Solves the system of ODEs describing the evolution of a single planet around a single star. More...

#include <OrbitSolver.h>

Collaboration diagram for Evolve::OrbitSolver:

Public Member Functions
	OrbitSolver (double max_age, double required_precision, bool print_progress=false)
	Prepare to solve for the orbital evolution. More...

void	operator() (BinarySystem &system, double max_step=Core::Inf, const std::list< double > &required_ages=std::list< double >(), double max_runtime=0, unsigned max_time_steps=0, double min_extremum_search_step=1e-5)
	Actually solves the given differential equation with the given boundary conditions. More...

const std::list< double > &	evolution_ages () const
	The ages at which evolution has been tabulated so far. More...

const std::list< Core::EvolModeType > &	mode_evolution () const
	The tabulated evolution modes so far. More...

	~OrbitSolver ()
	Clean up. More...

Private Member Functions
void	output_history_and_discarded (std::ostream &os)
	Generates a nicely formatted table of the contents of the discarded and history stopping condition information. More...

void	clear_discarded ()
	Removes all stored discarded stop condition information. More...

void	insert_discarded (double age, const std::valarray< double > &current_stop_cond, const std::valarray< double > &current_stop_deriv)
	Adds an entry in the discarded ages, stop conditions and derivatives. More...

void	add_to_evolution (double age, Core::EvolModeType evolution_mode, BinarySystem &system)
	Adds the last step to the evolution. More...

double	go_back (double max_age, BinarySystem &system, std::valarray< double > &orbit)
	Rewinds the evlution to the last step before the given age and returns the age of that step. More...

void	clear_history ()
	Clears the current stopping condition history. More...

StopHistoryInterval	select_stop_condition_interval (bool crossing, size_t cond_ind, size_t max_points) const
	Selects a history interval for interpolating to a reason to stop the evolution. More...

ExtremumInformation	extremum_from_history_no_deriv (size_t condition_index) const
	Estimates the value and age of an extremum of a stopping condition for which no derivative information is available. More...

ExtremumInformation	extremum_from_history (size_t condition_index, double min_extremum_x) const
	Estimates the value and age of an extremum of a stopping condition for which derivative information is available. More...

double	crossing_from_history_no_deriv (size_t condition_index) const
	Estimates the age at which a stopping condition with no derivative information crossed zero. More...

double	crossing_from_history (size_t condition_index) const
	Estimates the age at which a stopping condition with derivative information crossed zero. More...

void	initialize_skip_history (const StoppingCondition &stop_cond, const std::valarray< double > &stop_cond_values, StoppingConditionType stop_reason)
	Initializes the skip_history_zerocrossing and skip_history_extremum arrays appropriately after a mode change. More...

bool	at_exact_condition (double previous_age, const StopInformation &stop_info)
	Is the condition causing a stop match to within the required precision? More...

void	update_skip_history (const std::valarray< double > &current_stop_cond, const StopInformation &stop_info)
	Updates the skip_history_zerocrossing and skip_history_extremum arrays appropriately after an acceptable step. More...

bool	acceptable_step (double current_age, double previous_age, const StopInformation &stop_info)
	Return true iff the step with the given stop information is acceptable. More...

StopInformation	update_stop_condition_history (double age, const std::valarray< double > &orbit, const std::valarray< double > &derivatives, Core::EvolModeType evolution_mode, unsigned current_expansion_order, StoppingConditionType stop_reason=NO_STOP)
	Updates stop_cond_history and stop_deriv_history after a GSL step, returning if/where the evolution needs to stop. More...

void	reject_step (double &age, StopInformation &stop, BinarySystem &system, std::valarray< double > &orbit, double &max_next_t, double &step_size, std::string reason)
	Handle the situation when the last step has to be rejected. More...

StopInformation	evolve_until (BinarySystem &system, double &max_age, std::valarray< double > &orbit, StoppingConditionType &stop_reason, double max_step, Core::EvolModeType evolution_mode)
	Evolves a system until either some age cut-off is reached or some stopping condition crosses zero. More...

