xcs_supervised.h File Reference

Supervised regression learning functions. More...

#include "xcsf.h"

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Functions
double	xcs_supervised_fit (struct XCSF *xcsf, const struct Input *train_data, const struct Input *test_data, const bool shuffle, const int start, const int trials)
	Executes MAX_TRIALS number of XCSF learning iterations using the training data and test iterations using the test data. More...
double	xcs_supervised_score (struct XCSF *xcsf, const struct Input *data, const double *cover)
	Calculates the XCSF error for the input data. More...
double	xcs_supervised_score_n (struct XCSF *xcsf, const struct Input *data, const int N, const double *cover)
	Calculates the XCSF error for a subsample of the input data. More...
void	xcs_supervised_predict (struct XCSF *xcsf, const double *x, double *pred, const int n_samples, const double *cover)
	Calculates the XCSF predictions for the provided input. More...

Detailed Description

Supervised regression learning functions.

Author

Richard Preen rpree.nosp@m.n@gm.nosp@m.ail.c.nosp@m.om

Copyright

The Authors.

Date

2015–2024.

Definition in file xcs_supervised.h.

Function Documentation

xcs_supervised_fit()

double xcs_supervised_fit	(	struct XCSF *	xcsf,
		const struct Input *	train_data,
		const struct Input *	test_data,
		const bool	shuffle,
		const int	start,
		const int	trials
	)

Executes MAX_TRIALS number of XCSF learning iterations using the training data and test iterations using the test data.

Parameters

[in]	xcsf	The XCSF data structure.
[in]	train_data	The input data to use for training.
[in]	test_data	The input data to use for testing.
[in]	shuffle	Whether to randomise the instances during training.
[in]	start	Index to begin sampling.
[in]	trials	Number of trials to execute.

Returns

The average XCSF training error using the loss function.

Definition at line 99 of file xcs_supervised.c.

References param_set_explore(), perf_print(), Input::x, Input::x_dim, xcs_supervised_sample(), xcs_supervised_trial(), Input::y, and Input::y_dim.

Referenced by XCS::fit(), and main().

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xcs_supervised_predict()

void xcs_supervised_predict	(	struct XCSF *	xcsf,
		const double *	x,
		double *	pred,
		const int	n_samples,
		const double *	cover
	)

Calculates the XCSF predictions for the provided input.

Parameters

[in]	xcsf	The XCSF data structure.
[in]	x	The input feature variables.
[out]	pred	The calculated XCSF predictions.
[in]	n_samples	The number of instances.
[in]	cover	If cover is not NULL and the match set is empty, the prediction array will be set to this value instead of covering.

Definition at line 141 of file xcs_supervised.c.

References param_set_explore(), and xcs_supervised_trial().

Referenced by XCS::predict().

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xcs_supervised_score()

double xcs_supervised_score	(	struct XCSF *	xcsf,
		const struct Input *	data,
		const double *	cover
	)

Calculates the XCSF error for the input data.

Parameters

[in]	xcsf	The XCSF data structure.
[in]	data	The input data to calculate the error.
[in]	cover	If cover is not NULL and the match set is empty, the prediction array will be set to this value instead of covering.

Returns

The average XCSF error using the loss function.

Definition at line 161 of file xcs_supervised.c.

References Input::n_samples, param_set_explore(), Input::x, Input::x_dim, xcs_supervised_trial(), Input::y, and Input::y_dim.

Referenced by XCS::fit(), XCS::score(), and xcs_supervised_score_n().

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xcs_supervised_score_n()

double xcs_supervised_score_n	(	struct XCSF *	xcsf,
		const struct Input *	data,
		const int	N,
		const double *	cover
	)

Calculates the XCSF error for a subsample of the input data.

Parameters

[in]	xcsf	The XCSF data structure.
[in]	data	The input data to calculate the error.
[in]	N	The maximum number of samples to draw randomly for scoring.
[in]	cover	If cover is not NULL and the match set is empty, the prediction array will be set to this value instead of covering.

Returns

The average XCSF error using the loss function.

Definition at line 185 of file xcs_supervised.c.

References Input::n_samples, param_set_explore(), Input::x, Input::x_dim, xcs_supervised_sample(), xcs_supervised_score(), xcs_supervised_trial(), Input::y, and Input::y_dim.

Referenced by XCS::score().

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