peclet::voro::physics::ExplicitEuler< Real, Sdf > Class Template Reference

#include <simulation.hpp>

Public Types
using	DView = Kokkos::View< Real *, peclet::core::MemSpace >

Public Member Functions
void	setSdf (const Sdf &s)
void	init (const DView &posFlat, const DView &vel, const DView &invMass, const std::array< Real, 3 > &L, Real pressEq)
void	setViscous (const DView &visc, const DView &bulkVisc)
	Enable the viscous term (NavierStokes); per-particle viscosities (size N).
void	step (int nSteps, Real dt)
Real	kineticEnergy (const DView &mass) const
Real	internalEnergy () const
const DView &	positions () const
const DView &	velocities () const
const DView &	force () const
const TessellationView< Real > &	view () const
int	numParticles () const
Real	time () const
void	setRepair (bool on)
bool	repair () const
void	setProfile (bool on)
	The cold build's timing / over-buffer report on stderr (buildTessellation's profile).

Detailed Description

template<class Real, class Sdf = peclet::voro::NoSdf>
class peclet::voro::physics::ExplicitEuler< Real, Sdf >

Sdf (rung A0): an SDF solid — the cells are clipped by it (wall facets carry kBoundaryFacet and the EOS pressure force's self term acts on them: the wall pushes back) on both the full-rebuild and the incremental-repair paths. Set it with setSdf() before init().

Member Typedef Documentation

DView

template<class Real , class Sdf = peclet::voro::NoSdf>

using peclet::voro::physics::ExplicitEuler< Real, Sdf >::DView = Kokkos::View<Real*, peclet::core::MemSpace>

Member Function Documentation

force()

template<class Real , class Sdf = peclet::voro::NoSdf>

const DView & peclet::voro::physics::ExplicitEuler< Real, Sdf >::force ( ) const

inline

init()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::init ( const DView &  posFlat, const DView &  vel, const DView &  invMass, const std::array< Real, 3 > &  L, Real  pressEq  )

inline

Parameters

posFlat,vel	3*N device arrays (x-fastest per particle), pos in [0,L).
invMass	1/m per particle (N).
pressEq	EOS constant.

internalEnergy()

template<class Real , class Sdf = peclet::voro::NoSdf>

Real peclet::voro::physics::ExplicitEuler< Real, Sdf >::internalEnergy ( ) const

inline

kineticEnergy()

template<class Real , class Sdf = peclet::voro::NoSdf>

Real peclet::voro::physics::ExplicitEuler< Real, Sdf >::kineticEnergy ( const DView &  mass ) const

inline

numParticles()

template<class Real , class Sdf = peclet::voro::NoSdf>

int peclet::voro::physics::ExplicitEuler< Real, Sdf >::numParticles ( ) const

inline

positions()

template<class Real , class Sdf = peclet::voro::NoSdf>

const DView & peclet::voro::physics::ExplicitEuler< Real, Sdf >::positions ( ) const

inline

repair()

template<class Real , class Sdf = peclet::voro::NoSdf>

bool peclet::voro::physics::ExplicitEuler< Real, Sdf >::repair ( ) const

inline

setProfile()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::setProfile ( bool  on )

inline

The cold build's timing / over-buffer report on stderr (buildTessellation's profile).

setRepair()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::setRepair ( bool  on )

inline

Opt-in (E1 scaffolding, default off): use the incremental moving-point repair for the topology each step and reeval-publish the force geometry, instead of a full rebuild. Same physics contract; ~10× cheaper geometry per the repair benches. Set before init(). The physics wiring/tuning on top of this scaffolding is ongoing work.

setSdf()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::setSdf ( const Sdf &  s )

inline

setViscous()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::setViscous ( const DView &  visc, const DView &  bulkVisc  )

inline

Enable the viscous term (NavierStokes); per-particle viscosities (size N).

step()

template<class Real , class Sdf = peclet::voro::NoSdf>

void peclet::voro::physics::ExplicitEuler< Real, Sdf >::step ( int  nSteps, Real  dt  )

inline

time()

template<class Real , class Sdf = peclet::voro::NoSdf>

Real peclet::voro::physics::ExplicitEuler< Real, Sdf >::time ( ) const

inline

velocities()

template<class Real , class Sdf = peclet::voro::NoSdf>

const DView & peclet::voro::physics::ExplicitEuler< Real, Sdf >::velocities ( ) const

inline

view()

template<class Real , class Sdf = peclet::voro::NoSdf>

const TessellationView< Real > & peclet::voro::physics::ExplicitEuler< Real, Sdf >::view ( ) const

inline

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

• include/peclet/voro/physics/simulation.hpp