Class that stores astronomical ids, not as an integer but with an string as identifier. Initialization string example: "(P) universe:milky-way:solar-system:earth". More...

#include <aid.hpp>

Public Types
enum	type : int8_t { NONE , UNIVERSE , GALAXY , SOLAR_SYSTEM , PLANET , STAR , ASTEROID , MOON , METEOR }
	Type of astronomical body. More...

Public Member Functions
	aid ()
	Default constructor. The astronomical type is NONE, the other member-variables are empty strings.

	aid (const aid &x)
	Copy constructor. The member-variables are copied from the aid x.

	aid (aid &&x)
	Move constructor. The member-variables are moved from the aid x.

	aid (const scifir::astronomical_body &predefined_astronomical_body)
	Constructor of predefined astronomical bodies. Initializes aid to be one predefined astronomical bodies of the enum astronomical_body.

	aid (const aid::type &new_astronomical_type, const string &new_astro1, const string &new_astro2="", const string &new_astro3="", const string &new_astro4="")

	aid (const string &init_aid)
	Constructor of any astronomical body. It uses an initialization string of aid to initialized all member-variables.

aid &	operator= (const aid &x)
	Copy assignment. The member-variables are copied from the aid x.

aid &	operator= (aid &&x)
	Move assignment. The member-variables are moved from the aid x.

aid &	operator= (const string &init_aid)
	Assignment operator with an initialization string of aid.

bool	has_no_universe () const

bool	has_unknown_universe () const
	Returns true if the universe has the special value "unknown-universe".

bool	has_no_galaxy () const

bool	has_unknown_galaxy () const
	Returns true if the galaxy has the special value "unknown-galaxy".

bool	has_no_solar_system () const

bool	has_unknown_solar_system () const
	Returns true if the solar system has the special value "unknown-solar-system".

bool	has_unknown_planet () const
	Returns true if the planet has the special value "unknown-planet".

bool	has_unknown_moon () const
	Returns true if the moon has the special value "unknown-moon".

bool	has_unknown_star () const
	Returns true if the star has the special value "unknown-star".

bool	has_unknown_asteroid () const
	Returns true if the asteroid has the special value "unknown-asteroid".

string	display () const
	Returns a string representation of aid.

Public Attributes
string	universe
	The universe of the astronomical body. The predefined value no-universe means that there's no universe, it's intended for fiction locations. The predefined value unknown-universe means that it's not known the universe of the astronomical object.

string	galaxy
	The galaxy of the astronomical body. The predefined value no-galaxy means that the astronomical object is not inside a galaxy. The predefined value unknown-galaxy means that it's not known the galaxy of the astronomical object.

string	solar_system
	The solar system of the astronomical body. The predefined value no-solar-system means that the astronomical object is not inside a solar system, it's alone. The predefined value unknown-solar-system means that it's not known the solar system of the astronomical object.

string	astronomical_body
	The name of the astronomical body. The predefined value unknown-planet means that it's not known the planet of the astronomical object. The predefined value unknown-moon means that it's not known the moon of the astronomical object. The predefined value unknown-star means that it's not known the star of the astronomical object. The predefined value unknown-asteroid means that it's not known the asteroid of the astronomical object.

aid::type	astronomical_type
	The type of the astronomical body, which can be any value of the enum aid::type.

Private Member Functions
void	initialize_from_string (const string &init_aid)
	Internal function. Initializes the member-variables with an initialization string of aid.

Detailed Description

Class that stores astronomical ids, not as an integer but with an string as identifier. Initialization string example: "(P) universe:milky-way:solar-system:earth".

Definition at line 13 of file aid.hpp.

Member Enumeration Documentation

◆ type

enum scifir::aid::type : int8_t

Type of astronomical body.

Enumerator
NONE	No astronomical body.
UNIVERSE	A universe. His string representation is U.
GALAXY	A galaxy. His string representation is G.
SOLAR_SYSTEM	A solar system. A solar system is composed of planets orbiting a star. His string representation is SS.
PLANET	A planet. A planet is an astronomical object with atmosphere. His string representation is P.
STAR	A star. His string representation is ST.
ASTEROID	An asteroid. An asteroid is an astronomical object that orbits another astronomical object. His string representation is A.
MOON	A moon. A moon is a natural satellite of a planet. His string representation is MN.
METEOR	A meteor. His string representation is MT.

