SPADES< Model > Class Template Reference

SPADES API: spades::SPADES< Model > Class Template Reference

SPADES API

#include <SPADES.H>

Inheritance diagram for spades::SPADES< Model >:

Collaboration diagram for spades::SPADES< Model >:

Public Member Functions
	SPADES (const Model &model)

	~SPADES () override

void	initialize_data ()
	Initializes data.

void	evolve ()
	Advance solution to final time.

void	MakeNewLevelFromCoarse (int lev, amrex::Real time, const amrex::BoxArray &ba, const amrex::DistributionMapping &dm) override
	Make a new level.

void	RemakeLevel (int lev, amrex::Real time, const amrex::BoxArray &ba, const amrex::DistributionMapping &dm) override
	Remake an existing level.

void	ClearLevel (int lev) override
	Delete level data.

void	MakeNewLevelFromScratch (int lev, amrex::Real time, const amrex::BoxArray &ba, const amrex::DistributionMapping &dm) override
	Make a level from scratch.

void	ErrorEst (int, amrex::TagBoxArray &, amrex::Real, int) override
	Tag cells for refinement.

std::unique_ptr< amrex::MultiFab >	get_field (const std::string &name, const int ngrow)
	Get a field based on a variable name.

void	plot_file_mf ()
	Put together the MultiFab for output.

void	initialize_state ()
	Initialize state.

void	initialize_particle_containers ()
	Initialize the particle containers.

void	process_messages ()
	Process messages.

void	rollback ()
	Perform rollback.

void	rollback_statistics ()
	Print rollback statistics.

void	update_gvt ()
	Update the global virtual time.

void	update_lbts ()
	Update the Lower Bound on Incoming Time Stamp.

Static Public Member Functions
static amrex::Real	est_time_step ()
	Compute the time step.

Static Public Attributes
static constexpr int	LEV {0}
	Level index.

Private Member Functions
void	read_parameters ()
	Read parameters.

void	compute_dt ()
	Wrapper for EstTimeStep.

void	time_step (const amrex::Real time)
	Advance by the time step.

void	advance (const amrex::Real time, const amrex::Real dt)
	Advance for a single time step.

bool	check_field_existence (const std::string &name)
	Check if a field exists.

void	set_ics ()
	Set the user defined IC functions.

std::string	plot_file_name (const int step) const
	Get plotfile name.

std::string	chk_file_name (const int step) const
	Get checkpoint file name.

amrex::Vector< std::string >	plot_file_var_names () const
	Set plotfile variables names.

void	write_plot_file ()
	Write plotfile to disk.

void	write_checkpoint_file () const
	Write checkpoint file to disk.

void	read_checkpoint_file ()
	Read checkpoint file from disk.

void	write_info_file (const std::string &path) const
	Write job info to disk.

void	write_rng_file (const std::string &path) const
	Write random number generator seed info.

void	read_rng_file (const std::string &path) const
	Read random number generator seed info.

void	initialize_rng () const
	Initialize the random number generator.

void	write_data_file (const bool is_init) const
	Write simulation information.

void	summary ()
	Compute summary data.

Static Private Member Functions
static void	post_time_step ()
	Perform work after a time step.

static int	get_field_component (const std::string &name, const amrex::Vector< std::string > &varnames)
	Get field component.

Private Attributes
int	m_istep {0}
	Current step.

amrex::Real	m_gvt {constants::LOW_NUM}
	Global virtual time.

amrex::Real	m_t_new {0.0}
	New time.

amrex::Real	m_t_old {constants::LOW_NUM}
	Old time.

amrex::Real	m_dt {constants::LARGE_NUM}
	Time step.

amrex::Real	m_lbts {constants::LOW_NUM}
	Lower bound on incoming time stamp.

amrex::Long	m_ncells {0}
	Cell count.

amrex::Long	m_ntotal_messages {0}
	Total message count.

amrex::Vector< amrex::Long >	m_nmessages
	Message counts.

amrex::Vector< amrex::Long >	m_min_messages
	Min of message counts.

amrex::Vector< amrex::Long >	m_max_messages
	Max of message counts.

amrex::Long	m_nprocessed_messages {0}
	Count of processed messages.

amrex::Long	m_ntotal_entities {0}
	Total entity count.

amrex::Long	m_nentities {0}
	Entity count.

amrex::Vector< int >	m_nrollbacks
	Number of rollbacks.

