Slotted Dynamic Class Boundary Determination specialization for teams. More...

#include <lambda_f.h>

Additional Inherited Members
Public Member Functions inherited from vita::team_class_lambda_f< T, S, N, basic_dyn_slot_lambda_f >
bool	is_valid () const final

classification_result	tag (const dataframe::example &) const final

	team_class_lambda_f (const team< T > &, dataframe &, Args &&...)

	team_class_lambda_f (std::istream &, const symbol_set &)

Public Member Functions inherited from vita::basic_class_lambda_f< N >
	basic_class_lambda_f (const dataframe &)

double	measure (const model_metric &, const dataframe &) const final

std::string	name (const value_t &) const final

value_t	operator() (const dataframe::example &) const final

virtual double	measure (const model_metric &, const dataframe &) const =0

virtual std::string	name (const value_t &) const =0

virtual classification_result	tag (const dataframe::example &) const =0

virtual bool	is_valid () const =0

virtual value_t	operator() (const dataframe::example &) const =0

Static Public Attributes inherited from vita::team_class_lambda_f< T, S, N, basic_dyn_slot_lambda_f >
static const std::string	SERIALIZE_ID

Detailed Description

template<class T, bool S, bool N>
class vita::basic_dyn_slot_lambda_f< team< T >, S, N >

Slotted Dynamic Class Boundary Determination specialization for teams.

Template Parameters

T	type of individual
S	stores the individual inside vs keep a reference only
N	stores the name of the classes vs doesn't store the names

Definition at line 384 of file lambda_f.h.

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

Additional Inherited Members