 1880 of file mac_cutcell_mg.hpp.

References slot().

Referenced by solvePCGResident().

◆ setSlot()

void peclet::flow::CutcellMG::setSlot	(	int	k,
		double	v
	)

inline

Definition at line 1885 of file mac_cutcell_mg.hpp.

References slot().

Referenced by noteBottomFlag(), and solvePCGResident().

◆ dotTo()

void peclet::flow::CutcellMG::dotTo	(	Level &	lv,
		CCField	a,
		CCField	b,
		int	k
	)

inline

Definition at line 1888 of file mac_cutcell_mg.hpp.

References peclet::flow::ccReduce3(), and slot().

Referenced by solvePCGResident().

◆ maxabsTo()

void peclet::flow::CutcellMG::maxabsTo	(	Level &	lv,
		CCField	a,
		int	k
	)

inline

Definition at line 1902 of file mac_cutcell_mg.hpp.

References peclet::flow::ccReduce3(), and slot().

Referenced by solvePCGResident().

◆ setDebugBreakdown()

void peclet::flow::CutcellMG::setDebugBreakdown	(	int	which,
		int	iter
	)

inline

Definition at line 1922 of file mac_cutcell_mg.hpp.

◆ solvePCGResident()

int peclet::flow::CutcellMG::solvePCGResident	(	CCField	b,
		CCField	x,
		CCField	r,
		CCField	p,
		CCField	z,
		CCField	Ap,
		int	maxit,
		double	rtol,
		int	pre,
		int	post,
		int	bottom,
		const StarOverlay *	star,
		int	nStar,
		C3	nnStar
	)

inline

Definition at line 1926 of file mac_cutcell_mg.hpp.

References axpy(), dotTo(), ensureScalars(), G, kAlpha, kBeta, kBrkPAp, kBrkRz, kPacket, kPAp, kpk_, kRn, kRz, kRzNew, ks_, kStop, matvecOverlap(), maxabs(), maxabsTo(), peclet::flow::mgDebugLevel(), peclet::flow::mgDebugSolves(), noteBottomFlag(), precondVcycle(), readSlot(), removeMean(), setSlot(), and peclet::flow::starApplyDelta().

◆ solveFCG()

int peclet::flow::CutcellMG::solveFCG	(	CCField	b,
		CCField	x,
		CCField	r,
		CCField	p,
		CCField	z,
		CCField	zp,
		CCField	Ap,
		int	maxit,
		double	rtol,
		int	pre,
		int	post,
		int	bottom,
		const StarOverlay *	star = `nullptr`,
		int	nStar = `0`,
		C3	nnStar = `C3{0, 0, 0}`
	)

inline

Definition at line 2081 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::solveBalancedForceSystem(), and peclet::flow::Solver< Grid >::solvePressureSystem().

◆ solveBiCGStab()

int peclet::flow::CutcellMG::solveBiCGStab	(	CCField	b,
		CCField	x,
		CCField	r,
		CCField	rh,
		CCField	p,
		CCField	v,
		CCField	t,
		CCField	z,
		CCField	z2,
		int	maxit,
		double	rtol,
		int	pre,
		int	post,
		int	bottom,
		const GpOverlayReal< MReal > &	ov,
		int	nOv,
		C3	nn
	)

inline

Definition at line 2197 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::solvePressureSystem().

◆ precondVcycle()

void peclet::flow::CutcellMG::precondVcycle	(	CCField	zz,
		CCField	rr
	)

inline

Definition at line 2532 of file mac_cutcell_mg.hpp.

References peclet::flow::CutcellMG::Level::rhs, vcycle(), and peclet::flow::CutcellMG::Level::x.

Referenced by estimateEigenvalues(), solveChebyshev(), and solvePCGResident().

◆ vcycle()

void peclet::flow::CutcellMG::vcycle	(	int	L,
		bool	sym
	)

inline

Definition at line 2548 of file mac_cutcell_mg.hpp.

References peclet::flow::mgDebugLevel(), and vcycleImpl().