Definition at line 16 of file aid.hpp.

16: int8_t {NONE,UNIVERSE,GALAXY,SOLAR_SYSTEM,PLANET,STAR,ASTEROID,MOON,METEOR};

scifir::aid::NONE

@ NONE

No astronomical body.

Definition aid.hpp:16

scifir::aid::MOON

@ MOON

A moon. A moon is a natural satellite of a planet. His string representation is MN.

Definition aid.hpp:16

scifir::aid::ASTEROID

@ ASTEROID

An asteroid. An asteroid is an astronomical object that orbits another astronomical object....

Definition aid.hpp:16

scifir::aid::METEOR

@ METEOR

A meteor. His string representation is MT.

Definition aid.hpp:16

scifir::aid::GALAXY

@ GALAXY

A galaxy. His string representation is G.

Definition aid.hpp:16

scifir::aid::SOLAR_SYSTEM

@ SOLAR_SYSTEM

A solar system. A solar system is composed of planets orbiting a star. His string representation is S...

Definition aid.hpp:16

scifir::aid::UNIVERSE

@ UNIVERSE

A universe. His string representation is U.

Definition aid.hpp:16

scifir::aid::STAR

@ STAR

A star. His string representation is ST.

Definition aid.hpp:16

scifir::aid::PLANET

@ PLANET

A planet. A planet is an astronomical object with atmosphere. His string representation is P.

Definition aid.hpp:16

Constructor & Destructor Documentation

◆ aid() [1/6]

aid::aid ( )

Default constructor. The astronomical type is NONE, the other member-variables are empty strings.

Definition at line 13 of file aid.cpp.

13 : universe(),galaxy(),solar_system(),astronomical_body(),astronomical_type(aid::NONE)

14 {}

scifir::aid::universe

string universe

The universe of the astronomical body. The predefined value no-universe means that there's no univers...

Definition aid.hpp:42

scifir::aid::galaxy

string galaxy

The galaxy of the astronomical body. The predefined value no-galaxy means that the astronomical objec...

Definition aid.hpp:43

scifir::aid::astronomical_type

aid::type astronomical_type

The type of the astronomical body, which can be any value of the enum aid::type.

Definition aid.hpp:46

scifir::aid::solar_system

string solar_system

The solar system of the astronomical body. The predefined value no-solar-system means that the astron...

Definition aid.hpp:44

scifir::aid::astronomical_body

string astronomical_body

The name of the astronomical body. The predefined value unknown-planet means that it's not known the ...

Definition aid.hpp:45

◆ aid() [2/6]

aid::aid ( const aid & x )

Copy constructor. The member-variables are copied from the aid x.

Definition at line 16 of file aid.cpp.

16 : universe(x.universe),galaxy(x.galaxy),solar_system(x.solar_system),astronomical_body(x.astronomical_body),astronomical_type(x.astronomical_type)

17 {}

◆ aid() [3/6]

aid::aid ( aid && x )

Move constructor. The member-variables are moved from the aid x.

Definition at line 19 of file aid.cpp.

19 : universe(std::move(x.universe)),galaxy(std::move(x.galaxy)),solar_system(std::move(x.solar_system)),astronomical_body(std::move(x.astronomical_body)),astronomical_type(std::move(x.astronomical_type))

20 {}

◆ aid() [4/6]

aid::aid ( const scifir::astronomical_body & predefined_astronomical_body )

explicit

Constructor of predefined astronomical bodies. Initializes aid to be one predefined astronomical bodies of the enum astronomical_body.

Definition at line 22 of file aid.cpp.

