NucleationParameters Struct Reference

Struct that holds nucleation parameters. More...

#include <nucleation_parameters.h>

Public Member Functions
bool	should_attempt_nucleation (unsigned int increment) const
	Return if the increment should be nucleationted.
void	validate () const
	Postprocess and validate parameters.
void	print_parameter_summary () const
	Print parameters to summary.log.
void	set_nucleation_period (const unsigned int &_nucleation_period)
	Set the print nucleation period.
unsigned int	get_nucleation_period () const
	Get the nucleation period.
void	set_exclusion_distance (const double &_nucleus_exclusion_distance)
	Set the nucleus exclusion distance.
double	get_exclusion_distance () const
	Get the nucleus exclusion distance.
void	set_same_field_exclusion_distance (const double &exclusion_distance)
	Set the nucleus exclusion distance.
double	get_same_field_exclusion_distance () const
	Get the nucleus exclusion distance.
void	set_refinement_radius (const double &_refinement_radius)
	Set the refinement radius.
double	get_refinement_radius () const
	Get the refinement radius.
void	set_seeding_time (const double &_seeding_time)
	Set the seeding time.
double	get_seeding_time () const
	Get the seeding time.
void	set_seeding_increments (const unsigned int &_seeding_increments)
	Set the seeding increments.
unsigned int	get_seeding_increments () const
	Get the seeding increments.
template<unsigned int dim>
bool	check_active (const Nucleus< dim > &nucleus, const SimulationTimer &time_info) const
	Check if a nucleus is still active based on its seed time and increment. A nucleus is considered active if the current time or increment is within the greater of the seeding time or seeding increments. The exclusion distance and active refinement are only applied to active nuclei.
bool	postprocessed_nucleation_rate_exists () const
	Whether a postprocessed nucleation rate exists.

Private Attributes
unsigned int	nucleation_period = UINT_MAX
bool	pp_nucleation_rate_exists = false
double	nucleus_exclusion_distance = 0.0
double	same_field_nucleus_exclusion_distance = 0.0
double	refinement_radius = 0.0
double	seeding_time = 0.0
unsigned int	seeding_increments = 1

Detailed Description

Struct that holds nucleation parameters.

Member Function Documentation

check_active()

template<unsigned int dim>

bool NucleationParameters::check_active ( const Nucleus< dim > &  nucleus, const SimulationTimer &  time_info  ) const

inline

Check if a nucleus is still active based on its seed time and increment. A nucleus is considered active if the current time or increment is within the greater of the seeding time or seeding increments. The exclusion distance and active refinement are only applied to active nuclei.

get_exclusion_distance()

double NucleationParameters::get_exclusion_distance ( ) const

inline

Get the nucleus exclusion distance.

get_nucleation_period()

unsigned int NucleationParameters::get_nucleation_period ( ) const

inline

Get the nucleation period.

get_refinement_radius()

double NucleationParameters::get_refinement_radius ( ) const

inline

Get the refinement radius.

get_same_field_exclusion_distance()

double NucleationParameters::get_same_field_exclusion_distance ( ) const

inline

Get the nucleus exclusion distance.

get_seeding_increments()

unsigned int NucleationParameters::get_seeding_increments ( ) const

inline

Get the seeding increments.

get_seeding_time()

double NucleationParameters::get_seeding_time ( ) const

inline

Get the seeding time.

postprocessed_nucleation_rate_exists()

bool NucleationParameters::postprocessed_nucleation_rate_exists ( ) const

inline

Whether a postprocessed nucleation rate exists.

print_parameter_summary()

void NucleationParameters::print_parameter_summary ( ) const

inline

Print parameters to summary.log.

set_exclusion_distance()

void NucleationParameters::set_exclusion_distance ( const double &  _nucleus_exclusion_distance )

inline

Set the nucleus exclusion distance.

set_nucleation_period()

void NucleationParameters::set_nucleation_period ( const unsigned int &  _nucleation_period )

inline

Set the print nucleation period.

set_refinement_radius()

void NucleationParameters::set_refinement_radius ( const double &  _refinement_radius )

inline

Set the refinement radius.

set_same_field_exclusion_distance()

void NucleationParameters::set_same_field_exclusion_distance ( const double &  exclusion_distance )

inline

Set the nucleus exclusion distance.

set_seeding_increments()

void NucleationParameters::set_seeding_increments ( const unsigned int &  _seeding_increments )

inline

Set the seeding increments.

set_seeding_time()

void NucleationParameters::set_seeding_time ( const double &  _seeding_time )

inline

Set the seeding time.

should_attempt_nucleation()

bool NucleationParameters::should_attempt_nucleation ( unsigned int  increment ) const

inline

Return if the increment should be nucleationted.

validate()

void NucleationParameters::validate ( ) const

inline

Postprocess and validate parameters.

Member Data Documentation

nucleation_period

unsigned int NucleationParameters::nucleation_period = UINT_MAX

private

nucleus_exclusion_distance

double NucleationParameters::nucleus_exclusion_distance = 0.0

private

pp_nucleation_rate_exists

bool NucleationParameters::pp_nucleation_rate_exists = false

private

refinement_radius

double NucleationParameters::refinement_radius = 0.0

private

same_field_nucleus_exclusion_distance

double NucleationParameters::same_field_nucleus_exclusion_distance = 0.0

private

seeding_increments

unsigned int NucleationParameters::seeding_increments = 1

private

seeding_time

double NucleationParameters::seeding_time = 0.0

private

---

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

• /home/runner/work/phaseField/phaseField/include/prismspf/user_inputs/nucleation_parameters.h