Referenced by precondVcycle(), and vcycleImpl().

◆ vcycleImpl()

void peclet::flow::CutcellMG::vcycleImpl	(	int	L,
		bool	sym
	)

inline

◆ caSmooth()

bool peclet::flow::CutcellMG::caSmooth ( const Level & lv ) const

inline

Definition at line 2682 of file mac_cutcell_mg.hpp.

Referenced by smooth().

◆ fusedWrapReads()

bool peclet::flow::CutcellMG::fusedWrapReads ( ) const

inline

Definition at line 2688 of file mac_cutcell_mg.hpp.

Referenced by fusedWrapSmooth(), matvecOverlap(), and vcycleImpl().

◆ fusedWrapSmooth()

bool peclet::flow::CutcellMG::fusedWrapSmooth ( const Level & lv ) const

inline

Definition at line 2689 of file mac_cutcell_mg.hpp.

References fusedWrapReads().

Referenced by smooth().

◆ smooth()

void peclet::flow::CutcellMG::smooth	(	Level &	lv,
		int	sweeps,
		bool	reverse
	)

inline

Definition at line 2699 of file mac_cutcell_mg.hpp.

References applyOutflowGhost(), caSmooth(), peclet::flow::cutcellSmoothColorBoxFace(), peclet::flow::cutcellSmoothColorFace(), peclet::flow::cutcellSmoothColorFaceWrap(), fill(), fusedWrapSmooth(), and parityOg().

Referenced by vcycleImpl().

◆ agglomerateBottom()

bool peclet::flow::CutcellMG::agglomerateBottom ( ) const

inline

Definition at line 2790 of file mac_cutcell_mg.hpp.

Referenced by directBottomIneligible(), and vcycleImpl().

◆ directBottomIneligible()

const char * peclet::flow::CutcellMG::directBottomIneligible ( ) const

inline

Definition at line 2830 of file mac_cutcell_mg.hpp.

References agglomerateBottom(), peclet::flow::kBottomMaxCells, and peclet::flow::BottomPlanes::valid().

Referenced by vcycleImpl().

◆ buildBottomStore()

void peclet::flow::CutcellMG::buildBottomStore ( )

inline

Definition at line 2851 of file mac_cutcell_mg.hpp.

References peclet::flow::BottomDirect< FacReal >::allocate(), peclet::flow::bottomChoosePlanes(), peclet::flow::kBottomMaxCells, and peclet::flow::kBottomMaxComponents.

Referenced by bottomForceForTest(), and init().

◆ evalBottomComponents()

void peclet::flow::CutcellMG::evalBottomComponents ( )

inline

Definition at line 2884 of file mac_cutcell_mg.hpp.

References peclet::flow::kBottomMaxComponents, peclet::flow::mgDebugLevel(), and peclet::flow::BottomPlanes::s.

Referenced by bottomForceForTest(), and setOpenness().

◆ makeBottomKernel()

template<class FR = float>

BottomKernel< FR > peclet::flow::CutcellMG::makeBottomKernel ( bool precondOnly )

inline

Definition at line 2917 of file mac_cutcell_mg.hpp.

References ensureScalars(), kBottomFlag, and ks_.

◆ noteBottomFlag()

void peclet::flow::CutcellMG::noteBottomFlag ( double v )

inline

Definition at line 2947 of file mac_cutcell_mg.hpp.

References kBottomFlag, and setSlot().

Referenced by lastSolveFailed(), and solvePCGResident().

◆ directTeam()

template<class K >

static int peclet::flow::CutcellMG::directTeam	(	const K &	k,
		int	team,
		bool	probe,
		std::size_t	scratch = `0`,
		int	hostTeam = `kBottomHostTeam`
	)

inlinestatic

Definition at line 2959 of file mac_cutcell_mg.hpp.

References kHostMemory.

Referenced by launchDirectFactor(), and launchDirectKernel().

◆ launchDirectFactor()

template<class FR >

int peclet::flow::CutcellMG::launchDirectFactor	(	const BottomDirect< FR > &	D,
		int	team,
		double	tauPiv0,
		bool	probe = `true`,
		bool	teamAlgorithm = `false`
	)

inline

Definition at line 2975 of file mac_cutcell_mg.hpp.