                                                                        : aid()
    {
        if (predefined_astronomical_body != astronomical_body::NONE)
        {
            universe = "universe";
        }
        if (predefined_astronomical_body == astronomical_body::MILKY_WAY)
        {
            galaxy = "milky-way";
            astronomical_type = aid::GALAXY;
        }
        else if (predefined_astronomical_body == astronomical_body::ANDROMEDA)
        {
            galaxy = "andromeda";
            astronomical_type = aid::GALAXY;
        }
        else if (predefined_astronomical_body == astronomical_body::SOLAR_SYSTEM)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_type = aid::SOLAR_SYSTEM;
        }
        else if (predefined_astronomical_body == astronomical_body::SUN)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "sun";
            astronomical_type = aid::STAR;
        }
        else if (predefined_astronomical_body == astronomical_body::MOON)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "moon";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::MERCURY)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "mercury";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::VENUS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "venus";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::EARTH)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "earth";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::MARS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "mars";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::JUPITER)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "jupiter";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::SATURN)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "saturn";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::URANUS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "uranus";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::NEPTUNE)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "neptune";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::CERES)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "ceres";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::ORCUS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "orcus";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::PLUTO)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "pluto";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::HAUMEA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "haumea";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::QUAOAR)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "quaoar";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::MAKEMAKE)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "makemake";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::GONGGONG)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "gonggong";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::ERIS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "eris";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::SEDNA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "sedna";
            astronomical_type = aid::PLANET;
        }
        else if (predefined_astronomical_body == astronomical_body::IO)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "io";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::EUROPA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "europa";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::GANYMEDE)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "ganymede";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::CALLISTO)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "callisto";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::MIMAS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "mimas";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::ENCELADUS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "enceladus";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::TETHYS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "tethys";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::DIONE)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "dione";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::RHEA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "rhea";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::TITAN)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "titan";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::IAPETUS)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "iapetus";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::MIRANDA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "miranda";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::ARIEL)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "ariel";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::UMBRIEL)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "umbriel";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::TITANIA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "titania";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::OBERON)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "oberon";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::TRITON)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "triton";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::CHARON)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "charon";
            astronomical_type = aid::MOON;
        }
        else if (predefined_astronomical_body == astronomical_body::DYSNOMIA)
        {
            galaxy = "milky-way";
            solar_system = "solar-system";
            astronomical_body = "dysnomia";
            astronomical_type = aid::MOON;
        }
    }

◆ aid() [5/6]

scifir::aid::aid	(	const aid::type &	new_astronomical_type,
		const string &	new_astro1,
		const string &	new_astro2 = `""`,
		const string &	new_astro3 = `""`,
		const string &	new_astro4 = `""`
	)

explicit

Definition at line 312 of file aid.cpp.

                                                                                                                                                     : universe(),galaxy(),solar_system(),astronomical_body(),astronomical_type(aid::NONE)
    {
        if (new_astronomical_type == aid::UNIVERSE)
        {
            universe = new_astro1;
            astronomical_type = aid::UNIVERSE;
        }
        else if (new_astronomical_type == aid::GALAXY)
        {
            if (new_astro2 != "")
            {
                universe = new_astro2;
            }
            else
            {
                universe = "universe";
            }
            galaxy = new_astro1;
            astronomical_type = aid::GALAXY;
        }
        else if (new_astronomical_type == aid::SOLAR_SYSTEM)
        {
            if (new_astro3 != "")
            {
                universe = new_astro3;
            }
            else
            {
                universe = "universe";
            }
            galaxy = new_astro1;
            solar_system = new_astro2;
            astronomical_type = aid::SOLAR_SYSTEM;
        }
        else if (new_astronomical_type != aid::UNIVERSE and new_astronomical_type != aid::GALAXY and new_astronomical_type != aid::SOLAR_SYSTEM and new_astronomical_type != aid::NONE)
        {
            if (new_astro4 != "")
            {
                universe = new_astro4;
            }
            else
            {
                universe = "universe";
            }
            galaxy = new_astro1;
            solar_system = new_astro2;
            astronomical_body = new_astro3;
            astronomical_type = new_astronomical_type;
        }
    }

◆ aid() [6/6]

aid::aid ( const string & init_aid )

explicit

Constructor of any astronomical body. It uses an initialization string of aid to initialized all member-variables.

Definition at line 363 of file aid.cpp.

                                   : aid()
    {
        initialize_from_string(init_aid);
    }

Member Function Documentation

◆ display()

string aid::display ( ) const

Returns a string representation of aid.

Definition at line 540 of file aid.cpp.

    {
        if (astronomical_type != aid::NONE)
        {
            ostringstream out;
            out << "(" << to_string(astronomical_type) << ") ";
            if (astronomical_type == aid::UNIVERSE)
            {
                out << universe;
            }
            else if (astronomical_type == aid::GALAXY)
            {
                if (universe != "" and universe != "universe")
                {
                    out << universe << ":";
                }
                out << galaxy;
            }
            else if (astronomical_type == aid::SOLAR_SYSTEM)
            {
                if (universe != "" and universe != "universe")
                {
                    out << universe << ":";
                }
                out << galaxy << ":" << solar_system;
            }
            else
            {
                if (universe != "" and universe != "universe")
                {
                    out << universe << ":";
                }
                out << galaxy << ":" << solar_system << ":" << astronomical_body;
            }
            return out.str();
        }
        else
        {
            return "";
        }
    }

◆ has_no_galaxy()

bool scifir::aid::has_no_galaxy ( ) const

Definition at line 404 of file aid.cpp.

