numeric::expression_parser::BinaryExpression Class Reference

#include <Arithmetic.hh>

Inheritance diagram for numeric::expression_parser::BinaryExpression:

Public Member Functions
	BinaryExpression ()
	~BinaryExpression () override
	BinaryExpression (ExpressionCOP e1, ExpressionCOP e2)
void	set_first_expression (ExpressionCOP e1)
void	set_second_expression (ExpressionCOP e2)
std::list< std::string >	active_variables () const override
ExpressionCOP	e1 () const
ExpressionCOP	e2 () const
Public Member Functions inherited from numeric::expression_parser::Expression
	~Expression () override
	Automatically generated virtual destructor for class deriving directly from VirtualBase. More...
virtual numeric::Real	operator() () const =0
virtual ExpressionCOP	differentiate (std::string const &varname) const =0
	Returns the expression for the partial derivative of this expression by the variable named varname. If the partial derivative is always zero with respect to varname, returns null. More...
Public Member Functions inherited from utility::VirtualBase
	VirtualBase ()=default
	Default constructor. More...
virtual	~VirtualBase ()=default
	The virtual destructor is one of the main reasons for the VirtualBase class. More...
	VirtualBase (VirtualBase const &)=default
	VirtualBase (VirtualBase &&)=default
VirtualBase &	operator= (VirtualBase const &)=default
VirtualBase &	operator= (VirtualBase &&)=default

Private Attributes
ExpressionCOP	e1_
ExpressionCOP	e2_

Constructor & Destructor Documentation

BinaryExpression() [1/2]

numeric::expression_parser::BinaryExpression::BinaryExpression

(

)

~BinaryExpression()

numeric::expression_parser::BinaryExpression::~BinaryExpression ( )

overridedefault

BinaryExpression() [2/2]

numeric::expression_parser::BinaryExpression::BinaryExpression	(	ExpressionCOP	e1,
		ExpressionCOP	e2
	)

Member Function Documentation

active_variables()

std::list< std::string > numeric::expression_parser::BinaryExpression::active_variables ( ) const

overridevirtual

Implements numeric::expression_parser::Expression.

Reimplemented in numeric::expression_parser::MinExpression, and numeric::expression_parser::MaxExpression.

References e1_, and e2_.

e1()

ExpressionCOP numeric::expression_parser::BinaryExpression::e1

(

)

const

References e1_, and utility_exit_with_message.

Referenced by numeric::expression_parser::MaxExpression::active_variables(), numeric::expression_parser::MinExpression::active_variables(), numeric::expression_parser::AddExpression::differentiate(), numeric::expression_parser::SubtractExpression::differentiate(), numeric::expression_parser::MultiplyExpression::differentiate(), numeric::expression_parser::DivideExpression::differentiate(), numeric::expression_parser::MaxExpression::differentiate(), numeric::expression_parser::MinExpression::differentiate(), numeric::expression_parser::AddExpression::operator()(), numeric::expression_parser::SubtractExpression::operator()(), numeric::expression_parser::MultiplyExpression::operator()(), numeric::expression_parser::DivideExpression::operator()(), numeric::expression_parser::MaxExpression::operator()(), numeric::expression_parser::MinExpression::operator()(), numeric::expression_parser::EqualsExpression::operator()(), numeric::expression_parser::GT_Expression::operator()(), numeric::expression_parser::GTE_Expression::operator()(), numeric::expression_parser::LT_Expression::operator()(), numeric::expression_parser::LTE_Expression::operator()(), numeric::expression_parser::AndExpression::operator()(), numeric::expression_parser::OrExpression::operator()(), and set_first_expression().

e2()

ExpressionCOP numeric::expression_parser::BinaryExpression::e2

(

)

const

References e2_, and utility_exit_with_message.

Referenced by numeric::expression_parser::MaxExpression::active_variables(), numeric::expression_parser::MinExpression::active_variables(), numeric::expression_parser::AddExpression::differentiate(), numeric::expression_parser::SubtractExpression::differentiate(), numeric::expression_parser::MultiplyExpression::differentiate(), numeric::expression_parser::DivideExpression::differentiate(), numeric::expression_parser::MaxExpression::differentiate(), numeric::expression_parser::MinExpression::differentiate(), numeric::expression_parser::AddExpression::operator()(), numeric::expression_parser::SubtractExpression::operator()(), numeric::expression_parser::MultiplyExpression::operator()(), numeric::expression_parser::DivideExpression::operator()(), numeric::expression_parser::MaxExpression::operator()(), numeric::expression_parser::MinExpression::operator()(), numeric::expression_parser::EqualsExpression::operator()(), numeric::expression_parser::GT_Expression::operator()(), numeric::expression_parser::GTE_Expression::operator()(), numeric::expression_parser::LT_Expression::operator()(), numeric::expression_parser::LTE_Expression::operator()(), numeric::expression_parser::AndExpression::operator()(), numeric::expression_parser::OrExpression::operator()(), and set_second_expression().

set_first_expression()

void numeric::expression_parser::BinaryExpression::set_first_expression

(

ExpressionCOP

e1

)

References e1(), and e1_.

set_second_expression()

void numeric::expression_parser::BinaryExpression::set_second_expression

(

ExpressionCOP

e2

)

References e2(), and e2_.

Member Data Documentation

e1_

ExpressionCOP numeric::expression_parser::BinaryExpression::e1_

private

Referenced by active_variables(), e1(), and set_first_expression().

e2_

ExpressionCOP numeric::expression_parser::BinaryExpression::e2_

private

Referenced by active_variables(), e2(), and set_second_expression().

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

• src/numeric/expression_parser/Arithmetic.hh
• src/numeric/expression_parser/Arithmetic.cc