References directTeam(), peclet::flow::kBottomHostFactorTeam, and peclet::flow::BottomFactorKernel< FacReal, OpV >::scratchBytes().

Referenced by directBottomSolve(), directFactorForTest(), directSolveTeamForTest(), and main().

◆ launchDirectKernel()

template<class FR >

int peclet::flow::CutcellMG::launchDirectKernel	(	const BottomDirect< FR > &	D,
		bool	precondOnly,
		int	team,
		bool	noMean,
		CCField	zOut = `CCField()`,
		CCField	rIn = `CCField()`,
		bool	probe = `true`
	)

inline

Definition at line 2999 of file mac_cutcell_mg.hpp.

References directTeam().

Referenced by directApplyForTest(), directBottomSolve(), and directSolveTeamForTest().

◆ directBottomSolve()

void peclet::flow::CutcellMG::directBottomSolve ( )

inline

Definition at line 3016 of file mac_cutcell_mg.hpp.

References peclet::flow::BottomPlanes::b, peclet::flow::BottomPlanes::border, launchDirectFactor(), launchDirectKernel(), peclet::flow::mgDebugLevel(), peclet::flow::mgDebugSolves(), peclet::flow::BottomPlanes::P, peclet::flow::BottomPlanes::s, and peclet::flow::BottomDirect< FacReal >::stat.

Referenced by directSolveForTest(), and vcycleImpl().

◆ buildAmg()

void peclet::flow::CutcellMG::buildAmg ( Level & lv )

inline

Definition at line 3049 of file mac_cutcell_mg.hpp.

Referenced by graphAmgSolveBottom().

◆ graphAmgSolveBottom()

void peclet::flow::CutcellMG::graphAmgSolveBottom ( Level & lv )

inline

Definition at line 3249 of file mac_cutcell_mg.hpp.

References applyOutflowGhost(), buildAmg(), fill(), maxabs(), pcgAmg(), and peclet::flow::residualCutcellFace().

Referenced by vcycleImpl().

◆ pcgAmg()

void peclet::flow::CutcellMG::pcgAmg	(	std::vector< double > &	b,
		std::vector< double > &	x
	)

inline

Definition at line 3319 of file mac_cutcell_mg.hpp.

References dot().

Referenced by graphAmgSolveBottom().

◆ matvecOverlap()

void peclet::flow::CutcellMG::matvecOverlap	(	Level &	l0,
		CCField	y,
		CCField	v
	)

inline

Definition at line 3464 of file mac_cutcell_mg.hpp.

References peclet::flow::applyCutcellOpBoxFace(), peclet::flow::applyCutcellOpExact(), peclet::flow::applyCutcellOpExactBox(), peclet::flow::applyCutcellOpExactWrap(), peclet::flow::applyCutcellOpFace(), peclet::flow::applyCutcellOpFaceWrap(), applyOutflowGhost(), fill(), fusedWrapReads(), and G.

Referenced by estimateEigenvalues(), residualNorm(), solveChebyshev(), and solvePCGResident().

◆ fill()

void peclet::flow::CutcellMG::fill	(	Level &	lv,
		CCField	f
	)

inline

Definition at line 3510 of file mac_cutcell_mg.hpp.

References fillAxis(), and fillWrap().

Referenced by fillOpenness(), graphAmgSolveBottom(), matvecOverlap(), smooth(), and vcycleImpl().

◆ fillWrap()

void peclet::flow::CutcellMG::fillWrap	(	Level &	lv,
		CCField	f
	)

inline

Definition at line 3535 of file mac_cutcell_mg.hpp.

References G, and peclet::flow::hostRunSerial().

Referenced by fill().

◆ fillOpenness()

void peclet::flow::CutcellMG::fillOpenness ( Level & lv )

inline

Definition at line 3626 of file mac_cutcell_mg.hpp.

References fill().

Referenced by setOpenness().