    {
        return (galaxy == "no-galaxy");
    }

◆ has_no_solar_system()

bool scifir::aid::has_no_solar_system ( ) const

Definition at line 419 of file aid.cpp.

    {
        return (solar_system == "no-solar-system");
    }

◆ has_no_universe()

bool scifir::aid::has_no_universe ( ) const

Definition at line 394 of file aid.cpp.

    {
        return (universe == "no-universe");
    }

◆ has_unknown_asteroid()

bool aid::has_unknown_asteroid ( ) const

Returns true if the asteroid has the special value "unknown-asteroid".

Definition at line 439 of file aid.cpp.

    {
        return (astronomical_body == "unknown-asteroid");
    }

◆ has_unknown_galaxy()

bool aid::has_unknown_galaxy ( ) const

Returns true if the galaxy has the special value "unknown-galaxy".

Definition at line 409 of file aid.cpp.

    {
        return (galaxy == "unknown-galaxy");
    }

◆ has_unknown_moon()

bool aid::has_unknown_moon ( ) const

Returns true if the moon has the special value "unknown-moon".

Definition at line 429 of file aid.cpp.

    {
        return (astronomical_body == "unknown-moon");
    }

◆ has_unknown_planet()

bool aid::has_unknown_planet ( ) const

Returns true if the planet has the special value "unknown-planet".

Definition at line 424 of file aid.cpp.

    {
        return (astronomical_body == "unknown-planet");
    }

◆ has_unknown_solar_system()

bool aid::has_unknown_solar_system ( ) const

Returns true if the solar system has the special value "unknown-solar-system".

Definition at line 414 of file aid.cpp.

    {
        return (solar_system == "unknown-solar-system");
    }

◆ has_unknown_star()

bool aid::has_unknown_star ( ) const

Returns true if the star has the special value "unknown-star".

Definition at line 434 of file aid.cpp.

    {
        return (astronomical_body == "unknown-star");
    }

◆ has_unknown_universe()

bool aid::has_unknown_universe ( ) const

Returns true if the universe has the special value "unknown-universe".

Definition at line 399 of file aid.cpp.

    {
        return (universe == "unknown-universe");
    }

◆ initialize_from_string()

void aid::initialize_from_string ( const string & init_aid )

private

Internal function. Initializes the member-variables with an initialization string of aid.

Definition at line 444 of file aid.cpp.

    {
        vector<string> values;
        boost::split(values,init_aid,boost::is_any_of(":"));
        string aid_type;
        if (values[0].front() == '(' and isalpha(values[0][1]))
        {
            string new_value1;
            if (isalpha(values[0][2]))
            {
                astronomical_type = create_astronomical_type(values[0].substr(1,2));
                if (values[0].at(4) != ' ')
                {
                    new_value1 = values[0].substr(4);
                }
                else
                {
                    new_value1 = values[0].substr(5);
                }
            }
            else
            {
                astronomical_type = create_astronomical_type(values[0].substr(1,1));
                if (values[0].at(3) != ' ')
                {
                    new_value1 = values[0].substr(3);
                }
                else
                {
                    new_value1 = values[0].substr(4);
                }
            }
            if (astronomical_type != aid::UNIVERSE and astronomical_type != aid::GALAXY and astronomical_type != aid::SOLAR_SYSTEM)
            {
                if (values.size() == 4)
                {
                    universe = new_value1;
                    galaxy = values[1];
                    solar_system = values[2];
                    astronomical_body = values[3];
                }
                else if (values.size() == 3)
                {
                    universe = "universe";
                    galaxy = new_value1;
                    solar_system = values[1];
                    astronomical_body = values[2];
                }
                else
                {
                    astronomical_type = aid::NONE;
                }
            }
            else if (astronomical_type == aid::SOLAR_SYSTEM)
            {
                if (values.size() == 3)
                {
                    universe = new_value1;
                    galaxy = values[1];
                    solar_system = values[2];
                }
                else if (values.size() == 2)
                {
                    universe = "universe";
                    galaxy = new_value1;
                    solar_system = values[1];
                }
                else
                {
                    astronomical_type = aid::NONE;
                }
            }
            else if (astronomical_type == aid::GALAXY)
            {
                if (values.size() == 2)
                {
                    universe = new_value1;
                    galaxy = values[1];
                }
                else if (values.size() == 1)
                {
                    universe = "universe";
                    galaxy = new_value1;
                }
                else
                {
                    astronomical_type = aid::NONE;
                }
            }
            else if (astronomical_type == aid::UNIVERSE)
            {
                universe = new_value1;
            }
        }
    }

