step.hpp File Reference

Provides Step wrappers for taking a generic predict-correct step. More...

#include "bertini2/trackers/predict.hpp"
#include "bertini2/trackers/correct.hpp"

Include dependency graph for step.hpp:

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Functions
template<typename ComplexType, typename RealType>
SuccessCode	bertini::tracking::Step (Predictor predictor_choice, Vec< ComplexType > &next_space, ComplexType &next_time, System &sys, Vec< ComplexType > const &current_space, ComplexType current_time, ComplexType const &delta_t, RealType &condition_number_estimate, unsigned &num_steps_since_last_condition_number_computation, unsigned frequency_of_CN_estimation, PrecisionType prec_type, RealType const &tracking_tolerance, RealType const &path_truncation_threshold, unsigned min_num_newton_iterations, unsigned max_num_newton_iterations, AdaptiveMultiplePrecisionConfig const &AMP_config)

Detailed Description

Provides Step wrappers for taking a generic predict-correct step.

This provides no calls for adaptive precision, those living with the AMPTracker type instead.

Function Documentation

Step()

template<typename ComplexType, typename RealType>

SuccessCode bertini::tracking::Step	(	Predictor	predictor_choice,
		Vec< ComplexType > &	next_space,
		ComplexType &	next_time,
		System &	sys,
		Vec< ComplexType > const &	current_space,
		ComplexType	current_time,
		ComplexType const &	delta_t,
		RealType &	condition_number_estimate,
		unsigned &	num_steps_since_last_condition_number_computation,
		unsigned	frequency_of_CN_estimation,
		PrecisionType	prec_type,
		RealType const &	tracking_tolerance,
		RealType const &	path_truncation_threshold,
		unsigned	min_num_newton_iterations,
		unsigned	max_num_newton_iterations,
		AdaptiveMultiplePrecisionConfig const &	AMP_config )

Template Parameters

ComplexType

The type of number being used in the algorithm