◆ fillAxis()

void peclet::flow::CutcellMG::fillAxis	(	Level &	lv,
		CCField	f,
		int	axis
	)

inline

Definition at line 3631 of file mac_cutcell_mg.hpp.

References G, and N.

Referenced by fill().

◆ axpy()

void peclet::flow::CutcellMG::axpy	(	CCField	y,
		double	a,
		CCField	x
	)

inline

Definition at line 3681 of file mac_cutcell_mg.hpp.

Referenced by residualNorm(), solveChebyshev(), and solvePCGResident().

◆ aypx()

void peclet::flow::CutcellMG::aypx	(	CCField	y,
		double	a,
		CCField	x
	)

inline

Definition at line 3689 of file mac_cutcell_mg.hpp.

◆ scale()

void peclet::flow::CutcellMG::scale	(	CCField	y,
		double	a
	)

inline

Definition at line 3697 of file mac_cutcell_mg.hpp.

Referenced by estimateEigenvalues().

◆ lin()

void peclet::flow::CutcellMG::lin	(	CCField	out,
		double	a,
		CCField	x,
		double	b,
		CCField	y
	)

inline

Definition at line 3705 of file mac_cutcell_mg.hpp.

Referenced by estimateEigenvalues(), and solveChebyshev().

◆ maskSolid()

void peclet::flow::CutcellMG::maskSolid	(	Level &	lv,
		CCField	f
	)

inline

Definition at line 3714 of file mac_cutcell_mg.hpp.

Referenced by estimateEigenvalues().

◆ workVector()

CCField peclet::flow::CutcellMG::workVector	(	int	slot,
		std::size_t	n,
		const char *	label
	)

inline

Definition at line 3730 of file mac_cutcell_mg.hpp.

References slot().

Referenced by estimateEigenvalues(), and solveChebyshev().

◆ eigenWarmReady()

bool peclet::flow::CutcellMG::eigenWarmReady ( ) const

inline

Definition at line 3747 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::solvePressureSystem().

◆ eigenWarmMax()

CCField peclet::flow::CutcellMG::eigenWarmMax ( ) const

inline

Definition at line 3753 of file mac_cutcell_mg.hpp.

◆ eigenWarmMin()

CCField peclet::flow::CutcellMG::eigenWarmMin ( ) const

inline

Definition at line 3754 of file mac_cutcell_mg.hpp.

◆ setEigenWarm()

void peclet::flow::CutcellMG::setEigenWarm	(	CCField	vmax,
		CCField	vmin
	)

inline

Definition at line 3755 of file mac_cutcell_mg.hpp.

◆ estimateEigenvalues()

void peclet::flow::CutcellMG::estimateEigenvalues	(	CCConst	seed,
		double &	lmin,
		double &	lmax,
		int	iters,
		int	pre,
		int	post,
		int	bottom,
		EigenStart	start = `EigenStart::Cold`
	)

inline

Definition at line 3765 of file mac_cutcell_mg.hpp.

References Cold, dot(), lin(), maskSolid(), matvecOverlap(), precondVcycle(), removeMean(), scale(), Warm, and workVector().

Referenced by peclet::flow::Solver< Grid >::solveBalancedForceSystem(), and peclet::flow::Solver< Grid >::solvePressureSystem().

◆ solveChebyshev()

int peclet::flow::CutcellMG::solveChebyshev	(	CCField	b,
		CCField	x,
		int	maxit,
		double	rtol,
		int	pre,
		int	post,
		int	bottom,
		double	a,
		double	bnd,
		bool	guard3 = `false`
	)

inline

Definition at line 3844 of file mac_cutcell_mg.hpp.

References axpy(), lin(), matvecOverlap(), maxabs(), precondVcycle(), removeMean(), and workVector().

Referenced by peclet::flow::Solver< Grid >::solveBalancedForceSystem(), and peclet::flow::Solver< Grid >::solvePressureSystem().

◆ setStopReference()

void peclet::flow::CutcellMG::setStopReference ( double ref )

inline

Definition at line 3906 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::solveBalancedForceSystem().