CombinedStoppingCondition *	get_stopping_condition (BinarySystem &system)
	Returns the stopping conditions which end the given evolution mode and update __stop_info. More...

double	stopping_age (double age, const BinarySystem &system, const std::list< double > &required_ages)
	The age at which the evolution should stop next if no other stopping condition occurs. More...

void	reached_stopping_condition (double stop_age, StoppingConditionType stop_reason)
	Handle a stop in the evolution due to at least one condition reaching a critical value. More...

void	adjust_expansion_order (BinarySystem &system, const std::valarray< double > &orbit, Core::EvolModeType evolution_mode, bool must_increase=false)
	Increase/decrease the eccentricity expansion order until error is acceptable and return the new order. More...

void	reset (BinarySystem &system)
	Clears any previously calculated evolution. More...

Private Attributes
double	__end_age
	The last age for which evolution is required. More...

double	__precision
	The precision required of the solution. More...

double	__last_order_upgrade_age
	The last age at which the eccentricity order was increased. More...

double	__min_extremum_search_step
	Extremum searching cannot limit the step size below this. More...

std::list< double >	__tabulated_ages
	The ages at which solution is tabulated. More...

std::list< Core::EvolModeType >	__tabulated_evolution_modes
	The evolution mode corresponding to the matching tabulated age. More...

std::valarray< size_t >	__skip_history_zerocrossing
	The number of points at the start of the history to skip when lookng for a zero crossing for each condition. More...

std::valarray< double >	__skip_history_extremum
	The age after which to look for extrema for each condition. More...

std::list< double >	__stop_history_ages
	The ages at which the stop condition history is kept. More...

std::list< double >	__discarded_stop_ages
	The ages of steps which were discarded becauset they are past a zero or an extremum of a stopping condition . More...

std::list< std::valarray< double > >	__orbit_history
	Past orbits. More...

std::list< std::valarray< double > >	__orbit_deriv_history
	Past orbital derivatives. More...

std::list< std::valarray< double > >	__stop_cond_history
	Past values of the stop conditions. More...

std::list< std::valarray< double > >	__stop_deriv_history
	Past values of the stop condition derivatives. More...

std::list< std::valarray< double > >	__stop_cond_discarded
	Discarded values of the stop conditions. More...

std::list< std::valarray< double > >	__stop_deriv_discarded
	Discarded derivatives of the stop conditions. More...

StoppingCondition *	__stopping_conditions
	The current set of stopping conditions. More...

std::vector< StopInformation >	__stop_info

bool	__print_progress
	See print_progress argument of constructor. More...

time_t	__evolution_start_time
	When did the currently running evolution start. More...

double	__runtime_limit
	Max number of seconds current evolution is allowed to run. More...

unsigned	__num_step_limit
	Max number of steps allowed to be stored in history and/or discarded. More...

Detailed Description

Solves the system of ODEs describing the evolution of a single planet around a single star.

Definition at line 115 of file OrbitSolver.h.

Constructor & Destructor Documentation

◆ OrbitSolver()

Evolve::OrbitSolver::OrbitSolver	(	double	max_age,
		double	required_precision,
		bool	print_progress = `false`
	)

Prepare to solve for the orbital evolution.

Parameters

max_age	The end age for the evolution.
required_precision	The precision which to require of the solution.
print_progress	Should output be created to track the progress in calculating the evolution?

Definition at line 1447 of file OrbitSolver.cpp.

◆ ~OrbitSolver()

Evolve::OrbitSolver::~OrbitSolver ( )

inline

Clean up.

Definition at line 502 of file OrbitSolver.h.

Member Function Documentation

◆ acceptable_step()

bool Evolve::OrbitSolver::acceptable_step	(	double	current_age,
		double	previous_age,
		const StopInformation &	stop_info
	)

private

Return true iff the step with the given stop information is acceptable.

Definition at line 751 of file OrbitSolver.cpp.

◆ add_to_evolution()

void Evolve::OrbitSolver::add_to_evolution	(	double	age,
		Core::EvolModeType	evolution_mode,
		BinarySystem &	system
	)

private

Adds the last step to the evolution.

Parameters

age	The age of the evolving stellar system.
evolution_mode	The evolution mode represented in orbit.
system	The binary system being evolved.

Definition at line 201 of file OrbitSolver.cpp.

◆ adjust_expansion_order()

void Evolve::OrbitSolver::adjust_expansion_order	(	BinarySystem &	system,
		const std::valarray< double > &	orbit,
		Core::EvolModeType	evolution_mode,
		bool	must_increase = `false`
	)

private

Increase/decrease the eccentricity expansion order until error is acceptable and return the new order.