amrex::Vector< amrex::Real >	m_min_timings
	Min timings for each step.

amrex::Vector< amrex::Real >	m_max_timings
	Max timings for each step.

amrex::Vector< amrex::Real >	m_avg_timings
	Average timings for each step.

int	m_max_step = std::numeric_limits<int>::max()
	Maximum number of steps.

amrex::Real	m_stop_time = std::numeric_limits<amrex::Real>::max()
	Stop time.

amrex::Vector< std::string >	m_spades_varnames
	All variable names for output.

amrex::Vector< std::string >	m_state_varnames
	State variable names for output.

amrex::Vector< std::string >	m_message_counts_varnames
	Message count names for output.

amrex::Vector< std::string >	m_entity_counts_varnames
	Entity count names for output.

amrex::MultiFab	m_state
	Multifabs to store the solution.

amrex::MultiFab	m_plt_mf
	Multifabs for output.

const int	m_state_ngrow = 0
	Number of ghost cells.

std::string	m_restart_chkfile
	Restart file name, restart from this checkpoint if it is not empty.

std::string	m_plot_file {"plt"}
	Plotfile prefix (optional user input)

int	m_plot_int = -1
	Plotfile frequency (optional user input)

std::string	m_chk_file {"chk"}
	Checkpoint prefix (optional user input)

int	m_chk_int = -1
	Checkpoint frequency (optional user input)

int	m_nfiles {constants::TWO_TO_EIGHT}
	Number of plot and checkpoint data files per write.

int	m_file_name_digits {constants::FILE_NAME_DIGITS}
	Digits used in the plotfile and checkpoint file names.

int	m_rng_file_name_digits {constants::RNG_FILE_NAME_DIGITS}
	Digits used in the rng seed file names.

bool	m_write_messages {false}
	Boolean to output messages (optional user input)

bool	m_write_entities {false}
	Boolean to output entities (optional user input)

std::string	m_data_fname {"data.csv"}
	Filename for simulation data.

const int	m_data_precision {6}
	Data precision for data output.

amrex::Real	m_lookahead {1.0}
	Lookahead value (optional user input)

amrex::Real	m_window_size {constants::LARGE_NUM}
	Window size for processing messages (optional user input)

int	m_messages_per_step {1}
	Number of messages to process in each step (optional user input)

int	m_messages_per_lp {1}
	Number of messages per logical process (optional user input)

int	m_seed {0}
	Random number generator seed (optional user input)

std::unique_ptr< ic::InitializerBase >	m_ic_op
	Initial condition operator.

std::string	m_ic_type
	Initial condition type (optional user input)

std::unique_ptr< particles::MessageParticleContainer >	m_message_pc
	Message particle container.

std::unique_ptr< particles::EntityParticleContainer >	m_entity_pc
	Entity article container.

const Model &	m_model
	Model.

Detailed Description

template<typename Model>
class spades::SPADES< Model >

Main SPADES class.

Constructor & Destructor Documentation

◆ SPADES()

template<typename Model >

spades::SPADES< Model >::SPADES ( const Model & model )

◆ ~SPADES()

template<typename Model >

spades::SPADES< Model >::~SPADES ( )

override

Member Function Documentation

◆ advance()

template<typename Model >

void spades::SPADES< Model >::advance	(	const amrex::Real	time,
		const amrex::Real	dt )

private

Advance for a single time step.

Parameters

time	[in] time
dt	[in] time step

◆ check_field_existence()

template<typename Model >

bool spades::SPADES< Model >::check_field_existence ( const std::string & name )

private

Check if a field exists.

Parameters

name	[in] field name

Returns: True if field of name exists

◆ chk_file_name()

template<typename Model >

std::string spades::SPADES< Model >::chk_file_name ( const int step ) const

nodiscardprivate

Get checkpoint file name.

Parameters

step	[in] current time step

Returns: chkfile name

◆ ClearLevel()

template<typename Model >

void spades::SPADES< Model >::ClearLevel ( int lev )

override

Delete level data.

Overrides the pure virtual function in AmrCore.

Parameters

lev	[in] level

◆ compute_dt()

template<typename Model >

void spades::SPADES< Model >::compute_dt ( )

private

Wrapper for EstTimeStep.

◆ ErrorEst()

template<typename Model >

void spades::SPADES< Model >::ErrorEst	(	int	,
		amrex::TagBoxArray &	,
		amrex::Real	,
		int	)

inlineoverride

Tag cells for refinement.