◆ chebyshevGuardTripped()

bool peclet::flow::CutcellMG::chebyshevGuardTripped ( ) const

inline

Definition at line 3908 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::solvePressureSystem().

◆ rhsNorm()

double peclet::flow::CutcellMG::rhsNorm	(	CCField	b,
		CCField	scratch
	)

inline

Definition at line 3910 of file mac_cutcell_mg.hpp.

References maxabs(), and removeMean().

Referenced by peclet::flow::Solver< Grid >::applyBalancedForceProjection().

◆ residualNorm()

double peclet::flow::CutcellMG::residualNorm	(	CCField	b,
		CCField	x,
		CCField	r,
		CCField	Ap
	)

inline

Definition at line 3917 of file mac_cutcell_mg.hpp.

References axpy(), matvecOverlap(), maxabs(), and removeMean().

Referenced by peclet::flow::Solver< Grid >::applyBalancedForceProjection(), and peclet::flow::Solver< Grid >::solveBalancedForceSystem().

◆ dot()

double peclet::flow::CutcellMG::dot	(	Level &	lv,
		CCField	a,
		CCField	b
	)

inline

Definition at line 3926 of file mac_cutcell_mg.hpp.

References peclet::flow::ccReduce3().

Referenced by estimateEigenvalues(), and pcgAmg().

◆ maxabs()

double peclet::flow::CutcellMG::maxabs	(	Level &	lv,
		CCField	a
	)

inline

Definition at line 3947 of file mac_cutcell_mg.hpp.

References peclet::flow::ccReduce3().

Referenced by graphAmgSolveBottom(), residualNorm(), rhsNorm(), solveChebyshev(), and solvePCGResident().

◆ removeMean()

void peclet::flow::CutcellMG::removeMean	(	Level &	lv,
		CCField	f,
		bool	stopGuard = `false`
	)

inline

Definition at line 3975 of file mac_cutcell_mg.hpp.

References peclet::flow::ccFor3(), peclet::flow::ccReduce3(), ensureScalars(), kcnt_, kMsum, ks_, kStop, mean(), peclet::flow::meanSubtractCell(), and slot().

Referenced by estimateEigenvalues(), residualNorm(), rhsNorm(), solveChebyshev(), solvePCGResident(), and vcycleImpl().

◆ setMeanRemovalScope()

void peclet::flow::CutcellMG::setMeanRemovalScope ( bool all )

inline

Definition at line 4039 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureMeanRemoval().

◆ allreduceSeconds()

double peclet::flow::CutcellMG::allreduceSeconds ( ) const

inline

Definition at line 4044 of file mac_cutcell_mg.hpp.

◆ allreduceCount()

long peclet::flow::CutcellMG::allreduceCount ( ) const

inline

Definition at line 4045 of file mac_cutcell_mg.hpp.

◆ lastSolveFailed()

bool peclet::flow::CutcellMG::lastSolveFailed ( )

inline

Definition at line 4051 of file mac_cutcell_mg.hpp.

References kBottomFlag, noteBottomFlag(), and slot().

Referenced by peclet::flow::Solver< Grid >::applyBalancedForceProjection(), and peclet::flow::Solver< Grid >::projectSolve().

◆ resetAllreduceCounters()

void peclet::flow::CutcellMG::resetAllreduceCounters ( )

inline

Definition at line 4059 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::step().

◆ setAgglomerationMode()

void peclet::flow::CutcellMG::setAgglomerationMode ( int mode )

inline

Definition at line 4252 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::configurePorousDragSolver(), main(), peclet::flow::Solver< Grid >::setPressureBottomMode(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ setAgglomerationExtent()

void peclet::flow::CutcellMG::setAgglomerationExtent ( int cells )

inline

Definition at line 4253 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureBottomExtent().

◆ agglomerationExtent()

int peclet::flow::CutcellMG::agglomerationExtent ( ) const

inline

Definition at line 4254 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::pressureBottomExtent().

