opennn::CompiledExpression Struct Reference

#include <opennn/response_optimization/expression_evaluator.h>

Public Member Functions
float	evaluate (const VectorR &, const VectorR &) const

Public Attributes
string	text
ExpressionLinearity	linearity = ExpressionLinearity::Nonlinear
vector< Index >	input_indices
vector< Index >	output_indices
vector< pair< Index, float > >	linear_input_terms
vector< pair< Index, float > >	linear_output_terms
float	linear_constant = 0.0f
ExpressionProgram	program
vector< pair< Index, ExpressionProgram > >	input_gradient
Index	symmetric_order = 0
vector< pair< Index, double > >	symmetric_terms
double	symmetric_scale = 1.0

Member Function Documentation

evaluate()

float opennn::CompiledExpression::evaluate	(	const VectorR &	,
		const VectorR &	) const

Member Data Documentation

input_gradient

vector<pair<Index, ExpressionProgram> > opennn::CompiledExpression::input_gradient

input_indices

vector<Index> opennn::CompiledExpression::input_indices

linear_constant

float opennn::CompiledExpression::linear_constant = 0.0f

linear_input_terms

vector<pair<Index, float> > opennn::CompiledExpression::linear_input_terms

linear_output_terms

vector<pair<Index, float> > opennn::CompiledExpression::linear_output_terms

linearity

ExpressionLinearity opennn::CompiledExpression::linearity = ExpressionLinearity::Nonlinear

output_indices

vector<Index> opennn::CompiledExpression::output_indices

program

ExpressionProgram opennn::CompiledExpression::program

symmetric_order

Index opennn::CompiledExpression::symmetric_order = 0

symmetric_scale

double opennn::CompiledExpression::symmetric_scale = 1.0

symmetric_terms

vector<pair<Index, double> > opennn::CompiledExpression::symmetric_terms

text

string opennn::CompiledExpression::text