Overrides the pure virtual function in AmrCore

117 {}

◆ est_time_step()

template<typename Model >

static amrex::Real spades::SPADES< Model >::est_time_step ( )

static

Compute the time step.

Returns: the time step

◆ evolve()

template<typename Model >

void spades::SPADES< Model >::evolve ( )

Advance solution to final time.

◆ get_field()

template<typename Model >

std::unique_ptr< amrex::MultiFab > spades::SPADES< Model >::get_field	(	const std::string &	name,
		const int	ngrow )

Get a field based on a variable name.

Parameters

name	[in] field name
ngrow	[in] number of grow cells

Returns: the requested field

◆ get_field_component()

template<typename Model >

static int spades::SPADES< Model >::get_field_component	(	const std::string &	name,
		const amrex::Vector< std::string > &	varnames )

staticprivate

Get field component.

Parameters

name	[in] field name
varnames	[in] vector of the field names

Returns: field component

◆ initialize_data()

template<typename Model >

void spades::SPADES< Model >::initialize_data ( )

Initializes data.

◆ initialize_particle_containers()

template<typename Model >

void spades::SPADES< Model >::initialize_particle_containers ( )

Initialize the particle containers.

◆ initialize_rng()

template<typename Model >

void spades::SPADES< Model >::initialize_rng ( ) const

private

Initialize the random number generator.

◆ initialize_state()

template<typename Model >

void spades::SPADES< Model >::initialize_state ( )

Initialize state.

◆ MakeNewLevelFromCoarse()

template<typename Model >

void spades::SPADES< Model >::MakeNewLevelFromCoarse	(	int	lev,
		amrex::Real	time,
		const amrex::BoxArray &	ba,
		const amrex::DistributionMapping &	dm )

override

Make a new level.

Make a new level using provided BoxArray and DistributionMapping and fill with interpolated coarse level data. Overrides the pure virtual function in AmrCore.

Parameters

lev	[in] level
time	[in] time
ba	[in] box array
dm	[in] distribution map

◆ MakeNewLevelFromScratch()

template<typename Model >

void spades::SPADES< Model >::MakeNewLevelFromScratch	(	int	lev,
		amrex::Real	time,
		const amrex::BoxArray &	ba,
		const amrex::DistributionMapping &	dm )

override

Make a level from scratch.

Make a new level from scratch using provided BoxArray and DistributionMapping. Only used during initialization. Overrides the pure virtual function in AmrCore

Parameters

lev	[in] level
time	[in] time
ba	[in] box array
dm	[in] distribution map

◆ plot_file_mf()

template<typename Model >

void spades::SPADES< Model >::plot_file_mf ( )

Put together the MultiFab for output.

◆ plot_file_name()

template<typename Model >

std::string spades::SPADES< Model >::plot_file_name ( const int step ) const

nodiscardprivate

Get plotfile name.

Parameters

step	[in] current time step

Returns: plotfile name

◆ plot_file_var_names()

template<typename Model >

amrex::Vector< std::string > spades::SPADES< Model >::plot_file_var_names ( ) const

nodiscardprivate

Set plotfile variables names.

Returns: vector of variable names

◆ post_time_step()

template<typename Model >

static void spades::SPADES< Model >::post_time_step ( )

staticprivate

Perform work after a time step.

◆ process_messages()

template<typename Model >

void spades::SPADES< Model >::process_messages ( )

Process messages.

◆ read_checkpoint_file()

template<typename Model >

void spades::SPADES< Model >::read_checkpoint_file ( )

private

Read checkpoint file from disk.

◆ read_parameters()

template<typename Model >

void spades::SPADES< Model >::read_parameters ( )

private

Read parameters.

◆ read_rng_file()

template<typename Model >

void spades::SPADES< Model >::read_rng_file ( const std::string & path ) const

private

Read random number generator seed info.

Parameters

path	[in] path for file

◆ RemakeLevel()

template<typename Model >

void spades::SPADES< Model >::RemakeLevel	(	int	lev,
		amrex::Real	time,
		const amrex::BoxArray &	ba,
		const amrex::DistributionMapping &	dm )

override

Remake an existing level.

Remake an existing level using provided BoxArray and DistributionMapping and fill with existing fine and coarse data. Overrides the pure virtual function in AmrCore.

