peclet::voro::pybind::Sim Class Reference

Inheritance diagram for peclet::voro::pybind::Sim:

Collaboration diagram for peclet::voro::pybind::Sim:

Public Member Functions
	Sim ()=default
void	release () noexcept override
void	set_domain (std::array< real_t, 3 > extent, std::array< real_t, 3 > origin, std::array< bool, 3 > periodic)
std::array< real_t, 3 >	extent () const
void	set_positions (nb::ndarray< real_t, nb::c_contig > a)
void	set_velocities (nb::ndarray< real_t, nb::c_contig > a)
void	set_masses (nb::ndarray< real_t, nb::c_contig > a)
void	set_pressure (real_t p)
void	set_viscosities (nb::ndarray< real_t, nb::c_contig > a)
void	set_bulk_viscosities (nb::ndarray< real_t, nb::c_contig > a)
void	set_repair (bool on)
void	set_profile (bool on)
void	set_geometry (nb::ndarray< int, nb::c_contig > node_ints, nb::ndarray< real_t, nb::c_contig > node_reals, int root, real_t grad_h)
void	clear_geometry ()
void	init ()
void	set_dt (real_t dt)
real_t	dt () const
void	step (int nsteps)
nb::ndarray< nb::numpy, real_t >	get_positions ()
nb::ndarray< nb::numpy, real_t >	get_velocities ()
nb::ndarray< nb::numpy, real_t >	get_forces ()
real_t	kinetic_energy ()
real_t	internal_energy ()
real_t	time ()
int	num_particles () const
nb::ndarray< nb::numpy, real_t >	get_volumes ()
nb::ndarray< nb::numpy, int >	get_neighbor_counts ()

Constructor & Destructor Documentation

Sim()

peclet::voro::pybind::Sim::Sim ( )

default

Member Function Documentation

clear_geometry()

void peclet::voro::pybind::Sim::clear_geometry ( )

inline

dt()

real_t peclet::voro::pybind::Sim::dt ( ) const

inline

extent()

std::array< real_t, 3 > peclet::voro::pybind::Sim::extent ( ) const

inline

get_forces()

nb::ndarray< nb::numpy, real_t > peclet::voro::pybind::Sim::get_forces ( )

inline

get_neighbor_counts()

nb::ndarray< nb::numpy, int > peclet::voro::pybind::Sim::get_neighbor_counts ( )

inline

get_positions()

nb::ndarray< nb::numpy, real_t > peclet::voro::pybind::Sim::get_positions ( )

inline

get_velocities()

nb::ndarray< nb::numpy, real_t > peclet::voro::pybind::Sim::get_velocities ( )

inline

get_volumes()

nb::ndarray< nb::numpy, real_t > peclet::voro::pybind::Sim::get_volumes ( )

inline

init()

void peclet::voro::pybind::Sim::init ( )

inline

internal_energy()

real_t peclet::voro::pybind::Sim::internal_energy ( )

inline

kinetic_energy()

real_t peclet::voro::pybind::Sim::kinetic_energy ( )

inline

num_particles()

int peclet::voro::pybind::Sim::num_particles ( ) const

inline

release()

void peclet::voro::pybind::Sim::release ( )

inlineoverridenoexcept

set_bulk_viscosities()

void peclet::voro::pybind::Sim::set_bulk_viscosities ( nb::ndarray< real_t, nb::c_contig >  a )

inline

set_domain()

void peclet::voro::pybind::Sim::set_domain ( std::array< real_t, 3 >  extent, std::array< real_t, 3 >  origin, std::array< bool, 3 >  periodic  )

inline

set_dt()

void peclet::voro::pybind::Sim::set_dt ( real_t  dt )

inline

set_geometry()

void peclet::voro::pybind::Sim::set_geometry ( nb::ndarray< int, nb::c_contig >  node_ints, nb::ndarray< real_t, nb::c_contig >  node_reals, int  root, real_t  grad_h  )

inline

set_masses()

void peclet::voro::pybind::Sim::set_masses ( nb::ndarray< real_t, nb::c_contig >  a )

inline

set_positions()

void peclet::voro::pybind::Sim::set_positions ( nb::ndarray< real_t, nb::c_contig >  a )

inline

set_pressure()

void peclet::voro::pybind::Sim::set_pressure ( real_t  p )

inline

set_profile()

void peclet::voro::pybind::Sim::set_profile ( bool  on )

inline

set_repair()

void peclet::voro::pybind::Sim::set_repair ( bool  on )

inline

set_velocities()

void peclet::voro::pybind::Sim::set_velocities ( nb::ndarray< real_t, nb::c_contig >  a )

inline

set_viscosities()

void peclet::voro::pybind::Sim::set_viscosities ( nb::ndarray< real_t, nb::c_contig >  a )

inline

step()

void peclet::voro::pybind::Sim::step ( int  nsteps )

inline

time()

real_t peclet::voro::pybind::Sim::time ( )

inline

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

• src/voro_simulation.cpp