#include <distributed_flow_mg.hpp>

Public Types
using	DO = DistributedOctree< Dim, Bits >

using	Octree = typename DO::Octree

using	Poisson = AmrPoisson< Dim, Bits >

using	M = typename Octree::M

using	Code = typename Octree::Code

Public Member Functions
template<class OpenFn >
void	build (const DO &finest, double h0, OpenFn &&openFn, const LeafHalo< Dim, Bits > *shared0=nullptr)
	Build with cut-cell openness `openFn(faceCentreWorld, axis) → [0,1]` on the flow's distributed octree (graded + cross-block 2:1 balanced).

void	setRemoveMean (bool on)

std::size_t	numLevels () const

Index	numLeaves (std::size_t L=0) const

Index	extendedSize (std::size_t L=0) const

View< double >	x (std::size_t L=0)

View< double >	b (std::size_t L=0)

const FvOp &	op (std::size_t L=0) const

MPI_Comm	comm () const

const Poisson &	poisson (std::size_t L=0) const

const LeafHalo< Dim, Bits > &	halo (std::size_t L=0) const

void	sync (std::size_t L, View< double > v) const
	Refresh the ghost tail of a level-L vector (the PCG matvec hook uses level 0).

void	vcycle (int pre=2, int post=2, int bottom=40, double omega=0.8, std::size_t L=0)
	One V-cycle on level L (correction scheme), the distributed mirror of Multigrid::vcycle: ghost refresh before every Jacobi sweep / residual, local transfers, Allreduce'd mean removal.

Detailed Description

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>
class peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >

Definition at line 93 of file distributed_flow_mg.hpp.

Member Typedef Documentation

◆ DO

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

using peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::DO = DistributedOctree<Dim, Bits>

Definition at line 95 of file distributed_flow_mg.hpp.

◆ Octree

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

using peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::Octree = typename DO::Octree

Definition at line 96 of file distributed_flow_mg.hpp.

◆ Poisson

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

using peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::Poisson = AmrPoisson<Dim, Bits>

Definition at line 97 of file distributed_flow_mg.hpp.

◆ M

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

using peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::M = typename Octree::M

Definition at line 98 of file distributed_flow_mg.hpp.

◆ Code

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

using peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::Code = typename Octree::Code

Definition at line 99 of file distributed_flow_mg.hpp.

Member Function Documentation

◆ build()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

template<class OpenFn >

void peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::build	(	const DO &	finest,
		double	h0,
		OpenFn &&	openFn,
		const LeafHalo< Dim, Bits > *	shared0 = `nullptr`
	)

inline

Build with cut-cell openness openFn(faceCentreWorld, axis) → [0,1] on the flow's distributed octree (graded + cross-block 2:1 balanced).

Collective.

shared0 (optional): a FINALIZED LeafHalo whose registry is a superset of level 0's face probes — the distributed AmrFlow passes its ±2 flow registry so the level-0 operator's ghost columns index the SAME extended layout as the flow's cell vectors (φ, the overlay chains, the PCG/BiCGStab scratch): one layout, no cross-indexing. Level-0 probes (±1 face reach incl. finer sub-neighbours) are a subset of the flow's forEachFaceFull discovery, so every probe resolves from the frozen registry.

Definition at line 111 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ setRemoveMean()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

void peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::setRemoveMean ( bool on )

inline

Definition at line 123 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ numLevels()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::size_t peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::numLevels ( ) const

inline

Definition at line 125 of file distributed_flow_mg.hpp.

◆ numLeaves()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

Index peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::numLeaves ( std::size_t L = 0 ) const

inline

Definition at line 126 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ extendedSize()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

Index peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::extendedSize ( std::size_t L = 0 ) const

inline

Definition at line 127 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ x()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

View< double > peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::x ( std::size_t L = 0 )

inline

Definition at line 128 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ b()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

View< double > peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::b ( std::size_t L = 0 )

inline

Definition at line 129 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ op()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

const FvOp & peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::op ( std::size_t L = 0 ) const

inline

Definition at line 130 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ comm()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

MPI_Comm peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::comm ( ) const

inline

Definition at line 131 of file distributed_flow_mg.hpp.

◆ poisson()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

const Poisson & peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::poisson ( std::size_t L = 0 ) const

inline

Definition at line 132 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ halo()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

const LeafHalo< Dim, Bits > & peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::halo ( std::size_t L = 0 ) const

inline

Definition at line 133 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ sync()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

void peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::sync	(	std::size_t	L,
		View< double >	v
	)		const

inline

Refresh the ghost tail of a level-L vector (the PCG matvec hook uses level 0).

Definition at line 136 of file distributed_flow_mg.hpp.

References peclet::core::amr::transferFieldGradients().

◆ vcycle()

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

void peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::vcycle	(	int	pre = `2`,
		int	post = `2`,
		int	bottom = `40`,
		double	omega = `0.8`,
		std::size_t	L = `0`
	)

inline

One V-cycle on level L (correction scheme), the distributed mirror of Multigrid::vcycle: ghost refresh before every Jacobi sweep / residual, local transfers, Allreduce'd mean removal.

Definition at line 141 of file distributed_flow_mg.hpp.

References peclet::core::amr::jacobiFv(), peclet::core::amr::prolongAdd(), peclet::core::amr::removeMeanFvDist(), peclet::core::amr::residualFv(), peclet::core::amr::restrictField(), peclet::core::amr::transferFieldGradients(), and peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::vcycle().

Referenced by peclet::core::amr::DistributedFlowMultigrid< Dim, Bits >::vcycle().

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

distributed_flow_mg.hpp

Public Types

Public Member Functions

Detailed Description

Member Typedef Documentation

◆ DO

◆ Octree

◆ Poisson

◆ M

◆ Code

Member Function Documentation

◆ build()

◆ setRemoveMean()

◆ numLevels()

◆ numLeaves()

◆ extendedSize()

◆ x()

◆ b()

◆ op()

◆ comm()

◆ poisson()

◆ halo()

◆ sync()

◆ vcycle()