TODO: can be dramatically simplified.

Parameters

system	The system being evolved.
orbit	The current orbital elements.
evolution_mode	The evolution mode for this part of the evolution.
must_increase	If true the eccentircity order is increased by at least 1.

Definition at line 1395 of file OrbitSolver.cpp.

◆ at_exact_condition()

bool Evolve::OrbitSolver::at_exact_condition	(	double	previous_age,
		const StopInformation &	stop_info
	)

private

Is the condition causing a stop match to within the required precision?

Definition at line 733 of file OrbitSolver.cpp.

◆ clear_discarded()

void Evolve::OrbitSolver::clear_discarded ( )

private

Removes all stored discarded stop condition information.

Definition at line 178 of file OrbitSolver.cpp.

◆ clear_history()

void Evolve::OrbitSolver::clear_history ( )

private

Clears the current stopping condition history.

Definition at line 249 of file OrbitSolver.cpp.

◆ crossing_from_history()

double Evolve::OrbitSolver::crossing_from_history ( size_t condition_index ) const

private

Estimates the age at which a stopping condition with derivative information crossed zero.

If no zero-crossing is indicated, Inf is returned.

Parameters

condition_index The index of the condition to search.

Definition at line 590 of file OrbitSolver.cpp.

◆ crossing_from_history_no_deriv()

double Evolve::OrbitSolver::crossing_from_history_no_deriv ( size_t condition_index ) const

private

Estimates the age at which a stopping condition with no derivative information crossed zero.

If no zero-crossing is indicated, Inf is returned.

Parameters

condition_index The index of the condition to search.

Definition at line 541 of file OrbitSolver.cpp.

◆ evolution_ages()

const std::list<double>& Evolve::OrbitSolver::evolution_ages ( ) const

inline

The ages at which evolution has been tabulated so far.

Definition at line 494 of file OrbitSolver.h.

◆ evolve_until()

StopInformation Evolve::OrbitSolver::evolve_until	(	BinarySystem &	system,
		double &	max_age,
		std::valarray< double > &	orbit,
		StoppingConditionType &	stop_reason,
		double	max_step,
		Core::EvolModeType	evolution_mode
	)

private

Evolves a system until either some age cut-off is reached or some stopping condition crosses zero.

Appends each accepted step to tabulated_ages, tabulated_evolution_mode, tabulated_orbit and tabulated_deriv.

The return value is true if the last step finished after the stopping condition crossed zero and false if it ended before that.

Parameters

system	The planet-star system to evolve.
max_age	The age at which to stop this part of the evolution. On exit, it is overwritten with the age of the last accepted step.
orbit	The initial conditions. The contents depends on the value of evolution_mode. See #BinarySystem.differential equations for details.

On exit, it is overwritten with the orbit of the last accepted step.

Parameters

stop_reason	On input should be the reason why the last evolution stopped. It should be NO_STOP if this is the first piece of evolution being calculated. On exit it is overwritten with the value appropriate for the next run.
max_step	The maximum step that GSL is allowed to take.
evolution_mode	The evolution mode for this part of the evolution.

Definition at line 1049 of file OrbitSolver.cpp.

◆ extremum_from_history()

ExtremumInformation Evolve::OrbitSolver::extremum_from_history	(	size_t	condition_index,
		double	min_extremum_x
	)		const

private

Estimates the value and age of an extremum of a stopping condition for which derivative information is available.

If no extremum is indicated by the points, or if it is in the wrong direction to cause a zero-crossing, returns the result of the default constructor of ExtremumInformation.

Definition at line 488 of file OrbitSolver.cpp.

◆ extremum_from_history_no_deriv()

ExtremumInformation Evolve::OrbitSolver::extremum_from_history_no_deriv ( size_t condition_index ) const

private

Estimates the value and age of an extremum of a stopping condition for which no derivative information is available.

If no extremum is indicated by the points, or if it is in the wrong direction to cause a zero-crossing, returns the result of the default constructor of ExtremumInformation.

Definition at line 356 of file OrbitSolver.cpp.

◆ get_stopping_condition()

CombinedStoppingCondition * Evolve::OrbitSolver::get_stopping_condition ( BinarySystem & system )

private

Returns the stopping conditions which end the given evolution mode and update __stop_info.

Parameters

system The system being evolved.

Definition at line 1297 of file OrbitSolver.cpp.

