#include <AngleValue.h>

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Public Member Functions
	AngleValue (double val=0.0)

virtual utility::String	operator() (const measure::AngleUnit &unit) const override

virtual Value &	assign (const utility::String &val, const measure::AngleUnit &unit) override

Value &	operator= (const utility::String &val) override

Public Member Functions inherited from active::setting::MeasuredValue< active::measure::AngleUnit >
	MeasuredValue ()

	MeasuredValue (double val)

	MeasuredValue (const active::measure::AngleUnit &unit, double val=0.0)

	MeasuredValue (UnitRetrieval unitFinder, double val=0.0)

Value &	operator= (const utility::String &val) override

virtual Value &	operator= (const Value &val) override

virtual Value &	operator= (bool val) override

virtual Value &	operator= (int32_t val) override

virtual Value &	operator= (uint32_t val) override

virtual Value &	operator= (int64_t val) override

virtual Value &	operator= (double val) override

virtual Value &	operator= (const active::utility::String &val) override

virtual Value &	operator= (const char *val) override

virtual Value &	operator= (const active::utility::Guid &val) override

virtual Value &	operator= (const active::utility::Time &val) override

Value &	operator= (const Value &val)

	operator utility::String () const override

virtual active::measure::AngleUnit	getUnit () const

virtual void	setUnit (const active::measure::AngleUnit &unit)

virtual void	setUnit (UnitRetrieval unitFinder)

Public Member Functions inherited from active::setting::ValueBase< T >
	ValueBase ()

	ValueBase (const T &val, Status stat=good)

	ValueBase (const Value &value)

	ValueBase (const utility::String &stringVal)

	ValueBase (const ValueBase &source)=default

virtual Value *	clonePtr () const override

virtual bool	operator== (const Value &ref) const override

bool	operator!= (const Value &ref) const

virtual bool	operator< (const Value &ref) const override

virtual	operator bool () const override

virtual	operator int32_t () const override

virtual	operator uint32_t () const override

virtual	operator int64_t () const override

virtual	operator double () const override

virtual	operator active::utility::String () const override

virtual	operator active::utility::Guid () const override

virtual	operator active::utility::Time () const override

virtual bool	isNull () const override

virtual Type	getType () const override

virtual void	setDefault () override

Value &	operator= (const Value &val)

Public Member Functions inherited from active::setting::Value
	Value (Status stat=good)

virtual	~Value ()=default

bool	operator!= (const Value &ref) const

virtual bool	isGood () const

Public Member Functions inherited from active::utility::Cloner
virtual	~Cloner ()=default

Additional Inherited Members
Public Types inherited from active::setting::MeasuredValue< active::measure::AngleUnit >
using	Type

using	UnitRetrieval
	Function retrieving a measument unit.

Public Types inherited from active::setting::Value
enum class	Status { undefined = 0 , bad , good }
	The value status (defines whether a value has been explicitly set and (if so) if it's meaningful.

enum class	Type { null = 0 , boolType , idType , intType , floatType , stringType , timeType }
	Supported value types (broad groups, e.g. int32_t and int64_t are both intType)

using	Unique = std::unique_ptr<Value>
	Unique pointer.

using	Shared = std::shared_ptr<Value>
	Shared pointer.

using	Option = std::optional<Value>
	Optional.

Static Public Member Functions inherited from active::setting::Value
static std::optional< Type >	typeFromName (const utility::String &text)

static utility::String	nameForType (Type type)

Public Attributes inherited from active::setting::ValueBase< T >
T	data = T()
	The value data.

Public Attributes inherited from active::setting::Value
Status	status
	The value status.

Detailed Description

An angle measurement value

Angles are always stored in radians with the convention that zero degrees aligns to the positive x axis and a positive angle sweeps in an anticlockwise direction (viewed along the negative direction of the z axis). Formatting determines how this is displayed/edited in the UI, e.g. surveyor conventions may orientate 0° to North (positive y axis) with positive sweep in a clockwise direction. Refer to the Unit template for more detailed information about the presentation of measured values.

Refer to MeasuredValue for more detailed information and examples for using AngleValue.

Constructor & Destructor Documentation

◆ AngleValue()

active::setting::AngleValue::AngleValue ( double val = 0.0 )

inline

Constructor

Parameters

val	The measurement value

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Member Function Documentation

◆ assign()

Value & AngleValue::assign	(	const utility::String &	val,
		const measure::AngleUnit &	unit )

overridevirtual

Assign a measurement value from a string

Parameters

val	A string value to assign
unit	The input unit

Returns: A reference to this

Reimplemented from active::setting::MeasuredValue< active::measure::AngleUnit >.

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◆ operator()()

String AngleValue::operator() ( const measure::AngleUnit & unit ) const

overridevirtual

Get the measurement as a formatted string

Parameters

unit	The output unit

Returns: The measurement as a string

Reimplemented from active::setting::MeasuredValue< active::measure::AngleUnit >.

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◆ operator=()

Value & active::setting::MeasuredValue< T >::operator= ( const utility::String & val )

inlineoverridevirtual

Assignment operator

Parameters

val	A string value to assign

Returns: A reference to this

Reimplemented from active::setting::ValueBase< T >.

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

/Users/rwessel/Documents/Development/ActiveLib/Active/Setting/Values/Measurement/AngleValue.h
/Users/rwessel/Documents/Development/ActiveLib/Active/Setting/Values/Measurement/AngleValue.cpp

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ AngleValue()

Member Function Documentation

◆ assign()

◆ operator()()

◆ operator=()