Parameters

lev	[in] level
time	[in] time
ba	[in] box array
dm	[in] distribution map

◆ rollback()

template<typename Model >

void spades::SPADES< Model >::rollback ( )

Perform rollback.

◆ rollback_statistics()

template<typename Model >

void spades::SPADES< Model >::rollback_statistics ( )

Print rollback statistics.

◆ set_ics()

template<typename Model >

void spades::SPADES< Model >::set_ics ( )

private

Set the user defined IC functions.

◆ summary()

template<typename Model >

void spades::SPADES< Model >::summary ( )

private

Compute summary data.

◆ time_step()

template<typename Model >

void spades::SPADES< Model >::time_step ( const amrex::Real time )

private

Advance by the time step.

Parameters

time [in] time

◆ update_gvt()

template<typename Model >

void spades::SPADES< Model >::update_gvt ( )

Update the global virtual time.

◆ update_lbts()

template<typename Model >

void spades::SPADES< Model >::update_lbts ( )

Update the Lower Bound on Incoming Time Stamp.

◆ write_checkpoint_file()

template<typename Model >

void spades::SPADES< Model >::write_checkpoint_file ( ) const

private

Write checkpoint file to disk.

◆ write_data_file()

template<typename Model >

void spades::SPADES< Model >::write_data_file ( const bool is_init ) const

private

Write simulation information.

Parameters

is_init [in] boolean indicating if this is the initializing step

◆ write_info_file()

template<typename Model >

void spades::SPADES< Model >::write_info_file ( const std::string & path ) const

private

Write job info to disk.

Parameters

path	[in] path for file

◆ write_plot_file()

template<typename Model >

void spades::SPADES< Model >::write_plot_file ( )

private

Write plotfile to disk.

◆ write_rng_file()

template<typename Model >

void spades::SPADES< Model >::write_rng_file ( const std::string & path ) const

private

Write random number generator seed info.

Parameters

path	[in] path for file

Member Data Documentation

◆ LEV

template<typename Model >

int spades::SPADES< Model >::LEV {0}

staticconstexpr

Level index.

171{0};

◆ m_avg_timings

template<typename Model >

amrex::Vector<amrex::Real> spades::SPADES< Model >::m_avg_timings

private

Average timings for each step.

◆ m_chk_file

template<typename Model >

std::string spades::SPADES< Model >::m_chk_file {"chk"}

private

Checkpoint prefix (optional user input)

368{"chk"};

◆ m_chk_int

template<typename Model >

int spades::SPADES< Model >::m_chk_int = -1

private

Checkpoint frequency (optional user input)

◆ m_data_fname

template<typename Model >

std::string spades::SPADES< Model >::m_data_fname {"data.csv"}

private

Filename for simulation data.

389{"data.csv"};

◆ m_data_precision

template<typename Model >

const int spades::SPADES< Model >::m_data_precision {6}

private

Data precision for data output.

392{6};

◆ m_dt

template<typename Model >

amrex::Real spades::SPADES< Model >::m_dt {constants::LARGE_NUM}

private

Time step.

290{constants::LARGE_NUM};

spades::constants::LARGE_NUM

static constexpr amrex::Real LARGE_NUM

A large number.

Definition Constants.H:34

◆ m_entity_counts_varnames

template<typename Model >

amrex::Vector<std::string> spades::SPADES< Model >::m_entity_counts_varnames

private

Entity count names for output.

◆ m_entity_pc

template<typename Model >

std::unique_ptr<particles::EntityParticleContainer> spades::SPADES< Model >::m_entity_pc

private

Entity article container.

◆ m_file_name_digits

template<typename Model >

int spades::SPADES< Model >::m_file_name_digits {constants::FILE_NAME_DIGITS}

private

Digits used in the plotfile and checkpoint file names.

377{constants::FILE_NAME_DIGITS};

spades::constants::FILE_NAME_DIGITS

static constexpr int FILE_NAME_DIGITS

Number of digits to use in output file names.

Definition Constants.H:42

◆ m_gvt

template<typename Model >

amrex::Real spades::SPADES< Model >::m_gvt {constants::LOW_NUM}

private

Global virtual time.

281{constants::LOW_NUM};

spades::constants::LOW_NUM

static constexpr amrex::Real LOW_NUM

A large negative number.