◆ go_back()

double Evolve::OrbitSolver::go_back	(	double	max_age,
		BinarySystem &	system,
		std::valarray< double > &	orbit
	)

private

Rewinds the evlution to the last step before the given age and returns the age of that step.

Sets the orbit to what it was at that step and removes any items from the histories and tabulations that are later than max_age.

Definition at line 211 of file OrbitSolver.cpp.

◆ initialize_skip_history()

void Evolve::OrbitSolver::initialize_skip_history	(	const StoppingCondition &	stop_cond,
		const std::valarray< double > &	stop_cond_values,
		StoppingConditionType	stop_reason
	)

private

Initializes the skip_history_zerocrossing and skip_history_extremum arrays appropriately after a mode change.

Definition at line 645 of file OrbitSolver.cpp.

◆ insert_discarded()

void Evolve::OrbitSolver::insert_discarded	(	double	age,
		const std::valarray< double > &	current_stop_cond,
		const std::valarray< double > &	current_stop_deriv
	)

private

Adds an entry in the discarded ages, stop conditions and derivatives.

Makes sure the ages remain ordered.

Definition at line 185 of file OrbitSolver.cpp.

◆ mode_evolution()

const std::list<Core::EvolModeType>& Evolve::OrbitSolver::mode_evolution ( ) const

inline

The tabulated evolution modes so far.

Definition at line 498 of file OrbitSolver.h.

◆ operator()()

void Evolve::OrbitSolver::operator()	(	BinarySystem &	system,
		double	max_step = `Core::Inf`,
		const std::list< double > &	required_ages = `std::list<double>()`,
		double	max_runtime = `0`,
		unsigned	max_time_steps = `0`,
		double	min_extremum_search_step = `1e-5`
	)

Actually solves the given differential equation with the given boundary conditions.

Parameters

system	The stellar system to calculate the evolution for
max_step	The maximum size of the time steps allowed (useful if finer sampling of the output than default is necessary).
required_ages	A sorted list of ages to include in the tabulated evolution.
max_runtime	The maximum amount of wall-clock time in seconds to allow for calculating the evolution. If it runs out, whatever portion is calculated is preserved.
max_time_steps	The maximum number of time steps to store in history (+discarded)
min_extremum_search_step	The minimum time step to impose when searching for extrema of stopping conditions. Note that the GSL ODE solver and searching for zero crossing of stopping conditions can still impose smaller steps.

Definition at line 1461 of file OrbitSolver.cpp.

◆ output_history_and_discarded()

void Evolve::OrbitSolver::output_history_and_discarded ( std::ostream & os )

private

Generates a nicely formatted table of the contents of the discarded and history stopping condition information.

Only exists if NDEBUG is not #defined.

Definition at line 57 of file OrbitSolver.cpp.

◆ reached_stopping_condition()

void Evolve::OrbitSolver::reached_stopping_condition	(	double	stop_age,
		StoppingConditionType	stop_reason
	)

private

Handle a stop in the evolution due to at least one condition reaching a critical value.

Assumes that __stop_info was updated per the last accepted step.

Parameters

stop_age	The age of the last accepted evolution step.
stop_reason	The type of condition which caused the stoppage.

Definition at line 1350 of file OrbitSolver.cpp.

◆ reject_step()

void Evolve::OrbitSolver::reject_step	(	double &	age,
		StopInformation &	stop,
		BinarySystem &	system,
		std::valarray< double > &	orbit,
		double &	max_next_t,
		double &	step_size,
		std::string	reason
	)

private

Handle the situation when the last step has to be rejected.

Parameters

age	The age up to which the rejected step reached, on exit gets updated with the last acceptable age found.
stop	The reason we stopped. If a zero-crossing, the precision is updated.
system	The binary system being evolved.
orbit	The current orbit of the system, gets updated with the last acceptable orbit found.
max_next_t	Gets updated with the maximum age up to which evolution is allowed to proceed.
step_size	Gets updated with the step size to use for the next step.The reason for rejecting the step.

Definition at line 997 of file OrbitSolver.cpp.

◆ reset()

void Evolve::OrbitSolver::reset ( BinarySystem & system )

private

Clears any previously calculated evolution.

Definition at line 1440 of file OrbitSolver.cpp.