◆ setTelescope()

void peclet::flow::CutcellMG::setTelescope ( bool on )

inline

Definition at line 4255 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::setPressureTelescope().

◆ setCoarseGhost()

void peclet::flow::CutcellMG::setCoarseGhost ( bool on )

inline

Neumann coarse ghost on wall/inflow faces before the prolongation (see bcGhost_).

Definition at line 4257 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureCoarseGhost().

◆ coarseGhost()

bool peclet::flow::CutcellMG::coarseGhost ( ) const

inline

Definition at line 4258 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::pressureCoarseGhost().

◆ setAspectThreshold()

void peclet::flow::CutcellMG::setAspectThreshold ( double theta )

inline

Anisotropic-coarsening aspect threshold theta (see aspectTheta_).

Definition at line 4260 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setMultigridAspectThreshold().

◆ aspectThreshold()

double peclet::flow::CutcellMG::aspectThreshold ( ) const

inline

Definition at line 4261 of file mac_cutcell_mg.hpp.

◆ setCommAvoiding()

void peclet::flow::CutcellMG::setCommAvoiding ( int mask )

inline

Communication-avoiding smoothing mask (kCaMomentum | kCaMg); only kCaMg is read here.

Definition at line 4263 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setCommAvoiding().

◆ commAvoiding()

int peclet::flow::CutcellMG::commAvoiding ( ) const

inline

Definition at line 4264 of file mac_cutcell_mg.hpp.

◆ setStrictPressure()

void peclet::flow::CutcellMG::setStrictPressure ( bool on )

inline

Throw instead of reporting when the preconditioner returns a non-finite correction.

Definition at line 4266 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureStrict().

◆ strictPressure()

bool peclet::flow::CutcellMG::strictPressure ( ) const

inline

Definition at line 4267 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::pressureStrict().

◆ setExactResidual()

void peclet::flow::CutcellMG::setExactResidual ( bool on )

inline

The exact double flux-form level-0 apply in the residual and the Krylov matvec.

Definition at line 4269 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureExactResidual().

◆ exactResidual()

bool peclet::flow::CutcellMG::exactResidual ( ) const

inline

Definition at line 4270 of file mac_cutcell_mg.hpp.

◆ setOutflowCoefficient()

void peclet::flow::CutcellMG::setOutflowCoefficient ( bool on )

inline

Definition at line 4274 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::projectBuildCoefficients(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ outflowCoefficient()

bool peclet::flow::CutcellMG::outflowCoefficient ( ) const

inline

Definition at line 4275 of file mac_cutcell_mg.hpp.

◆ telescopeCount()

int peclet::flow::CutcellMG::telescopeCount ( ) const

inline

Definition at line 4279 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::pressureTelescopeCount().

◆ repartitionCount()

int peclet::flow::CutcellMG::repartitionCount ( ) const

inline

Definition at line 4288 of file mac_cutcell_mg.hpp.

Referenced by main().

◆ coarsestGlobal()

C3 peclet::flow::CutcellMG::coarsestGlobal ( ) const

inline

Definition at line 4296 of file mac_cutcell_mg.hpp.

Referenced by main().

◆ telescope()

bool peclet::flow::CutcellMG::telescope ( ) const

inline

Definition at line 4432 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::pressureTelescope().

◆ setTelescopeForceLevel()

void peclet::flow::CutcellMG::setTelescopeForceLevel ( int L )

inline

Definition at line 4433 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::setPressureTelescopeForceLevel().

◆ setTelescopeMinExtent()

void peclet::flow::CutcellMG::setTelescopeMinExtent ( int e )

inline

Definition at line 4434 of file mac_cutcell_mg.hpp.

Referenced by main().

◆ setRepartition()

void peclet::flow::CutcellMG::setRepartition ( bool on )

inline

Repartition stages for a weighted level-0 decomposition (see repartition_); before initMpi.

Definition at line 4436 of file mac_cutcell_mg.hpp.

Referenced by main(), and peclet::flow::Solver< Grid >::setSolidInitPressureMg().

