openscenario_interpreter::reader::Value Struct Reference

Classes
struct	Visitor
struct	Visitor< R(Args...)>

Public Types
using	ExpressionType = Variant< int, unsigned int, unsigned short, double, bool >

Public Member Functions
	Value ()
	Value (const Value &)=default
	Value (Value &&)=default
	Value (int v)
	Value (unsigned int v)
	Value (unsigned short v)
	Value (double v)
	Value (bool v)
	~Value ()=default
auto	operator= (const Value &) -> Value &=default
auto	operator= (Value &&) -> Value &=default
auto	type_name () const
template<typename T >
bool	same_as () const
template<typename T >
Value	cast () const
	DEFINE_UNARY (round, [](double v) { return static_cast< int >(std::round(v));}, double, int) DEFINE_UNARY(floor
int	DEFINE_UNARY (ceil, [](double v) { return static_cast< int >(std::ceil(v));}, double, int) DEFINE_UNARY(sqrt
int	DEFINE_UNARY (operator-,-, Numeric, Numeric) DEFINE_UNARY(operator!
int bool	DEFINE_BINARY (operator*, std::multiplies< void >{}, Numeric) DEFINE_BINARY(operator+
int bool Numeric	DEFINE_BINARY (operator-, std::minus< void >{}, Numeric) DEFINE_BINARY(operator%
int bool Numeric Numeric	DEFINE_BINARY (operator/, std::divides< double >{}, double) DEFINE_BINARY(operator&&
int bool Numeric Numeric bool	DEFINE_BINARY (operator||, std::logical_or< bool >{}, bool) DEFINE_BINARY(pow
template<typename T >
auto	cast () const -> Value
template<>
Value	cast () const

Public Attributes
ExpressionType	data
double	v { return static_cast<int>(std::floor(v))
	double
int double	v { return static_cast<int>(std::sqrt(v))
int	bool

Friends
int bool Numeric Numeric bool double friend std::ostream &	operator<< (std::ostream &os, const Value &v)
bool	operator== (const Value &lhs, const Value &rhs)

Member Typedef Documentation

ExpressionType

using openscenario_interpreter::reader::Value::ExpressionType = Variant<int, unsigned int, unsigned short, double, bool>

Constructor & Destructor Documentation

Value() [1/8]

openscenario_interpreter::reader::Value::Value ( )

inline

Value() [2/8]

openscenario_interpreter::reader::Value::Value ( const Value &  )

default

Value() [3/8]

openscenario_interpreter::reader::Value::Value ( Value &&  )

default

Value() [4/8]

openscenario_interpreter::reader::Value::Value ( int  v )

inlineexplicit

Value() [5/8]

openscenario_interpreter::reader::Value::Value ( unsigned int  v )

inlineexplicit

Value() [6/8]

openscenario_interpreter::reader::Value::Value ( unsigned short  v )

inlineexplicit

Value() [7/8]

openscenario_interpreter::reader::Value::Value ( double  v )

inlineexplicit

Value() [8/8]

openscenario_interpreter::reader::Value::Value ( bool  v )

inlineexplicit

~Value()

openscenario_interpreter::reader::Value::~Value ( )

default

Member Function Documentation

cast() [1/3]

template<typename T >

Value openscenario_interpreter::reader::Value::cast

(

)

const

cast() [2/3]

template<>

Value openscenario_interpreter::reader::Value::cast

(

)

const

cast() [3/3]

template<typename T >

auto openscenario_interpreter::reader::Value::cast

(

)

const -> Value

DEFINE_BINARY() [1/4]

int bool openscenario_interpreter::reader::Value::DEFINE_BINARY	(	operator*	,
		std::multiplies< void >{}	,
		Numeric
	)

DEFINE_BINARY() [2/4]

int bool Numeric openscenario_interpreter::reader::Value::DEFINE_BINARY	(	operator-	,
		std::minus< void >{}	,
		Numeric
	)

DEFINE_BINARY() [3/4]

int bool Numeric Numeric openscenario_interpreter::reader::Value::DEFINE_BINARY	(	operator/	,
		std::divides< double >{}	,
		double
	)		&&

DEFINE_BINARY() [4/4]

int bool Numeric Numeric bool openscenario_interpreter::reader::Value::DEFINE_BINARY	(	operator||	,
		std::logical_or< bool >{}	,
		bool
	)

DEFINE_UNARY() [1/3]

int openscenario_interpreter::reader::Value::DEFINE_UNARY	(	ceil	,
		[] (double v) { return static_cast< int >(std::ceil(v));}	,
		double	,
		int
	)

DEFINE_UNARY() [2/3]

int openscenario_interpreter::reader::Value::DEFINE_UNARY	(	operator-	,
		-	,
		Numeric	,
		Numeric
	)

DEFINE_UNARY() [3/3]

openscenario_interpreter::reader::Value::DEFINE_UNARY	(	round	,
		[] (double v) { return static_cast< int >(std::round(v));}	,
		double	,
		int
	)

operator=() [1/2]

auto openscenario_interpreter::reader::Value::operator= ( const Value &  ) -> Value &=default

default

operator=() [2/2]

auto openscenario_interpreter::reader::Value::operator= ( Value &&  ) -> Value &=default

default

same_as()

template<typename T >

bool openscenario_interpreter::reader::Value::same_as ( ) const

inline

type_name()

auto openscenario_interpreter::reader::Value::type_name ( ) const

inline

Friends And Related Function Documentation

operator<<

int bool Numeric Numeric bool double friend std::ostream& operator<< ( std::ostream &  os, const Value &  v  )

friend

operator==

bool operator== ( const Value &  lhs, const Value &  rhs  )

friend

Member Data Documentation

bool

int openscenario_interpreter::reader::Value::bool

data

ExpressionType openscenario_interpreter::reader::Value::data

double

openscenario_interpreter::reader::Value::double

v [1/2]

double openscenario_interpreter::reader::Value::v { return static_cast<int>(std::floor(v))

v [2/2]

int double openscenario_interpreter::reader::Value::v { return static_cast<int>(std::sqrt(v))

---

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

• openscenario/openscenario_interpreter/src/evaluate.cpp