◆ select_stop_condition_interval()

StopHistoryInterval Evolve::OrbitSolver::select_stop_condition_interval	(	bool	crossing,
		size_t	cond_ind,
		size_t	max_points
	)		const

private

Selects a history interval for interpolating to a reason to stop the evolution.

Finds the smallest possible interval that contains a zero crossing/or an extremum straddling the history and discarded stop conditions, containing at most the specified number of points (could be less if there are not enough points). The interval is also guaranteed to contain at least one point in the history and one point in the discarded list.

Definition at line 259 of file OrbitSolver.cpp.

◆ stopping_age()

double Evolve::OrbitSolver::stopping_age	(	double	age,
		const BinarySystem &	system,
		const std::list< double > &	required_ages
	)

private

The age at which the evolution should stop next if no other stopping condition occurs.

Parameters

age	The age from which the next part of the evolution starts.
system	The stellar system being evolved.
required_ages	A sorted list of ages which must be stopped at.

Definition at line 1315 of file OrbitSolver.cpp.

◆ update_skip_history()

void Evolve::OrbitSolver::update_skip_history	(	const std::valarray< double > &	current_stop_cond,
		const StopInformation &	stop_info
	)

private

Updates the skip_history_zerocrossing and skip_history_extremum arrays appropriately after an acceptable step.

Definition at line 706 of file OrbitSolver.cpp.

◆ update_stop_condition_history()

StopInformation Evolve::OrbitSolver::update_stop_condition_history	(	double	age,
		const std::valarray< double > &	orbit,
		const std::valarray< double > &	derivatives,
		Core::EvolModeType	evolution_mode,
		unsigned	current_expansion_order,
		StoppingConditionType	stop_reason = `NO_STOP`
	)

private

Updates stop_cond_history and stop_deriv_history after a GSL step, returning if/where the evolution needs to stop.

Returns the index of the condition with the closest estimated age for zero crossing or an extremum exists which might have crossed zero.

Parameters

age	System age in Gyr.
orbit	The values of the current evolution variables.
derivatives	The rates of change of the evolution variables per Gyr.
evolution_mode	The current evolution mode.
current_expansion_order	Current eccentricity expansion order
stop_reason	For the first call of this function for an evolution stretch, this should indicate the reason why the previous stretch was stopped. For subsequent calls during the same evolution stretch it should be NO_STOP.

Definition at line 782 of file OrbitSolver.cpp.

Member Data Documentation

◆ __discarded_stop_ages

std::list<double> Evolve::OrbitSolver::__discarded_stop_ages

private

The ages of steps which were discarded becauset they are past a zero or an extremum of a stopping condition .

Definition at line 144 of file OrbitSolver.h.

◆ __end_age

double Evolve::OrbitSolver::__end_age

private

The last age for which evolution is required.

Definition at line 119 of file OrbitSolver.h.

◆ __evolution_start_time

time_t Evolve::OrbitSolver::__evolution_start_time

private

When did the currently running evolution start.

Definition at line 179 of file OrbitSolver.h.

◆ __last_order_upgrade_age

double Evolve::OrbitSolver::__last_order_upgrade_age

private

The last age at which the eccentricity order was increased.

Definition at line 119 of file OrbitSolver.h.

◆ __min_extremum_search_step

double Evolve::OrbitSolver::__min_extremum_search_step

private

Extremum searching cannot limit the step size below this.

Definition at line 119 of file OrbitSolver.h.

◆ __num_step_limit

unsigned Evolve::OrbitSolver::__num_step_limit

private

Max number of steps allowed to be stored in history and/or discarded.

Definition at line 185 of file OrbitSolver.h.

◆ __orbit_deriv_history

std::list< std::valarray<double> > Evolve::OrbitSolver::__orbit_deriv_history

private

Past orbital derivatives.

Definition at line 151 of file OrbitSolver.h.

◆ __orbit_history

std::list< std::valarray<double> > Evolve::OrbitSolver::__orbit_history

private

Past orbits.

Definition at line 151 of file OrbitSolver.h.

◆ __precision

double Evolve::OrbitSolver::__precision

private

The precision required of the solution.

Definition at line 119 of file OrbitSolver.h.

◆ __print_progress

bool Evolve::OrbitSolver::__print_progress

private

See print_progress argument of constructor.

Definition at line 176 of file OrbitSolver.h.

◆ __runtime_limit

double Evolve::OrbitSolver::__runtime_limit

private

Max number of seconds current evolution is allowed to run.