◆ repartition()

bool peclet::flow::CutcellMG::repartition ( ) const

inline

Definition at line 4437 of file mac_cutcell_mg.hpp.

◆ localLevels()

int peclet::flow::CutcellMG::localLevels ( ) const

inline

Definition at line 4440 of file mac_cutcell_mg.hpp.

Referenced by main().

◆ agglomerationMode()

int peclet::flow::CutcellMG::agglomerationMode ( ) const

inline

Definition at line 4441 of file mac_cutcell_mg.hpp.

◆ setGraphAmgBottom()

void peclet::flow::CutcellMG::setGraphAmgBottom ( bool on )

inline

Definition at line 4442 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureGraphAmg().

◆ setBottomSolver()

void peclet::flow::CutcellMG::setBottomSolver ( int m )

inline

Definition at line 4451 of file mac_cutcell_mg.hpp.

Referenced by peclet::flow::Solver< Grid >::setPressureBottomSolver().

◆ bottomSolver()

int peclet::flow::CutcellMG::bottomSolver ( ) const

inline

Definition at line 4452 of file mac_cutcell_mg.hpp.

◆ bottomConnected()

bool peclet::flow::CutcellMG::bottomConnected ( ) const

inline

Definition at line 4456 of file mac_cutcell_mg.hpp.

◆ bottomComponents()

int peclet::flow::CutcellMG::bottomComponents ( ) const

inline

Definition at line 4457 of file mac_cutcell_mg.hpp.

◆ bottomForceForTest()

void peclet::flow::CutcellMG::bottomForceForTest ( )

inline

Definition at line 4458 of file mac_cutcell_mg.hpp.

References buildBottomStore(), and evalBottomComponents().

Referenced by main().

◆ directPlanes()

const BottomPlanes & peclet::flow::CutcellMG::directPlanes ( ) const

inline

Definition at line 4471 of file mac_cutcell_mg.hpp.

Referenced by main().

◆ directFactorForTest()

template<class FR >

BottomDirect< FR > peclet::flow::CutcellMG::directFactorForTest	(	int	team,
		double	tauPiv0 = `kBottomPivotTol`,
		int *	Tused = `nullptr`,
		bool	teamAlgorithm = `false`
	)

inline

Definition at line 4473 of file mac_cutcell_mg.hpp.

References peclet::flow::BottomDirect< FacReal >::allocate(), and launchDirectFactor().

Referenced by main().

◆ directApplyForTest()

template<class FR >

int peclet::flow::CutcellMG::directApplyForTest	(	const BottomDirect< FR > &	D,
		CCField	z,
		CCField	r,
		int	team,
		bool	noMean = `false`
	)

inline

Definition at line 4483 of file mac_cutcell_mg.hpp.

References launchDirectKernel().

◆ directSolveForTest()

int peclet::flow::CutcellMG::directSolveForTest ( )

inline

Definition at line 4489 of file mac_cutcell_mg.hpp.

References directBottomSolve().

◆ directSolveTeamForTest()

int peclet::flow::CutcellMG::directSolveTeamForTest	(	int	team,
		int *	Tused = `nullptr`
	)

inline

Definition at line 4498 of file mac_cutcell_mg.hpp.

References launchDirectFactor(), and launchDirectKernel().

◆ directRestarts()

int peclet::flow::CutcellMG::directRestarts ( ) const

inline

Definition at line 4512 of file mac_cutcell_mg.hpp.

◆ directPivotTolForTest()

void peclet::flow::CutcellMG::directPivotTolForTest ( double t )

inline

Definition at line 4516 of file mac_cutcell_mg.hpp.

◆ directMarkStaleForTest()

void peclet::flow::CutcellMG::directMarkStaleForTest ( )

inline

Definition at line 4517 of file mac_cutcell_mg.hpp.

Member Data Documentation

◆ G

constexpr int peclet::flow::CutcellMG::G = 1

staticconstexpr

Definition at line 950 of file mac_cutcell_mg.hpp.

Referenced by fillAxis(), fillWrap(), init(), matvecOverlap(), setOpenness(), and solvePCGResident().

