NucleationManager< dim, degree, number > Class Template Reference

The class handles the stochastic nucleation in PRISMS-PF. More...

#include <nucleation_manager.h>

Static Public Member Functions
static bool	attempt_nucleation (const SolveContext< dim, degree, number > &solve_context, std::vector< Nucleus< dim > > &nuclei)
	Main nucleation function. Iterates over the domain and stochastically adds nuclei to the list.
static unsigned int	calculate_number_of_events (const double &rate, const double &delta_t, const double &volume, RNGEngine &rng)
	Samples the poisson distribution to calculate a number of events in a time-volume given a rate.
static bool	gather_exclude_broadcast_nuclei (std::list< Nucleus< dim > > &new_nuclei_list, std::vector< Nucleus< dim > > &global_nuclei, const UserInputParameters< dim > &user_inputs, const SimulationTimer &time_info)
	Gathers the potential new nuclei from each processor onto the root process, eliminates any nuclei that need be excluded, then updates and redistributes the global list to each process.
static void	mpi_gather_nuclei (std::vector< Nucleus< dim > > &local_nuclei)
	Gathers nuclei lists to root. Modifies.
static void	mpi_broadcast_nuclei (std::vector< Nucleus< dim > > &local_nuclei)
	Broadcasts nuclei lists from root. Modifies.

Detailed Description

template<unsigned int dim, unsigned int degree, typename number>
class NucleationManager< dim, degree, number >

The class handles the stochastic nucleation in PRISMS-PF.

Member Function Documentation

attempt_nucleation()

template<unsigned int dim, unsigned int degree, typename number>

bool NucleationManager< dim, degree, number >::attempt_nucleation ( const SolveContext< dim, degree, number > & solve_context, std::vector< Nucleus< dim > > & nuclei )

inlinestatic

Main nucleation function. Iterates over the domain and stochastically adds nuclei to the list.

Parameters

nuclei

based on nucleation rates.

calculate_number_of_events()

template<unsigned int dim, unsigned int degree, typename number>

static unsigned int NucleationManager< dim, degree, number >::calculate_number_of_events ( const double & rate, const double & delta_t, const double & volume, RNGEngine & rng )

inlinestatic

Samples the poisson distribution to calculate a number of events in a time-volume given a rate.

gather_exclude_broadcast_nuclei()

template<unsigned int dim, unsigned int degree, typename number>

bool NucleationManager< dim, degree, number >::gather_exclude_broadcast_nuclei ( std::list< Nucleus< dim > > & new_nuclei_list, std::vector< Nucleus< dim > > & global_nuclei, const UserInputParameters< dim > & user_inputs, const SimulationTimer & time_info )

inlinestatic

Gathers the potential new nuclei from each processor onto the root process, eliminates any nuclei that need be excluded, then updates and redistributes the global list to each process.

mpi_broadcast_nuclei()

template<unsigned int dim, unsigned int degree, typename number>

void NucleationManager< dim, degree, number >::mpi_broadcast_nuclei ( std::vector< Nucleus< dim > > & local_nuclei )

inlinestatic

Broadcasts nuclei lists from root. Modifies.

Parameters

local_nuclei

mpi_gather_nuclei()

template<unsigned int dim, unsigned int degree, typename number>

void NucleationManager< dim, degree, number >::mpi_gather_nuclei ( std::vector< Nucleus< dim > > & local_nuclei )

inlinestatic

Gathers nuclei lists to root. Modifies.

Parameters

local_nuclei

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

• include/prismspf/nucleation/nucleation_manager.h