Definition at line 182 of file OrbitSolver.h.

◆ __skip_history_extremum

std::valarray<double> Evolve::OrbitSolver::__skip_history_extremum

private

The age after which to look for extrema for each condition.

Definition at line 141 of file OrbitSolver.h.

◆ __skip_history_zerocrossing

std::valarray<size_t> Evolve::OrbitSolver::__skip_history_zerocrossing

private

The number of points at the start of the history to skip when lookng for a zero crossing for each condition.

Definition at line 138 of file OrbitSolver.h.

◆ __stop_cond_discarded

std::list< std::valarray<double> > Evolve::OrbitSolver::__stop_cond_discarded

private

Discarded values of the stop conditions.

Useful for interpolating to zeroes and extrema.

Definition at line 151 of file OrbitSolver.h.

◆ __stop_cond_history

std::list< std::valarray<double> > Evolve::OrbitSolver::__stop_cond_history

private

Past values of the stop conditions.

Definition at line 151 of file OrbitSolver.h.

◆ __stop_deriv_discarded

std::list< std::valarray<double> > Evolve::OrbitSolver::__stop_deriv_discarded

private

Discarded derivatives of the stop conditions.

Useful for interpolating to zeroes and extrema.

Definition at line 151 of file OrbitSolver.h.

◆ __stop_deriv_history

std::list< std::valarray<double> > Evolve::OrbitSolver::__stop_deriv_history

private

Past values of the stop condition derivatives.

Definition at line 151 of file OrbitSolver.h.

◆ __stop_history_ages

std::list<double> Evolve::OrbitSolver::__stop_history_ages

private

The ages at which the stop condition history is kept.

Definition at line 144 of file OrbitSolver.h.

◆ __stop_info

std::vector<StopInformation> Evolve::OrbitSolver::__stop_info

private

The full information about the next age where each stopping condition indicates evolution should be stopped and why.

Definition at line 173 of file OrbitSolver.h.

◆ __stopping_conditions

StoppingCondition* Evolve::OrbitSolver::__stopping_conditions

private

The current set of stopping conditions.

Definition at line 169 of file OrbitSolver.h.

◆ __tabulated_ages

std::list<double> Evolve::OrbitSolver::__tabulated_ages

private

The ages at which solution is tabulated.

Definition at line 131 of file OrbitSolver.h.

◆ __tabulated_evolution_modes

std::list<Core::EvolModeType> Evolve::OrbitSolver::__tabulated_evolution_modes

private

The evolution mode corresponding to the matching tabulated age.

Definition at line 134 of file OrbitSolver.h.

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

/home/kpenev/projects/git/poet/poet_src/Evolve/OrbitSolver.h
/home/kpenev/projects/git/poet/poet_src/Evolve/OrbitSolver.cpp

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ OrbitSolver()

◆ ~OrbitSolver()

Member Function Documentation

◆ acceptable_step()

◆ add_to_evolution()

◆ adjust_expansion_order()

◆ at_exact_condition()

◆ clear_discarded()

◆ clear_history()

◆ crossing_from_history()

◆ crossing_from_history_no_deriv()

◆ evolution_ages()

◆ evolve_until()

◆ extremum_from_history()

◆ extremum_from_history_no_deriv()

◆ get_stopping_condition()

◆ go_back()

◆ initialize_skip_history()

◆ insert_discarded()

◆ mode_evolution()

◆ operator()()

◆ output_history_and_discarded()

◆ reached_stopping_condition()

◆ reject_step()

◆ reset()

◆ select_stop_condition_interval()

◆ stopping_age()

◆ update_skip_history()

◆ update_stop_condition_history()

Member Data Documentation

◆ __discarded_stop_ages

◆ __end_age

◆ __evolution_start_time

◆ __last_order_upgrade_age

◆ __min_extremum_search_step

◆ __num_step_limit

◆ __orbit_deriv_history

◆ __orbit_history

◆ __precision

◆ __print_progress

◆ __runtime_limit

◆ __skip_history_extremum

◆ __skip_history_zerocrossing

◆ __stop_cond_discarded

◆ __stop_cond_history

◆ __stop_deriv_discarded

◆ __stop_deriv_history

◆ __stop_history_ages

◆ __stop_info

◆ __stopping_conditions

◆ __tabulated_ages

◆ __tabulated_evolution_modes