◆ kNSlots

constexpr int peclet::flow::CutcellMG::kNSlots = 9

staticconstexpr

Definition at line 1864 of file mac_cutcell_mg.hpp.

Referenced by ensureScalars().

◆ kPacket

constexpr int peclet::flow::CutcellMG::kPacket = 4

staticconstexpr

Definition at line 1865 of file mac_cutcell_mg.hpp.

Referenced by ensureScalars(), and solvePCGResident().

◆ kBrkPAp

constexpr double peclet::flow::CutcellMG::kBrkPAp = 1.0

staticconstexpr

Definition at line 1866 of file mac_cutcell_mg.hpp.

Referenced by solvePCGResident().

◆ kBrkRz

constexpr double peclet::flow::CutcellMG::kBrkRz = 2.0

static

Definition at line 1866 of file mac_cutcell_mg.hpp.

Referenced by solvePCGResident().

◆ ks_

Kokkos::View<double*, CCMem> peclet::flow::CutcellMG::ks_

Definition at line 1867 of file mac_cutcell_mg.hpp.

Referenced by ensureScalars(), makeBottomKernel(), removeMean(), slot(), and solvePCGResident().

◆ kcnt_

Kokkos::View<long, CCMem> peclet::flow::CutcellMG::kcnt_

Definition at line 1868 of file mac_cutcell_mg.hpp.

Referenced by ensureScalars(), and removeMean().

◆ kpk_

Kokkos::View<double*, Kokkos::HostSpace> peclet::flow::CutcellMG::kpk_

Definition at line 1869 of file mac_cutcell_mg.hpp.

Referenced by ensureScalars(), and solvePCGResident().

◆ kHostMemory

constexpr bool peclet::flow::CutcellMG::kHostMemory

staticconstexpr

Initial value:

=

std::is_same_v<typename CCExec::memory_space, Kokkos::HostSpace>

Definition at line 2823 of file mac_cutcell_mg.hpp.

Referenced by directTeam().

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

src/mac_cutcell_mg.hpp

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

◆ EigenStart

◆ anonymous enum

Member Function Documentation

◆ parityOg()

◆ mgChooseRatio()

◆ setMetric()

◆ levelRatios()

◆ init()

◆ nLevels()

◆ level()

◆ setBoundaryConditions()

◆ applyOutflowGhost()

◆ applyNeumannGhost()

◆ touchesGlobalFace()

◆ applyBoundaryOpenness()

◆ applyBoundaryOpennessFrom()

◆ saveOutflowPlanes()

◆ setOpenness()

◆ solvePCG()

◆ ensureScalars()

◆ slot()

◆ readSlot()

◆ setSlot()

◆ dotTo()

◆ maxabsTo()

◆ setDebugBreakdown()

◆ solvePCGResident()

◆ solveFCG()

◆ solveBiCGStab()

◆ precondVcycle()

◆ vcycle()

◆ vcycleImpl()

◆ caSmooth()

◆ fusedWrapReads()

◆ fusedWrapSmooth()

◆ smooth()

◆ agglomerateBottom()

◆ directBottomIneligible()

◆ buildBottomStore()

◆ evalBottomComponents()

◆ makeBottomKernel()

◆ noteBottomFlag()

◆ directTeam()

◆ launchDirectFactor()

◆ launchDirectKernel()

◆ directBottomSolve()

◆ buildAmg()

◆ graphAmgSolveBottom()

◆ pcgAmg()

◆ matvecOverlap()

◆ fill()

◆ fillWrap()

◆ fillOpenness()

◆ fillAxis()

◆ axpy()

◆ aypx()

◆ scale()

◆ lin()

◆ maskSolid()

◆ workVector()

◆ eigenWarmReady()

◆ eigenWarmMax()

◆ eigenWarmMin()

◆ setEigenWarm()

◆ estimateEigenvalues()

◆ solveChebyshev()

◆ setStopReference()

◆ chebyshevGuardTripped()

◆ rhsNorm()

◆ residualNorm()

◆ dot()