◆ operator=() [1/3]

aid & aid::operator= ( aid && x )

Move assignment. The member-variables are moved from the aid x.

Definition at line 378 of file aid.cpp.

    {
        universe = std::move(x.universe);
        galaxy = std::move(x.galaxy);
        solar_system = std::move(x.solar_system);
        astronomical_body = std::move(x.astronomical_body);
        astronomical_type = std::move(x.astronomical_type);
        return *this;
    }

◆ operator=() [2/3]

aid & aid::operator= ( const aid & x )

Copy assignment. The member-variables are copied from the aid x.

Definition at line 368 of file aid.cpp.

    {
        universe = x.universe;
        galaxy = x.galaxy;
        solar_system = x.solar_system;
        astronomical_body = x.astronomical_body;
        astronomical_type = x.astronomical_type;
        return *this;
    }

◆ operator=() [3/3]

aid & aid::operator= ( const string & init_aid )

Assignment operator with an initialization string of aid.

Definition at line 388 of file aid.cpp.

    {
        initialize_from_string(init_aid);
        return *this;
    }

Member Data Documentation

◆ astronomical_body

string aid::astronomical_body

The name of the astronomical body. The predefined value unknown-planet means that it's not known the planet of the astronomical object. The predefined value unknown-moon means that it's not known the moon of the astronomical object. The predefined value unknown-star means that it's not known the star of the astronomical object. The predefined value unknown-asteroid means that it's not known the asteroid of the astronomical object.

Definition at line 45 of file aid.hpp.

◆ astronomical_type

aid::type aid::astronomical_type

The type of the astronomical body, which can be any value of the enum aid::type.

Definition at line 46 of file aid.hpp.

◆ galaxy

string aid::galaxy

The galaxy of the astronomical body. The predefined value no-galaxy means that the astronomical object is not inside a galaxy. The predefined value unknown-galaxy means that it's not known the galaxy of the astronomical object.

Definition at line 43 of file aid.hpp.

◆ solar_system

string aid::solar_system

The solar system of the astronomical body. The predefined value no-solar-system means that the astronomical object is not inside a solar system, it's alone. The predefined value unknown-solar-system means that it's not known the solar system of the astronomical object.

Definition at line 44 of file aid.hpp.

◆ universe

string aid::universe

The universe of the astronomical body. The predefined value no-universe means that there's no universe, it's intended for fiction locations. The predefined value unknown-universe means that it's not known the universe of the astronomical object.

Definition at line 42 of file aid.hpp.

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

coordinates/aid.hpp
coordinates/aid.cpp
docs/dox/special_units/aid.dox

Public Types

Public Member Functions

Public Attributes

Private Member Functions

Detailed Description

Member Enumeration Documentation

◆ type

Constructor & Destructor Documentation

◆ aid() [1/6]

◆ aid() [2/6]

◆ aid() [3/6]

◆ aid() [4/6]

◆ aid() [5/6]

◆ aid() [6/6]

Member Function Documentation

◆ display()

◆ has_no_galaxy()

◆ has_no_solar_system()

◆ has_no_universe()

◆ has_unknown_asteroid()

◆ has_unknown_galaxy()

◆ has_unknown_moon()

◆ has_unknown_planet()

◆ has_unknown_solar_system()

◆ has_unknown_star()

◆ has_unknown_universe()

◆ initialize_from_string()

◆ operator=() [1/3]

◆ operator=() [2/3]

◆ operator=() [3/3]

Member Data Documentation

◆ astronomical_body

◆ astronomical_type

◆ galaxy

◆ solar_system

◆ universe