Definition Constants.H:19

◆ m_ic_op

template<typename Model >

std::unique_ptr<ic::InitializerBase> spades::SPADES< Model >::m_ic_op

private

Initial condition operator.

◆ m_ic_type

template<typename Model >

std::string spades::SPADES< Model >::m_ic_type

private

Initial condition type (optional user input)

◆ m_istep

template<typename Model >

int spades::SPADES< Model >::m_istep {0}

private

Current step.

278{0};

◆ m_lbts

template<typename Model >

amrex::Real spades::SPADES< Model >::m_lbts {constants::LOW_NUM}

private

Lower bound on incoming time stamp.

293{constants::LOW_NUM};

◆ m_lookahead

template<typename Model >

amrex::Real spades::SPADES< Model >::m_lookahead {1.0}

private

Lookahead value (optional user input)

395{1.0};

◆ m_max_messages

template<typename Model >

amrex::Vector<amrex::Long> spades::SPADES< Model >::m_max_messages

private

Max of message counts.

◆ m_max_step

template<typename Model >

int spades::SPADES< Model >::m_max_step = std::numeric_limits<int>::max()

private

Maximum number of steps.

◆ m_max_timings

template<typename Model >

amrex::Vector<amrex::Real> spades::SPADES< Model >::m_max_timings

private

Max timings for each step.

◆ m_message_counts_varnames

template<typename Model >

amrex::Vector<std::string> spades::SPADES< Model >::m_message_counts_varnames

private

Message count names for output.

◆ m_message_pc

template<typename Model >

std::unique_ptr<particles::MessageParticleContainer> spades::SPADES< Model >::m_message_pc

private

Message particle container.

◆ m_messages_per_lp

template<typename Model >

int spades::SPADES< Model >::m_messages_per_lp {1}

private

Number of messages per logical process (optional user input)

404{1};

◆ m_messages_per_step

template<typename Model >

int spades::SPADES< Model >::m_messages_per_step {1}

private

Number of messages to process in each step (optional user input)

401{1};

◆ m_min_messages

template<typename Model >

amrex::Vector<amrex::Long> spades::SPADES< Model >::m_min_messages

private

Min of message counts.

◆ m_min_timings

template<typename Model >

amrex::Vector<amrex::Real> spades::SPADES< Model >::m_min_timings

private

Min timings for each step.

◆ m_model

template<typename Model >

const Model& spades::SPADES< Model >::m_model

private

Model.

◆ m_ncells

template<typename Model >

amrex::Long spades::SPADES< Model >::m_ncells {0}

private

Cell count.

296{0};

◆ m_nentities

template<typename Model >

amrex::Long spades::SPADES< Model >::m_nentities {0}

private

Entity count.

317{0};

◆ m_nfiles

template<typename Model >

int spades::SPADES< Model >::m_nfiles {constants::TWO_TO_EIGHT}

private

Number of plot and checkpoint data files per write.

374{constants::TWO_TO_EIGHT};

spades::constants::TWO_TO_EIGHT

static constexpr int TWO_TO_EIGHT

Definition Constants.H:39

◆ m_nmessages

template<typename Model >

amrex::Vector<amrex::Long> spades::SPADES< Model >::m_nmessages

private

Message counts.

◆ m_nprocessed_messages

template<typename Model >

amrex::Long spades::SPADES< Model >::m_nprocessed_messages {0}

private

Count of processed messages.

311{0};

◆ m_nrollbacks

template<typename Model >

amrex::Vector<int> spades::SPADES< Model >::m_nrollbacks

private

Number of rollbacks.

◆ m_ntotal_entities

template<typename Model >

amrex::Long spades::SPADES< Model >::m_ntotal_entities {0}

private

Total entity count.

314{0};

◆ m_ntotal_messages

template<typename Model >

amrex::Long spades::SPADES< Model >::m_ntotal_messages {0}

private

Total message count.

299{0};

◆ m_plot_file

template<typename Model >

std::string spades::SPADES< Model >::m_plot_file {"plt"}

private

Plotfile prefix (optional user input)

362{"plt"};

◆ m_plot_int

template<typename Model >

int spades::SPADES< Model >::m_plot_int = -1

private

Plotfile frequency (optional user input)

◆ m_plt_mf

template<typename Model >

amrex::MultiFab spades::SPADES< Model >::m_plt_mf

private

Multifabs for output.

◆ m_restart_chkfile

template<typename Model >

std::string spades::SPADES< Model >::m_restart_chkfile

private

Restart file name, restart from this checkpoint if it is not empty.

◆ m_rng_file_name_digits

template<typename Model >

int spades::SPADES< Model >::m_rng_file_name_digits {constants::RNG_FILE_NAME_DIGITS}

private

Digits used in the rng seed file names.

380{constants::RNG_FILE_NAME_DIGITS};

spades::constants::RNG_FILE_NAME_DIGITS

static constexpr int RNG_FILE_NAME_DIGITS

Number of digits to use in random seed file names.

Definition Constants.H:45

◆ m_seed

template<typename Model >

int spades::SPADES< Model >::m_seed {0}

private

Random number generator seed (optional user input)

407{0};

◆ m_spades_varnames

template<typename Model >

amrex::Vector<std::string> spades::SPADES< Model >::m_spades_varnames

private

All variable names for output.

◆ m_state

template<typename Model >

amrex::MultiFab spades::SPADES< Model >::m_state

private

Multifabs to store the solution.

◆ m_state_ngrow

template<typename Model >

const int spades::SPADES< Model >::m_state_ngrow = 0

private

Number of ghost cells.

◆ m_state_varnames

template<typename Model >

amrex::Vector<std::string> spades::SPADES< Model >::m_state_varnames

private

State variable names for output.

◆ m_stop_time

template<typename Model >

amrex::Real spades::SPADES< Model >::m_stop_time = std::numeric_limits<amrex::Real>::max()

private

Stop time.

◆ m_t_new

template<typename Model >

amrex::Real spades::SPADES< Model >::m_t_new {0.0}

private

New time.

284{0.0};

◆ m_t_old

template<typename Model >

amrex::Real spades::SPADES< Model >::m_t_old {constants::LOW_NUM}

private

Old time.

287{constants::LOW_NUM};

◆ m_window_size

template<typename Model >

amrex::Real spades::SPADES< Model >::m_window_size {constants::LARGE_NUM}

private

Window size for processing messages (optional user input)

398{constants::LARGE_NUM};

◆ m_write_entities

template<typename Model >

bool spades::SPADES< Model >::m_write_entities {false}

private

Boolean to output entities (optional user input)

386{false};

◆ m_write_messages

template<typename Model >

bool spades::SPADES< Model >::m_write_messages {false}

private

Boolean to output messages (optional user input)

383{false};

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

/home/runner/work/spades/spades/Source/SPADES.H

SPADES&lt; Model &gt; Class Template Reference

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Member Functions

Static Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ SPADES()

◆ ~SPADES()

Member Function Documentation

◆ advance()

◆ check_field_existence()

◆ chk_file_name()

◆ ClearLevel()

◆ compute_dt()

◆ ErrorEst()

◆ est_time_step()

◆ evolve()

◆ get_field()

◆ get_field_component()

◆ initialize_data()

◆ initialize_particle_containers()

◆ initialize_rng()

◆ initialize_state()

◆ MakeNewLevelFromCoarse()

◆ MakeNewLevelFromScratch()

◆ plot_file_mf()

◆ plot_file_name()

◆ plot_file_var_names()

◆ post_time_step()

◆ process_messages()

◆ read_checkpoint_file()

◆ read_parameters()

◆ read_rng_file()

◆ RemakeLevel()

◆ rollback()

◆ rollback_statistics()

◆ set_ics()

◆ summary()

◆ time_step()

◆ update_gvt()

◆ update_lbts()

◆ write_checkpoint_file()

◆ write_data_file()

◆ write_info_file()

◆ write_plot_file()

◆ write_rng_file()

Member Data Documentation

◆ LEV

◆ m_avg_timings

◆ m_chk_file

◆ m_chk_int

◆ m_data_fname

◆ m_data_precision

◆ m_dt

◆ m_entity_counts_varnames

◆ m_entity_pc

◆ m_file_name_digits

◆ m_gvt

◆ m_ic_op

◆ m_ic_type

◆ m_istep

◆ m_lbts

◆ m_lookahead

◆ m_max_messages

◆ m_max_step

◆ m_max_timings

◆ m_message_counts_varnames

◆ m_message_pc

◆ m_messages_per_lp

◆ m_messages_per_step

◆ m_min_messages

◆ m_min_timings

◆ m_model

◆ m_ncells

◆ m_nentities

◆ m_nfiles

◆ m_nmessages

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